mhurhangee/patent-ind-claim-en huggingface dataset:
A system for varying pressure rates during phacoemulsification surgery, the system comprising: a surgical console having at least one system bus communicatively connected to at least one computing processor capable of accessing at least one computing memory associated with the at least one computing processor; a phacoemulsification surgical handpiece having at a distal end at least one surgical tool and having near a proximal end a first pressure sensor communicatively connected to an aspiration line; and a second pressure sensor communicatively connected to the aspiration line and proximate to a vacuum source associated with the surgical console, wherein the pressure of the aspiration line is regulated in accordance with a comparison between an estimated aspiration flow calculated from the pressure measured by the first and second sensors and a predetermined aspiration pressure; characterised in that the first pressure sensor is located proximate to an aspiration luer connector. a surgical console having at least one system bus communicatively connected to at least one computing processor capable of accessing at least one computing memory associated with the at least one computing processor; a phacoemulsification surgical handpiece having at a distal end at least one surgical tool and having near a proximal end a first pressure sensor communicatively connected to an aspiration line; and a second pressure sensor communicatively connected to the aspiration line and proximate to a vacuum source associated with the surgical console, wherein the pressure of the aspiration line is regulated in accordance with a comparison between an estimated aspiration flow calculated from the pressure measured by the first and second sensors and a predetermined aspiration pressure; characterised in that the first pressure sensor is located proximate to an aspiration luer connector.
An airflow testing mold suitable for mating with a workpiece , the mold comprising: a platform portion formed from a first material having a first hardness; and a workpiece mating portion surrounded by the platform portion , the mating portion comprising: a support region abutting the platform portion and formed from a second material having a second hardness; and a sealing surface positioned above the support region and formed from a third material having a third hardness, the sealing surface being configured to mate with and extend into a hollow portion of the workpiece ; wherein the first hardness is different from at least one of the second and third hardnesses; and characterised in that the first, second and third hardnesses are Shore A durometer hardnesses and the first hardness differs from at least one of the second and third hardnesses by at least 10 Shore A points. a platform portion formed from a first material having a first hardness; and a workpiece mating portion surrounded by the platform portion , the mating portion comprising: a support region abutting the platform portion and formed from a second material having a second hardness; and a sealing surface positioned above the support region and formed from a third material having a third hardness, the sealing surface being configured to mate with and extend into a hollow portion of the workpiece ; a support region abutting the platform portion and formed from a second material having a second hardness; and a sealing surface positioned above the support region and formed from a third material having a third hardness, the sealing surface being configured to mate with and extend into a hollow portion of the workpiece ; wherein the first hardness is different from at least one of the second and third hardnesses; and characterised in that the first, second and third hardnesses are Shore A durometer hardnesses and the first hardness differs from at least one of the second and third hardnesses by at least 10 Shore A points.
A radionuclide detection apparatus for detecting the radionuclide labeled at a subject that can be subjected to HPLC and exists in a fluid flowing in a tube , comprising: a chamber through which the tube penetrates; a conversion means provided in the chamber and converting the energy of a charged particle emitted from the radionuclide into Cerenkov light; and a light detection means detecting the light converted by the conversion means , wherein the tube has a diameter of 0.1-10 mm, has a light transmitting portion made of any transparent material allowing penetration of light and conversion of the energy of the charged particle into light by the conversion means , and is formed at a position facing the conversion means , wherein the conversion means is made from a material having refractive index of at least 1.33 through which material light can pass, wherein the conversion means converts the energy of the charged particle passing through the light transmitting portion , and wherein the radionuclide emits a charged particle having energy with a threshold T satisfying Equation 1 during radioactive decay: T keV = 511 1 / 1 − 1 / n 2 1 / 2 − 1 , where n is refractive index of a medium.
A method for producing a vinylamine unit-containing polymer, the method comprising: preparing a mixture for polymerization (a) containing N-vinylformamide as a monomer component by using crude N-vinylformamide which contains the N-vinylformamide and formamide and has a content of the formamide of 1 to 20 parts by mass with respect to 100 parts by mass of the N-vinylformamide; obtaining a polymerization product (b) containing an N-vinylformamide unit-containing polymer and formamide by polymerizing the monomer component in the mixture for polymerization (a); drying and forming the polymerization product (b) into a powder before subjecting the polymerization product (b) to a hydrolysis treatment; and obtaining a hydrolysis product (c) containing a vinylamine unit-containing polymer through a hydrolysis treatment of the polymerization product (b) using an acid or a base. preparing a mixture for polymerization (a) containing N-vinylformamide as a monomer component by using crude N-vinylformamide which contains the N-vinylformamide and formamide and has a content of the formamide of 1 to 20 parts by mass with respect to 100 parts by mass of the N-vinylformamide; obtaining a polymerization product (b) containing an N-vinylformamide unit-containing polymer and formamide by polymerizing the monomer component in the mixture for polymerization (a); drying and forming the polymerization product (b) into a powder before subjecting the polymerization product (b) to a hydrolysis treatment; and obtaining a hydrolysis product (c) containing a vinylamine unit-containing polymer through a hydrolysis treatment of the polymerization product (b) using an acid or a base.
A conversion adapter configured to be connected between a charging cable extending from a charging equipment and an inlet included in a vehicle , the conversion adapter comprising: a first end configured to be connected to the charging cable ; and a second end configured to be connected to the inlet , wherein the first end includes: a power terminal that receives a charging power supplied from the charging equipment via the charging cable ; characterised in that a connection prevention mechanism (44 to 47) configured to mechanically prevent a connection between the power terminal and the charging cable , the connection prevention mechanism (44 to 47) prevents the connection between the power terminal and the charging cable when the second end and the inlet are disconnected from each other, and removes prevention of the connection between the power terminal and the charging cable when the second end and the inlet are connected together. a first end configured to be connected to the charging cable ; and a second end configured to be connected to the inlet , wherein the first end includes: a power terminal that receives a charging power supplied from the charging equipment via the charging cable ; characterised in that a connection prevention mechanism (44 to 47) configured to mechanically prevent a connection between the power terminal and the charging cable , the connection prevention mechanism (44 to 47) prevents the connection between the power terminal and the charging cable when the second end and the inlet are disconnected from each other, and removes prevention of the connection between the power terminal and the charging cable when the second end and the inlet are connected together. a power terminal that receives a charging power supplied from the charging equipment via the charging cable ; characterised in that a connection prevention mechanism (44 to 47) configured to mechanically prevent a connection between the power terminal and the charging cable , the connection prevention mechanism (44 to 47) prevents the connection between the power terminal and the charging cable when the second end and the inlet are disconnected from each other, and removes prevention of the connection between the power terminal and the charging cable when the second end and the inlet are connected together. prevents the connection between the power terminal and the charging cable when the second end and the inlet are disconnected from each other, and removes prevention of the connection between the power terminal and the charging cable when the second end and the inlet are connected together.
A memory array comprising vertically-alternating tiers of insulative material and memory cells , the memory cells individually comprising a transistor and a capacitor , the capacitor comprising: a first electrode electrically connected to a source/drain region of the transistor , the first electrode being disposed at an elevation over a substrate equivalent to an elevation over the substrate of a channel region of the transistor , the first electrode comprising an annulus in a straight-line horizontal cross-section; a capacitor insulator radially inward of the first electrode annulus ; and a second electrode radially inward of the capacitor insulator ; and a capacitor-electrode structure extending elevationally through the vertically-alternating tiers , individual of the second electrodes of individual of the capacitors being electrically connected to the elevationally-extending capacitor-electrode structure ; and a sense line electrically connected to another source/drain region of multiple of the transistors that are in different memory-cell tiers , the transistor and the capacitor of each memory cell being disposed horizontally relative to each other within the tiers of memory cells . a first electrode electrically connected to a source/drain region of the transistor , the first electrode being disposed at an elevation over a substrate equivalent to an elevation over the substrate of a channel region of the transistor , the first electrode comprising an annulus in a straight-line horizontal cross-section; a capacitor insulator radially inward of the first electrode annulus ; and a second electrode radially inward of the capacitor insulator ; and
A computer-implemented method implemented in a computer comprising a processor, memory accessible by the processor, and computer program instructions stored in the memory and executable by the processor, the method comprising: creating a namespace in an operating system kernel-space in the memory of the computer, wherein a memory of a namespace in the kernel-space is reorganized so that objects owned by different namespaces are mapped in separate memory spaces; creating a restricted address space for the namespace that maps only kernel objects owned by the namespace by: generating a namespace page table comprising kernel-space mappings for kernel objects owned by the namespace , and constructing a combined page table accessible to at least one user process comprising a user-space page table of the user process and the namespace page table ; and providing access to kernel objects owned by the namespace only to the at least one user process using the combined page table. creating a namespace in an operating system kernel-space in the memory of the computer, wherein a memory of a namespace in the kernel-space is reorganized so that objects owned by different namespaces are mapped in separate memory spaces; creating a restricted address space for the namespace that maps only kernel objects owned by the namespace by: generating a namespace page table comprising kernel-space mappings for kernel objects owned by the namespace , and constructing a combined page table accessible to at least one user process comprising a user-space page table of the user process and the namespace page table ; and providing access to kernel objects owned by the namespace only to the at least one user process using the combined page table. generating a namespace page table comprising kernel-space mappings for kernel objects owned by the namespace , and constructing a combined page table accessible to at least one user process comprising a user-space page table of the user process and the namespace page table ; and providing access to kernel objects owned by the namespace only to the at least one user process using the combined page table.
A toner sealing material, which is formed of a polyurethane foam produced by foaming a composition for polyurethane foam, wherein the composition for polyurethane foam is produced by blending a polyol comprising a polyester polyol and a polyether polyol, tolylene diisocyanate, a foaming agent, and a foam stabilizer, wherein the polyester polyol comprises a phthalate ester polyol, and the tolylene diisocyanate has a compositional mass ratio (2,4-tolylene diisocyanate/2,6-tolylene diisocyanate) of (65/35) to (70/30), wherein the composition for polyurethane foam has a mass ratio of the polyester polyol to the polyether polyol (polyester polyol/polyether polyol) of (70/30) to (30/70).
A method for controlling acceleration of a work vehicle , the method comprising: - determining, by a computing device, a vehicle speed error based on a desired speed for the work vehicle and an actual speed of the work vehicle ; - calculating, by the computing device, an initial acceleration command for the work vehicle based on the vehicle speed error , - monitoring, by the computing device, a current engine load on an engine of the work vehicle ; - determining, by the computing device, an engine load error for the engine based on the current engine load , the engine load error signal corresponding to the excess load capability for the engine based on the current operating conditions; - calculating, by the computing device, an acceleration limit for the work vehicle based on the engine load error, the acceleration limit being calculated via a PID control algorithm implemented by the computing device ; and - controlling, by the computing device, the operation of at least one of the engine or a transmission of the work vehicle based on a final acceleration command to adjust the actual speed of the work vehicle, the final acceleration command corresponding to the lesser of the initial acceleration command and the acceleration limit . - determining, by a computing device, a vehicle speed error based on a desired speed for the work vehicle and an actual speed of the work vehicle ; - calculating, by the computing device, an initial acceleration command for the work vehicle based on the vehicle speed error , - monitoring, by the computing device, a current engine load on an engine of the work vehicle ; - determining, by the computing device, an engine load error for the engine based on the current engine load , the engine load error signal corresponding to the excess load capability for the engine based on the current operating conditions; - calculating, by the computing device, an acceleration limit for the work vehicle based on the engine load error, the acceleration limit being calculated via a PID control algorithm implemented by the computing device ; and - controlling, by the computing device, the operation of at least one of the engine or a transmission of the work vehicle based on a final acceleration command to adjust the actual speed of the work vehicle, the final acceleration command corresponding to the lesser of the initial acceleration command and the acceleration limit .
A vital-sign detecting system , comprising: a plurality of radio-frequency, RF, tags disposed on detected subjects respectively, only one of the RF tags being turned on at a time and generating an incident RF signal (FH) with a predetermined frequency, and the incident RF signal being projected on the corresponding detected subject to generate a corresponding reflected RF signal (FN); and at least one radio-frequency identification, RFID, radar that turns on one of the RF tags, demodulates the reflected RF signal to obtain vital signal of the corresponding detected subject, and identifies the detected subject according to the turned-on RF tag; wherein the RFID radar comprises: a master RFID unit and the RF tag comprises a slave RFID unit , the master RFID unit communicating with the slave RFID unit to turn on the corresponding RF tag; an RF receiver that receives the reflected RF signal; and an RF demodulator that demodulates the reflected RF signal to obtain a baseband signal, and wherein the RFID radar does not generate an RF signal transmitted to the RF tags according to which the incident RF signal is generated. a plurality of radio-frequency, RF, tags disposed on detected subjects respectively, only one of the RF tags being turned on at a time and generating an incident RF signal (FH) with a predetermined frequency, and the incident RF signal being projected on the corresponding detected subject to generate a corresponding reflected RF signal (FN); and at least one radio-frequency identification, RFID, radar that turns on one of the RF tags, demodulates the reflected RF signal to obtain vital signal of the corresponding detected subject, and identifies the detected subject according to the turned-on RF tag; wherein the RFID radar comprises: a master RFID unit and the RF tag comprises a slave RFID unit , the master RFID unit communicating with the slave RFID unit to turn on the corresponding RF tag; an RF receiver that receives the reflected RF signal; and an RF demodulator that demodulates the reflected RF signal to obtain a baseband signal, and wherein the RFID radar does not generate an RF signal transmitted to the RF tags according to which the incident RF signal is generated. a master RFID unit and the RF tag comprises a slave RFID unit , the master RFID unit communicating with the slave RFID unit to turn on the corresponding RF tag; an RF receiver that receives the reflected RF signal; and an RF demodulator that demodulates the reflected RF signal to obtain a baseband signal, and wherein the RFID radar does not generate an RF signal transmitted to the RF tags according to which the incident RF signal is generated.
A handle for a cylinder comprising: a shroud portion configured to attach to a collar of the cylinder , the shroud portion including a handle portion extending from the shroud portion and having one or more areas for grasping the handle ; characterized in that the shroud portion includes an inner body portion , an outer body portion radially outwardly spaced from the inner body portion , and a base extending therebetween, wherein a channel is defined between the inner and outer body portions and the base for receiving the collar ; and wherein the shroud portion includes a plurality of circumferentially spaced ledges for abutting an underside of a respective one of a plurality of circumferentially spaced tabs of the collar , and at least one deflectable tab for engaging the collar , the spaced ledges extending radially inwardly from the outer body portion , and the at least one deflectable tab extending radially outwardly from the inner body portion . a shroud portion configured to attach to a collar of the cylinder , the shroud portion including a handle portion extending from the shroud portion and having one or more areas for grasping the handle ;
A cryostat comprising a cooling structure and a device fastened thereto for providing a thermally conductive coupling in order to cool an object being moved within the cryostat, the device comprising: - a heat transfer section forming a contact surface for said object and - means for fastening the heat transfer section to a cooling structure in such a way that said contact surface remains free, characterized in that : - the device comprises a spring section which is separate from said heat transfer section and which is arranged to exert on the heat transfer section a spring force pushing said contact surface in that direction in which it is intended to contact said object , - the heat transfer section comprises a plurality of heat transfer elements arranged in the form of a ring, whereby said contact surface is formed by those surfaces of the heat transfer elements which face towards the interior of the ring, and - said spring section comprises one or more spring elements disposed outside of said heat transfer elements arranged in the form of a ring and pushing the heat transfer elements towards the centre of the ring. - a heat transfer section forming a contact surface for said object and - means for fastening the heat transfer section to a cooling structure in such a way that said contact surface remains free, - the device comprises a spring section which is separate from said heat transfer section and which is arranged to exert on the heat transfer section a spring force pushing said contact surface in that direction in which it is intended to contact said object , - the heat transfer section comprises a plurality of heat transfer elements arranged in the form of a ring, whereby said contact surface is formed by those surfaces of the heat transfer elements which face towards the interior of the ring, and - said spring section comprises one or more spring elements disposed outside of said heat transfer elements arranged in the form of a ring and pushing the heat transfer elements towards the centre of the ring.