mhurhangee/patent-ind-claim-en huggingface dataset:
A nozzle for ophthalmic dispensers, the nozzle comprising: a nozzle portion defining a liquid pathway extending between an inlet and an outlet , said liquid pathway converging from said inlet to said outlet ; wherein a length is defined between said inlet and said outlet , said length being more than eight times greater than the diameter (d1) of said outlet , wherein a longitudinal axis (CL) extends along said liquid pathway , said liquid pathway converging along the length at an angle of convergence (α) in the range of .25 - 1.0 degrees relative to said longitudinal axis (CL); wherein said liquid pathway is treated to be hydrophobic. a nozzle portion defining a liquid pathway extending between an inlet and an outlet , said liquid pathway converging from said inlet to said outlet ; wherein a length is defined between said inlet and said outlet , said length being more than eight times greater than the diameter (d1) of said outlet , wherein a longitudinal axis (CL) extends along said liquid pathway , said liquid pathway converging along the length at an angle of convergence (α) in the range of .25 - 1.0 degrees relative to said longitudinal axis (CL); wherein said liquid pathway is treated to be hydrophobic.
A single Class 2 CR!SPR polynucleotide comprising: a targeting region that comprises deoxyribonucleic acid (DNA); and an activating region adjacent to said targeting region that comprises DNA; wherein said activating region comprises a stem loop structure, and is capable of interacting with Cpf1. a targeting region that comprises deoxyribonucleic acid (DNA); and an activating region adjacent to said targeting region that comprises DNA; wherein said activating region comprises a stem loop structure, and is capable of interacting with Cpf1.
A tissue marking beacon , comprising: a storage capacitor including an onboard power coil , the onboard power coil configured to wirelessly receive energy from a radio frequency (RF) field generator and store an electrical charge in the storage capacitor; wherein the tissue marking beacon comprises at least one first light-emitting diode (LED) configured to emit pulsatile near-infrared (NIR) light upon receiving a current from the storage capacitor; and a second storage capacitor ; and at least one second LED . a storage capacitor including an onboard power coil , the onboard power coil configured to wirelessly receive energy from a radio frequency (RF) field generator and store an electrical charge in the storage capacitor; wherein the tissue marking beacon comprises at least one first light-emitting diode (LED) configured to emit pulsatile near-infrared (NIR) light upon receiving a current from the storage capacitor; and a second storage capacitor ; and at least one second LED .
A control module for controlling an x-ray imaging system during the acquisition of phase imaging data of an object using phase stepping, wherein during the phase stepping a plurality of step images, each with a different phase of an interference pattern relative to the object, is acquired with an x-ray imaging system , wherein the phase imaging data comprises the step images, wherein the control module comprises: a step image quantity providing unit for providing a step image quantity referring to a planned quantity of step images that are planned to be acquired during the phase stepping for acquiring the phase imaging data, a detector dose providing unit for providing a target detector dose, wherein the target detector dose corresponds to a radiation dose absorbed by at least a part of the detector during the acquisition of the phase imaging data that should not be exceeded, an applied detector dose determination unit for determining an applied detector dose indicative of a radiation dose absorbed by at least the part of the detector during the acquisition of a step image, a step image acquisition control unit for controlling the x-ray imaging system during the acquisition of each step image based on the applied detector dose, the target detector dose and the step image quantity, wherein the controlling comprises controlling acquisition parameters that each step image is acquired with. a step image quantity providing unit for providing a step image quantity referring to a planned quantity of step images that are planned to be acquired during the phase stepping for acquiring the phase imaging data, a detector dose providing unit for providing a target detector dose, wherein the target detector dose corresponds to a radiation dose absorbed by at least a part of the detector during the acquisition of the phase imaging data that should not be exceeded, an applied detector dose determination unit for determining an applied detector dose indicative of a radiation dose absorbed by at least the part of the detector during the acquisition of a step image, a step image acquisition control unit for controlling the x-ray imaging system during the acquisition of each step image based on the applied detector dose, the target detector dose and the step image quantity, wherein the controlling comprises controlling acquisition parameters that each step image is acquired with.
A cassette for packing waste material into an elongated tube of flexible material, the cassette comprising: (a) a ring-shaped receptacle defining a central opening , the central opening extending along a generally vertical axis, the ring-shaped receptacle defining a storage area for receiving a length of the elongated tube of flexible material in a folded or collapsed condition outward of the central opening; (b) a plurality of projecting elements (502 1 , 502 2 , 502 3 , 502 4 ) in a spaced apart relationship, the projecting elements extending from a periphery of the cassette and being configured to support the cassette in a waste storage container and to suspend the cassette. (a) a ring-shaped receptacle defining a central opening , the central opening extending along a generally vertical axis, the ring-shaped receptacle defining a storage area for receiving a length of the elongated tube of flexible material in a folded or collapsed condition outward of the central opening; (b) a plurality of projecting elements (502 1 , 502 2 , 502 3 , 502 4 ) in a spaced apart relationship, the projecting elements extending from a periphery of the cassette and being configured to support the cassette in a waste storage container and to suspend the cassette.
Apparatus for limiting contact pressure between a flexible pipe and a bending guide member , comprising: a bending guide member comprising a polymeric body extending over a covered region of a flexible pipe in which the flexible pipe can bend; wherein a gap between an inner surface of the bending guide member and an outer surface on the flexible pipe in at least a portion of said covered region is tapered and narrows towards an unconstrained end of the bending guide member, and wherein an inner bore of the bending guide member opens out into the gap . a bending guide member comprising a polymeric body extending over a covered region of a flexible pipe in which the flexible pipe can bend; wherein a gap between an inner surface of the bending guide member and an outer surface on the flexible pipe in at least a portion of said covered region is tapered and narrows towards an unconstrained end of the bending guide member, and wherein an inner bore of the bending guide member opens out into the gap .
A surgical instrument, for performing laparoscopic and minimally invasive surgical procedures, comprising: an end effector configured to receive a compatible replaceable staple cartridge, wherein said end effector comprises a first outer surface, and wherein a classifying identification of said end effector is inscribed on said first outer surface; and a compatible replaceable staple cartridge comprising a second outer surface, wherein a classifying identification of said compatible replaceable staple cartridge is inscribed on said second outer surface, and wherein said classifying identification of said compatible replaceable staple cartridge corresponds to said classifying identification of said end effector; wherein said compatible replaceable staple cartridge further comprises a wedge-shaped distal nose and wherein said end effector further comprises a distal portion; characterized in that said classifying identification of said compatible replaceable staple cartridge is positioned on said wedge-shaped distal nose, and wherein said classifying identification of said end effector is positioned on said distal portion. an end effector configured to receive a compatible replaceable staple cartridge, wherein said end effector comprises a first outer surface, and wherein a classifying identification of said end effector is inscribed on said first outer surface; and a compatible replaceable staple cartridge comprising a second outer surface, wherein a classifying identification of said compatible replaceable staple cartridge is inscribed on said second outer surface, and wherein said classifying identification of said compatible replaceable staple cartridge corresponds to said classifying identification of said end effector; wherein said compatible replaceable staple cartridge further comprises a wedge-shaped distal nose and wherein said end effector further comprises a distal portion; characterized in that said classifying identification of said compatible replaceable staple cartridge is positioned on said wedge-shaped distal nose, and wherein said classifying identification of said end effector is positioned on said distal portion.
A method of manufacturing a memory cell, comprising: providing a substrate including a channel region situated between a drain region and a source region ; disposing a first dielectric layer over the channel region ; disposing a floating gate over the first dielectric layer to capacitively couple the floating gate to the channel region through the first dielectric layer , wherein disposing the floating gate comprises disposing a polysilicon layer on the first dielectric layer and connecting a metal layer to the polysilicon layer ; disposing a dielectric nitride layer on the floating gate, wherein disposing the dielectric nitride layer comprises disposing the dielectric nitride layer on the metal layer and between the metal layer ; disposing a second dielectric layer on the dielectric nitride layer ; and disposing a control gate over the second dielectric layer to capacitively couple the control gate to the floating gate through the second dielectric layer and the dielectric nitride layer, characterized in that the second dielectric layer is obtained from tetraethylorthosilicate, TEOS, and disposing the dielectric nitride layer comprises disposing the dielectric nitride layer on the metal layer and between the metal layer and the second dielectric layer, and further characterized by disposing, between the polysilicon layer and the metal layer , a third dielectric layer situated between the polysilicon layer and the metal layer , wherein the third dielectric layer includes an un-doped silicon glass, USG, layer and a boron phosphor silicon glass, BPSG, layer disposed on the USG layer . providing a substrate including a channel region situated between a drain region and a source region ; disposing a first dielectric layer over the channel region ; disposing a floating gate over the first dielectric layer to capacitively couple the floating gate to the channel region through the first dielectric layer , wherein disposing the floating gate comprises disposing a polysilicon layer on the first dielectric layer and connecting a metal layer to the polysilicon layer ; disposing a dielectric nitride layer on the floating gate, wherein disposing the dielectric nitride layer comprises disposing the dielectric nitride layer on the metal layer and between the metal layer ; disposing a second dielectric layer on the dielectric nitride layer ; and disposing a control gate over the second dielectric layer to capacitively couple the control gate to the floating gate through the second dielectric layer and the dielectric nitride layer, characterized in that the second dielectric layer is obtained from tetraethylorthosilicate, TEOS, and disposing the dielectric nitride layer comprises disposing the dielectric nitride layer on the metal layer and between the metal layer and the second dielectric layer, and further characterized by disposing, between the polysilicon layer and the metal layer , a third dielectric layer situated between the polysilicon layer and the metal layer , wherein the third dielectric layer includes an un-doped silicon glass, USG, layer and a boron phosphor silicon glass, BPSG, layer disposed on the USG layer .
A compound that is seladelpar or a salt thereof for use in treating primary biliary cholangitis, where the compound is administered orally at a dose of 5 - 10 mg/day when the dose is calculated as seladelpar.
Stabilizer for a bicycle steering for a predetermined steering angle range, comprising: a first body with a base surface ; a second body with a counterpart having a prestressing (preloading) means; wherein the counterpart comprises a contact body with a friction surface , wherein the friction surface of the counterpart faces the first body , wherein the first body and the second body are mounted coaxially and rotatably about an axis (XX), characterized in that, the base surface having a depression with a contact surface , wherein the contact surface is designed to be at least partially in contact with the friction surface under a predetermined prestress, wherein the first body is attached to a handlebar or a fork of a bicycle and the second body is attached to the frame of the bicycle, or wherein the first body is designed as a bearing shell of a headset and the second body is designed as a cone of the headset . a first body with a base surface ; a second body with a counterpart having a prestressing (preloading) means; wherein the counterpart comprises a contact body with a friction surface , wherein the friction surface of the counterpart faces the first body , wherein the first body and the second body are mounted coaxially and rotatably about an axis (XX), characterized in that, the base surface having a depression with a contact surface , wherein the contact surface is designed to be at least partially in contact with the friction surface under a predetermined prestress, wherein the first body is attached to a handlebar or a fork of a bicycle and the second body is attached to the frame of the bicycle, or wherein the first body is designed as a bearing shell of a headset and the second body is designed as a cone of the headset .
A plug-integrated adaptor comprising: a case body having an open side and a printed circuit board therein; a case base provided to cover the open side of the case body and including a first side extending in a first direction and a second side having a length shorter than a length of the first side; a plug having a pair of pins arranged in a second direction and a plug case protruding from the case base and extending in the second direction; and a connecting member coupled to a pin assembly of the plug and connecting the plug to the printed circuit board , wherein the plug case extends in the second direction inclined at an angle with a range of 0 to 45 degrees with respect to the case base extending in the first direction; characterised in that : the case base is provided as a generally rectangular plate with a shape corresponding to the shape of the body , the first and second sides of the case base being the length and width of the generally rectangular plate , wherein a length of the plug case in the second direction is longer than the length of the second side of the case base wherein a length of a side of the case body corresponding to the second side of the case base is not longer than the length of the second side of the case base . a case body having an open side and a printed circuit board therein; a case base provided to cover the open side of the case body and including a first side extending in a first direction and a second side having a length shorter than a length of the first side; a plug having a pair of pins arranged in a second direction and a plug case protruding from the case base and extending in the second direction; and a connecting member coupled to a pin assembly of the plug and connecting the plug to the printed circuit board , wherein the plug case extends in the second direction inclined at an angle with a range of 0 to 45 degrees with respect to the case base extending in the first direction; characterised in that : the case base is provided as a generally rectangular plate with a shape corresponding to the shape of the body , the first and second sides of the case base being the length and width of the generally rectangular plate , wherein a length of the plug case in the second direction is longer than the length of the second side of the case base wherein a length of a side of the case body corresponding to the second side of the case base is not longer than the length of the second side of the case base .
A method of unthreading an up-hole drill rod from a down-hole drill rod and moving the up-hole drill rod to a rod storage structure with a rod handling device of an underground drilling machine, the method comprising: positioning a joint, which is formed at a threaded interface between the up-hole drill rod and the down-hole drill rod between a first vise and a second vise , the second vise being in a first axial position; clamping the first and second vises such that the first vise grips the down-hole drill rod and the second vise grips the up-hole drill rod ; pivoting the second vise relative to the first vise to break the joint; unclamping the second vise from the up-hole drill rod ; rotating the up-hole drill rod using a rotational driver to fully unthread the up-hole drill rod from the down-hole drill rod ; moving the second vise axially to a second axial position and moving the rotational driver axially along a track to move the unthreaded up-hole drill rod away from the down-hole drill rod and into alignment with a rod loading region of the rod storage structure ; the method characterized by : after the up-hole drill rod is aligned with the rod loading region of the rod storage structure , extending the rod handling device to receive the up-hole drill rod in rod receivers ; moving the second vise axially to the first axial position; and retracting the rod handling device to move the up-hole drill rod to the rod storage structure . positioning a joint, which is formed at a threaded interface between the up-hole drill rod and the down-hole drill rod between a first vise and a second vise , the second vise being in a first axial position; clamping the first and second vises such that the first vise grips the down-hole drill rod and the second vise grips the up-hole drill rod ; pivoting the second vise relative to the first vise to break the joint; unclamping the second vise from the up-hole drill rod ; rotating the up-hole drill rod using a rotational driver to fully unthread the up-hole drill rod from the down-hole drill rod ; moving the second vise axially to a second axial position and moving the rotational driver axially along a track to move the unthreaded up-hole drill rod away from the down-hole drill rod and into alignment with a rod loading region of the rod storage structure ; the method characterized by : after the up-hole drill rod is aligned with the rod loading region of the rod storage structure , extending the rod handling device to receive the up-hole drill rod in rod receivers ; moving the second vise axially to the first axial position; and retracting the rod handling device to move the up-hole drill rod to the rod storage structure . after the up-hole drill rod is aligned with the rod loading region of the rod storage structure , extending the rod handling device to receive the up-hole drill rod in rod receivers ; moving the second vise axially to the first axial position; and retracting the rod handling device to move the up-hole drill rod to the rod storage structure .
Motor vehicle cradle structure including: - at least two longitudinal side rails made of aluminium or aluminium alloy that are spaced apart transversely, - at least one transversely oriented cross member that is made of aluminium or of aluminium alloy and that connects the two longitudinal side rails together, in which the cross member is secured to the longitudinal side rails in a non-dissociable manner by bonding in combination with a fastening using rivets , characterized in that surfaces bonded together are spaced apart by a determined dimensional clearance (j) able to accept glue or an adhesive agent and in that at least one bonding zone has a surface provided with raised elements that cooperate with a facing surface. - at least two longitudinal side rails made of aluminium or aluminium alloy that are spaced apart transversely, - at least one transversely oriented cross member that is made of aluminium or of aluminium alloy and that connects the two longitudinal side rails together, in which the cross member is secured to the longitudinal side rails in a non-dissociable manner by bonding in combination with a fastening using rivets , characterized in that surfaces bonded together are spaced apart by a determined dimensional clearance (j) able to accept glue or an adhesive agent and in that at least one bonding zone has a surface provided with raised elements that cooperate with a facing surface. in which the cross member is secured to the longitudinal side rails in a non-dissociable manner by bonding in combination with a fastening using rivets , characterized in that surfaces bonded together are spaced apart by a determined dimensional clearance (j) able to accept glue or an adhesive agent and in that at least one bonding zone has a surface provided with raised elements that cooperate with a facing surface.