mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method of providing a high resolution intraoperative magnetic resonance image of a target site of a patient body at which a medical procedure is performed, the method comprising: acquiring a high resolution preoperative magnetic resonance image (MRI), MRI o , of a first region of the patient comprising the target site, the MRI o image comprising a plurality of slices MRI o,n having voxels; acquiring a preoperative, iMRI o image of a second region of the patient comprising the target site, using an iMRI scanner having a field of view (FOV) , the iMRI o image comprising a plurality of slices iMRI o,m having voxels; determining whether a voxel in the iMRI o image is a marginal voxel located near an extremity of the FOV ; registering the MRI o image to the iMRI o image independent of voxels determined to be marginal voxels to provide a rigid body transform (iRT o ) that transforms image MRI o to image iMRI o ; acquiring an iMRI 1 image of the target site during performance of the medical procedure; registering image iMRI o to image iMRI 1 to determine a non-rigid body transform (NRT 1 ); and applying iRT o and NRT 1 to image MRI o to determine a high resolution (hiQ-i MRI 1 ) image acquiring an iMRI 2 image of the target site during performance of the medical procedure; registering image iMRI 1 to image iMRI 2 to determine rigid and non-rigid transforms iRT 2 and NRT 2 respectively that transform image iMRI 1 to image iMRI 2 ; and applying the rigid and non-rigid transforms iRT 2 and NRT 2 to hiQ-iMRI 1 to determine a high resolution image hiQ-iMRI 2 . acquiring a high resolution preoperative magnetic resonance image (MRI), MRI o , of a first region of the patient comprising the target site, the MRI o image comprising a plurality of slices MRI o,n having voxels; acquiring a preoperative, iMRI o image of a second region of the patient comprising the target site, using an iMRI scanner having a field of view (FOV) , the iMRI o image comprising a plurality of slices iMRI o,m having voxels; determining whether a voxel in the iMRI o image is a marginal voxel located near an extremity of the FOV ; registering the MRI o image to the iMRI o image independent of voxels determined to be marginal voxels to provide a rigid body transform (iRT o ) that transforms image MRI o to image iMRI o ; acquiring an iMRI 1 image of the target site during performance of the medical procedure; registering image iMRI o to image iMRI 1 to determine a non-rigid body transform (NRT 1 ); and applying iRT o and NRT 1 to image MRI o to determine a high resolution (hiQ-i MRI 1 ) image acquiring an iMRI 2 image of the target site during performance of the medical procedure; registering image iMRI 1 to image iMRI 2 to determine rigid and non-rigid transforms iRT 2 and NRT 2 respectively that transform image iMRI 1 to image iMRI 2 ; and applying the rigid and non-rigid transforms iRT 2 and NRT 2 to hiQ-iMRI 1 to determine a high resolution image hiQ-iMRI 2 .
Method for managing the electric power passing through a cell of a metal-air battery , the cell comprising: - a negative electrode electrically connected to a negative terminal of the battery; - a first positive electrode forming an air electrode of the cell; - a second positive electrode forming a power electrode of the cell; - a switching means for electrically connecting an electrode among the first positive electrode and the second positive electrode to a positive terminal of the battery; the method being characterized in that it comprises: - maintaining the switching means in a configuration connecting the positive terminal to the first positive electrode when an electric power to pass through the battery corresponds to a first power range; - maintaining the switching means in a configuration connecting the positive terminal to the second positive electrode when an electric power to pass through the battery corresponds to a second power range, the second power range being associated with higher electric powers than the electric powers of the first range. - a negative electrode electrically connected to a negative terminal of the battery; - a first positive electrode forming an air electrode of the cell; - a second positive electrode forming a power electrode of the cell; - a switching means for electrically connecting an electrode among the first positive electrode and the second positive electrode to a positive terminal of the battery; - maintaining the switching means in a configuration connecting the positive terminal to the first positive electrode when an electric power to pass through the battery corresponds to a first power range; - maintaining the switching means in a configuration connecting the positive terminal to the second positive electrode when an electric power to pass through the battery corresponds to a second power range, the second power range being associated with higher electric powers than the electric powers of the first range.
A target base station in a mobile communication network, where a mobile station is configured to communicate with a source base station and a node device , and is further configured to make a handover from the source base station to the target base station while the mobile station is configured to maintain connection with the node device or release connection with the node device before the handover, the target base station comprising: a first communication section that receives, from the source base station , a control signal as a handover request that requests to perform a handover from the source base station to the target base station and includes a set of information related to a link between the mobile station and the node device , the set of information including an identification number of the node device with which the mobile station communicates; the target base station configured to make a decision whether or not the mobile station is allowed to communicate with the node device after the handover to the target base station ; a second communication section that is configured to transmit, to the node device , a control signal that indicates that the mobile station is allowed to communicate with the node device after the handover to the target base station , when the target base station decides to allow the mobile station to do so, wherein the first communication section is configured to transmit a positive acknowledgment to the source base station , when the target base station decides to allow the mobile station to communicate with the node device after the handover to the target base station . a first communication section that receives, from the source base station , a control signal as a handover request that requests to perform a handover from the source base station to the target base station and includes a set of information related to a link between the mobile station and the node device , the set of information including an identification number of the node device with which the mobile station communicates; the target base station configured to make a decision whether or not the mobile station is allowed to communicate with the node device after the handover to the target base station ; a second communication section that is configured to transmit, to the node device , a control signal that indicates that the mobile station is allowed to communicate with the node device after the handover to the target base station , when the target base station decides to allow the mobile station to do so, wherein the first communication section is configured to transmit a positive acknowledgment to the source base station , when the target base station decides to allow the mobile station to communicate with the node device after the handover to the target base station .
A balancing procedure, carried out on a balancing device for a rotating part , - said rotating part defining a rotation axis , - said balancing device defining a central axis and being able to be bound, at least partially, to said rotating part so that said central axis basically coincides with said rotation axis , and comprising: - at least one eccentric mass that can be rotated about said central axis and that is not balanced in relation to said central axis , - at least one balancing motor , designed to rotate said eccentric mass , in relation to said rotating part around said central axis , wherein, - said balancing motor is an electric motor with permanent magnets comprising a stator and a rotor , - said rotor is integral with said eccentric mass , - said rotor is driven and dragged by said rotating part when no balancing operation is required for said rotating part , characterized in that said electric motor is a brushless electric motor. - said rotating part defining a rotation axis , - said balancing device defining a central axis and being able to be bound, at least partially, to said rotating part so that said central axis basically coincides with said rotation axis , and comprising: - at least one eccentric mass that can be rotated about said central axis and that is not balanced in relation to said central axis , - at least one balancing motor , designed to rotate said eccentric mass , in relation to said rotating part around said central axis , wherein, - at least one eccentric mass that can be rotated about said central axis and that is not balanced in relation to said central axis , - at least one balancing motor , designed to rotate said eccentric mass , in relation to said rotating part around said central axis , wherein, - said balancing motor is an electric motor with permanent magnets comprising a stator and a rotor , - said rotor is integral with said eccentric mass , - said rotor is driven and dragged by said rotating part when no balancing operation is required for said rotating part ,
A computer-implemented method of verifying that a network communication is legitimate, the method executed by a call verification server and comprising: receiving a calling party request to generate a verification message from a calling party via a data network , the calling party request associated with a scheduled future communication to be placed from the calling party to a called device via a telephone network ; identifying supplemental information within the calling party request, the supplemental information including information identifying the calling party; retrieving, using the supplemental information, other information about the calling party via the data network ; combining the supplemental information and the other information to form enhanced information; generating, responsive to receipt of the calling party request, a verification message indicating that the communication is verified as being from the calling party , the verification message including the enhanced information; receiving a called device request for the generated verification message from the called device via the data network , the called device request received contemporaneously with when the communication is scheduled to be placed; and sending the verification message to the called device via the data network in response to the called device request. receiving a calling party request to generate a verification message from a calling party via a data network , the calling party request associated with a scheduled future communication to be placed from the calling party to a called device via a telephone network ; identifying supplemental information within the calling party request, the supplemental information including information identifying the calling party; retrieving, using the supplemental information, other information about the calling party via the data network ; combining the supplemental information and the other information to form enhanced information; generating, responsive to receipt of the calling party request, a verification message indicating that the communication is verified as being from the calling party , the verification message including the enhanced information; receiving a called device request for the generated verification message from the called device via the data network , the called device request received contemporaneously with when the communication is scheduled to be placed; and sending the verification message to the called device via the data network in response to the called device request.
A method of installing a seal in a bore of a component , comprising: securing a base plate to a component ; arranging seal onto a pusher ; inserting the pusher into a hole in the base plate ; installing a hub onto the base plate and over the pusher ; and rotating a rod relative to the hub to advance the pusher and seat the seal in the bore ; characterised in that : the securing step includes providing a window in the base plate that leaves the seal visible through the window subsequent to the inserting step. securing a base plate to a component ; arranging seal onto a pusher ; inserting the pusher into a hole in the base plate ; installing a hub onto the base plate and over the pusher ; and rotating a rod relative to the hub to advance the pusher and seat the seal in the bore ; characterised in that : the securing step includes providing a window in the base plate that leaves the seal visible through the window subsequent to the inserting step.
An aqueous composition comprising (i) one or more aqueous polymers, and (ii) from 100 ppb to 2 ppm of one or more compounds selected from a C 1 -C 12 alkyl phenyl ether having a formula Ph(R 2 ) m (OR 1 ) n , wherein Ph is an aromatic ring containing group having from six to nine carbon atoms, R 1 is a C 1 -C 12 alkyl group, R 2 is a C 1 -C 12 alkyl group, m is an integer of from 0 to 5, n is an integer of from 1 to 3, and (m +n) is an integer of from 1 to 6.
A sole structure for an article of footwear , the sole structure comprising: an interior cushioning arrangement extending from an anterior end to a posterior end and including (i) a forefoot cushioning element extending from the anterior end to a first end and including a first material having a first durometer, and (ii) a heel cushioning element extending from the posterior end to a second end and including a second material having a second durometer, the first end of the forefoot cushioning element and the second end of the heel cushioning element overlapping one another, and the interior cushioning arrangement including a first surface having a first portion formed by the forefoot cushioning element and a second portion formed by the heel cushioning element ; and the sole structure further comprising a plate disposed adjacent to the first surface of the interior cushioning arrangement , the plate extending from a first end at an anterior end of the sole structure to a second end at a posterior end of the sole structure ; wherein the second durometer is less than the first durometer and the plate is formed of one or more rigid or semi-rigid materials having a greater durometer than any of the cushioning elements. an interior cushioning arrangement extending from an anterior end to a posterior end and including (i) a forefoot cushioning element extending from the anterior end to a first end and including a first material having a first durometer, and (ii) a heel cushioning element extending from the posterior end to a second end and including a second material having a second durometer, the first end of the forefoot cushioning element and the second end of the heel cushioning element overlapping one another, and the interior cushioning arrangement including a first surface having a first portion formed by the forefoot cushioning element and a second portion formed by the heel cushioning element ; and the sole structure further comprising a plate disposed adjacent to the first surface of the interior cushioning arrangement , the plate extending from a first end at an anterior end of the sole structure to a second end at a posterior end of the sole structure ; wherein the second durometer is less than the first durometer and the plate is formed of one or more rigid or semi-rigid materials having a greater durometer than any of the cushioning elements.
An aircraft stowage bin assembly comprising: a latch that is configured to selectively lock and unlock the aircraft stowage bin assembly ; and a sensor in communication with the latch , wherein the sensor is configured to be engaged to one or more of lock, unlock, open, or close the aircraft stowage bin assembly without the latch or the sensor being touched, wherein the sensor comprises; a proximity sensor that is configured to detect presence of an RFID device within a detection range and to lock and/or unlock the aircraft stowage bin assembly in response to detecting the presence of the RFID device; and a motion sensor that is configured to open or close the stowage bin assembly in response to detecting motion within a detection range. a latch that is configured to selectively lock and unlock the aircraft stowage bin assembly ; and a sensor in communication with the latch , wherein the sensor is configured to be engaged to one or more of lock, unlock, open, or close the aircraft stowage bin assembly without the latch or the sensor being touched, wherein the sensor comprises; a proximity sensor that is configured to detect presence of an RFID device within a detection range and to lock and/or unlock the aircraft stowage bin assembly in response to detecting the presence of the RFID device; and a motion sensor that is configured to open or close the stowage bin assembly in response to detecting motion within a detection range.
A luminaire comprising: a housing having a metal section and incorporating an electrical component arrangement including a printed circuit board having a first major surface carrying at least one light engine and a second major surface opposite the first major surface; a heatsink exposed within said metal section, the heatsink having a further major surface facing the second major surface; an electrically insulating layer in between the further major surface and the second major surface and having a margin extending beyond each of the second major surface and the further major surface by a minimum width (W), said margin being separated from the metal section by an air gap having a minimum height (H); and at least one electrically insulating fixing arrangement extending through the printed circuit board and the electrically insulating layer securing the printed circuit board to the metal section. a housing having a metal section and incorporating an electrical component arrangement including a printed circuit board having a first major surface carrying at least one light engine and a second major surface opposite the first major surface; a heatsink exposed within said metal section, the heatsink having a further major surface facing the second major surface; an electrically insulating layer in between the further major surface and the second major surface and having a margin extending beyond each of the second major surface and the further major surface by a minimum width (W), said margin being separated from the metal section by an air gap having a minimum height (H); and at least one electrically insulating fixing arrangement extending through the printed circuit board and the electrically insulating layer securing the printed circuit board to the metal section.
A dehydrogenation tank , comprises a flow stirring module disposed at the middle of the dehydrogenation tank , characterized by the dehydrogenation tank comprises an atomization spray disposed at the center of the upper portion of the dehydrogenation tank , and a flow stirring module at the bottom of the dehydrogenation tank for stirring a flowing solution, the flow stirring modules at the middle and the bottom of the dehydrogenation tank are both composed of stainless steel mesh, and each comprises at least two layers of flow stirring mesh and a support of flow stirring mesh for supporting and fastening the at least two layers of flow stirring mesh, the flow stirring mesh and the support of flow stirring mesh are both made of stainless steel type 316L, a distance between the atomization spray and the top of the dehydrogenation tank is approximately 10 cm and pressure inside a jetting pipeline of the atomization is in a range of approximately 3 to 3.5 Bar; and the mesh size of the flow stirring mesh at the bottom of the dehydrogenation tank being smaller than mesh size of the flow stirring mesh at the middle of the dehydrogenation tank . the dehydrogenation tank comprises an atomization spray disposed at the center of the upper portion of the dehydrogenation tank , and a flow stirring module at the bottom of the dehydrogenation tank for stirring a flowing solution, the flow stirring modules at the middle and the bottom of the dehydrogenation tank are both composed of stainless steel mesh, and each comprises at least two layers of flow stirring mesh and a support of flow stirring mesh for supporting and fastening the at least two layers of flow stirring mesh, the flow stirring mesh and the support of flow stirring mesh are both made of stainless steel type 316L, a distance between the atomization spray and the top of the dehydrogenation tank is approximately 10 cm and pressure inside a jetting pipeline of the atomization is in a range of approximately 3 to 3.5 Bar; and the mesh size of the flow stirring mesh at the bottom of the dehydrogenation tank being smaller than mesh size of the flow stirring mesh at the middle of the dehydrogenation tank .
An actuatable flow media for the control of a flow rate of a liquid through the actuatable flow media , the actuatable flow media comprising: a base having at least one cavity formed therein, at least one aperture formed in the cavity defining a liquid flow path for the entry of liquid into or exit of liquid from the flow media ; a flexible membrane arranged in spaced relation with the base and defining a liquid flow path through the flow media ; and an elastically deformable element arranged in the cavity and extending between the base and the flexible membrane for actuation between at least a first configuration in which the capsule is substantially undeformed and the liquid flow path through the at least one aperture is open and a second configuration in which the capsule is substantially deformed and the liquid flow path through the at least one aperture is closed. a base having at least one cavity formed therein, at least one aperture formed in the cavity defining a liquid flow path for the entry of liquid into or exit of liquid from the flow media ; a flexible membrane arranged in spaced relation with the base and defining a liquid flow path through the flow media ; and an elastically deformable element arranged in the cavity and extending between the base and the flexible membrane for actuation between at least a first configuration in which the capsule is substantially undeformed and the liquid flow path through the at least one aperture is open and a second configuration in which the capsule is substantially deformed and the liquid flow path through the at least one aperture is closed.
A method comprising: receiving, by a wireless device and via a control resource set, coreset, activated with at least two transmission configuration indicator, TCI, states, a physical downlink control channel, PDCCH, order triggering a random-access procedure; transmitting, for the random-access procedure, a random-access preamble; and receiving, based on a TCI state of the at least two TCI states, downlink control information, DCI, scheduling a random-access response corresponding to the random-access preamble. receiving, by a wireless device and via a control resource set, coreset, activated with at least two transmission configuration indicator, TCI, states, a physical downlink control channel, PDCCH, order triggering a random-access procedure; transmitting, for the random-access procedure, a random-access preamble; and receiving, based on a TCI state of the at least two TCI states, downlink control information, DCI, scheduling a random-access response corresponding to the random-access preamble.