mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal transfer sheet comprising a transfer layer formed on one surface of a substrate, wherein the transfer layer and the substrate are directly contacted to each other, and a back face layer provided on the other surface side of the substrate, the transfer layer comprising one or more constituent layers, the constituent layer closest to the substrate among the constituent layers of the transfer layer containing a copolymer of isobutyl (meth)acrylate and a monomer having a carboxyl group, and an acid value of the copolymer being not less than 40 mg KOH / g, wherein the acid value means the theoretical value of the number of milligrams of potassium hydroxide which is molar equivalent to the carboxyl group in 1 g of the polymer, and the substrate being a polyester film.
A fuel mixer configured to provide a fuel-air mixture to a combustor of a gas turbine engine, the fuel mixer comprising: a mixer body having a mixer outer wall; center body ; an annular passageway defined between the mixer outer wall and the center body ; and a fuel tube assembly placed circumferentially about the mixer body , the fuel tube assembly comprising at least one fuel channel for injecting a fuel flow into the annular passageway , wherein the fuel tube assembly is configured to cool a boundary layer flow present in the annular passageway , wherein the fuel tube assembly is configured to cool the mixer outer wall, the center body , or both the mixer outer wall and the center body , and wherein heat from the mixer outer wall, the center body , or both the mixer outer wall and the center body, passes to the fuel flow in the fuel tube assembly , characterized in that the fuel tube assembly comprises a plurality of fuel tube subassemblies, each fuel tube subassembly having a fuel inlet and a fuel outlet , wherein, in use, the fuel inlet is downstream of the fuel outlet. a mixer body having a mixer outer wall; center body ; an annular passageway defined between the mixer outer wall and the center body ; and a fuel tube assembly placed circumferentially about the mixer body , the fuel tube assembly comprising at least one fuel channel for injecting a fuel flow into the annular passageway , wherein the fuel tube assembly is configured to cool a boundary layer flow present in the annular passageway , wherein the fuel tube assembly is configured to cool the mixer outer wall, the center body , or both the mixer outer wall and the center body , and wherein heat from the mixer outer wall, the center body , or both the mixer outer wall and the center body, passes to the fuel flow in the fuel tube assembly , characterized in that the fuel tube assembly comprises a plurality of fuel tube subassemblies, each fuel tube subassembly having a fuel inlet and a fuel outlet , wherein, in use, the fuel inlet is downstream of the fuel outlet.
A method for generating a stimulation program for electrical stimulation of a patient, the method comprising: providing, by a processor on a display communicatively coupled to the processor, a first grid, with gridlines, demarcating a plurality of selectable first pixels and a representation of a portion of an electrical stimulation lead with a plurality of electrodes; obtaining, by the processor, a user selection of a first plurality of the first pixels in the first grid of first pixels for stimulation; generating, by the processor, a stimulation program based, at least in part, on the user-selected first plurality of the first pixels for stimulation using at least one of the electrodes of the electrical stimulation lead; and initiating, by the processor, a signal that provides an implantable pulse generator with the stimulation program for producing electrical stimulation using an electrical stimulation lead coupled to the implantable pulse generator in accordance with the stimulation program. providing, by a processor on a display communicatively coupled to the processor, a first grid, with gridlines, demarcating a plurality of selectable first pixels and a representation of a portion of an electrical stimulation lead with a plurality of electrodes; obtaining, by the processor, a user selection of a first plurality of the first pixels in the first grid of first pixels for stimulation; generating, by the processor, a stimulation program based, at least in part, on the user-selected first plurality of the first pixels for stimulation using at least one of the electrodes of the electrical stimulation lead; and initiating, by the processor, a signal that provides an implantable pulse generator with the stimulation program for producing electrical stimulation using an electrical stimulation lead coupled to the implantable pulse generator in accordance with the stimulation program.
A kit for use in performing an intrauterine insemination, comprising: - an intrauterine insemination catheter operable for inseminating a patient with sperm; - a syringe operable to inject semen into the catheter ; - a cervical plug configured to receive an intrauterine insemination catheter and operable for preventing a semen sample from leaking from a cervical canal into a vaginal cavity of the patient due to reflux caused by contractions of the uterus; and - a positioning tool operable to hold the cervical plug in place while the intrauterine insemination catheter is removed, characterized in that said positioning tool is engageable with but not attached to the cervical plug and is capable of being removed from the cervical plug , leaving the cervical plug in place. - an intrauterine insemination catheter operable for inseminating a patient with sperm; - a syringe operable to inject semen into the catheter ; - a cervical plug configured to receive an intrauterine insemination catheter and operable for preventing a semen sample from leaking from a cervical canal into a vaginal cavity of the patient due to reflux caused by contractions of the uterus; and - a positioning tool operable to hold the cervical plug in place while the intrauterine insemination catheter is removed,
Connection device for electrically contacting an electrical appliance with a mains plug, a mains cable , wherein the mains cable has an earthing conductor , a neutral conductor and a phase conductor, and an appliance connection unit , wherein the mains plug is arranged at one end of the mains cable and the appliance connection unit is arranged at another end of the mains cable or in the centre and the appliance connection unit has a clamping spring and can be mounted on a housing of the electrical appliance, characterised in that the earthing conductor is connected to the housing in an electrically contacting manner by means of the clamping spring designed as a tongue loaded by elastic deformation, such that when the appliance connection unit is mounted on the housing of the electrical appliance, a force is exerted on the housing by means of the clamping spring and earthing of the housing plate receptacle is made possible by means of the earthing conductor.
A gRNA fusion molecule, comprising a gRNA molecule and a donor template nucleic acid, wherein the gRNA molecule is covalently linked to the donor template nucleic acid, wherein the 3' end of the gRNA molecule comprises one or more hairpin loops and wherein the 3' end of the gRNA molecule is linked to the 5' end of the donor template nucleic acid. wherein the 3' end of the gRNA molecule comprises one or more hairpin loops and wherein the 3' end of the gRNA molecule is linked to the 5' end of the donor template nucleic acid.
Unit for making instant steam comprising i. a heating means wherein the heating means is a fast heating element, ii. a pumping means, iii. a control means, the control means controls the pumping means and the heating means wherein the control means is capable of modifying the temperature of the heating means when the pressure of the pumping means is modified, a temperature measuring means in the heating means, and wherein during the release of steam, the flow rate of the pumping means is regulated taking into account the temperature of the fast heating element in order to maintain a perfect ratio between the flow rate of the pumping means and the value of the temperature of fast heating element, wherein the unit does not have an additional steam container and wherein the heating means which is a fast heating element can be set to a target temperature.
A traditional Chinese medicine composition, comprising, as active ingredient, an aqueous extract from the raw material mixture of: Dendrobium nobile, Viola tricolor, Ophiopogon japonicus, Tremella fuciformis, and an oat material; and the Dendrobium nobile, Viola tricolor, Ophiopogon japonicus, Tremella fuciformis and oat material have a weight ratio of 5-15:2-10:2-10:1-5:1-5; wherein the oat material is oat grains, oat flour, or oat bran. Dendrobium nobile, Viola tricolor, Ophiopogon japonicus, Tremella fuciformis, and an oat material; and the Dendrobium nobile, Viola tricolor, Ophiopogon japonicus, Tremella fuciformis and oat material have a weight ratio of 5-15:2-10:2-10:1-5:1-5; wherein the oat material is oat grains, oat flour, or oat bran.
Copper-ceramic substrate comprising - a ceramic carrier , and - at least one copper layer bonded to a surface of the ceramic carrier , which has a - free surface for forming a conductor structure and/or for securing bonding wires, characterised in that - the copper layer has a microstructure with an average grain size diameter of 300 to 500 μ m, and - the copper layer has a proportion of at least 99.95% Cu, preferably at least 99.99% Cu, - the copper layer has a proportion of the elements B, Be, Cr, Fe, Mn, Ni, P, S of, in each case, at most 0-10 ppm, wherein - the copper layer has a proportion of the elements B, Be, Cr, Fe, Mn, Ni, P, S of a total of at least 1.0 ppm and at most of 50 ppm. - a ceramic carrier , and - at least one copper layer bonded to a surface of the ceramic carrier , which has a - free surface for forming a conductor structure and/or for securing bonding wires, characterised in that - the copper layer has a microstructure with an average grain size diameter of 300 to 500 μ m, and - the copper layer has a proportion of at least 99.95% Cu, preferably at least 99.99% Cu, - the copper layer has a proportion of the elements B, Be, Cr, Fe, Mn, Ni, P, S of, in each case, at most 0-10 ppm, wherein - the copper layer has a proportion of the elements B, Be, Cr, Fe, Mn, Ni, P, S of a total of at least 1.0 ppm and at most of 50 ppm.
An electrical snap switch comprising: * a housing having a receiving portion; * an actuation member in the form of a pushbutton comprising an actuating portion formed by an extension extending into the housing, the pushbutton being arranged, when an external force is applied to the pushbutton , to be moved vertically (A1) relative to the housing between a pushbutton upper position and a pushbutton lower position; * at least a first pair of associated contact elements comprising a first fixed contact element provided in the receiving portion; and comprising a first movable contact element and that may come into contact with the first fixed contact element for establishing a first conductive way between the first movable contact element and the first fixed contact element; and * a snap-action switching mechanism comprising a tilting driving member that is pivotally mounted with respect to the housing around an horizontal axis (A2); and comprising a spring that is connected to a part of the driving member , and that cooperates with the actuating portion to move the driving member pivotally between an upper position and a lower position, said pushbutton and said tilting driving member forming a movable mechanical assembly, characterized in that it comprises electrical switching means for generating signals representative of changes of position of the tilting driving member , said electrical switching means comprising a detecting switch for detecting the changes of position of the tilting driving member between its upper position and its lower position, said detecting switch comprising an activator movable with said tilting driving member and at least one elastically deformable conductive detecting blade , said activator being adapted to act on said detecting blade . * a housing having a receiving portion; * an actuation member in the form of a pushbutton comprising an actuating portion formed by an extension extending into the housing, the pushbutton being arranged, when an external force is applied to the pushbutton , to be moved vertically (A1) relative to the housing between a pushbutton upper position and a pushbutton lower position; * at least a first pair of associated contact elements comprising a first fixed contact element provided in the receiving portion; and comprising a first movable contact element and that may come into contact with the first fixed contact element for establishing a first conductive way between the first movable contact element and the first fixed contact element; and * a snap-action switching mechanism comprising a tilting driving member that is pivotally mounted with respect to the housing around an horizontal axis (A2); and comprising a spring that is connected to a part of the driving member , and that cooperates with the actuating portion to move the driving member pivotally between an upper position and a lower position,
A compact anechoic chamber system for over-the-air antenna testing, comprising: a chamber housing; at least two interchangeable irradiating test panel arrays for providing irradiating signals for the testing, interchangeably integral to the chamber ; a plurality of absorbing material at least substantially lining an interior of the chamber and capable of directing the irradiating test signals; at least one RF signal switch; a multi-channel signal generation system of a testing equipment outside the chamber housing; a multi-channel signal analysis system of the testing equipment ; at least one panel interface for interconnecting: the at least two interchangeable irradiating test panel arrays antenna with the multi-channel signal generation system of testing equipment outside the chamber housing through the at least one RF signal switch to provide the irradiating test signals; and the antenna with the multi-channel signal analysis system of the testing equipment through the at least one RF signal switch, wherein the multi-channel signal analysis system is synchronized with the multi-channel signal generation system , to enable an assessment of a response of the antenna to the irradiating test signals; and a feedback loop in communication with both the multi-channel signal generation system and the multi-channel signal analysis system and capable of controlling the synchronization. a chamber housing; at least two interchangeable irradiating test panel arrays for providing irradiating signals for the testing, interchangeably integral to the chamber ; a plurality of absorbing material at least substantially lining an interior of the chamber and capable of directing the irradiating test signals; at least one RF signal switch; a multi-channel signal generation system of a testing equipment outside the chamber housing; a multi-channel signal analysis system of the testing equipment ; at least one panel interface for interconnecting: the at least two interchangeable irradiating test panel arrays antenna with the multi-channel signal generation system of testing equipment outside the chamber housing through the at least one RF signal switch to provide the irradiating test signals; and the antenna with the multi-channel signal analysis system of the testing equipment through the at least one RF signal switch, wherein the multi-channel signal analysis system is synchronized with the multi-channel signal generation system , to enable an assessment of a response of the antenna to the irradiating test signals; and a feedback loop in communication with both the multi-channel signal generation system and the multi-channel signal analysis system and capable of controlling the synchronization.
A method of protecting an induction motor from thermal overload conditions, comprising: computing rotor temperature rise estimates from rotor resistance estimates for the induction motor ; computing motor thermal state estimates for the induction motor ; deriving a correlation between the thermal state estimates and the rotor temperature rise estimates; computing a new temperature rise estimate from a new rotor resistance estimate for the induction motor ; computing a new motor thermal state estimate for the induction motor ; the method characterized by the further steps of: computing an expected rotor temperature rise for the induction motor using the correlation and the new motor thermal state; checking whether the new temperature rise estimate exceeds the expected rotor temperature rise by more than a predefined threshold rotor temperature rise for the induction motor ; and performing a corrective action in response to the new temperature rise estimate exceeding the expected rotor temperature rise by more than the predefined threshold rotor temperature rise. computing rotor temperature rise estimates from rotor resistance estimates for the induction motor ; computing motor thermal state estimates for the induction motor ; deriving a correlation between the thermal state estimates and the rotor temperature rise estimates; computing a new temperature rise estimate from a new rotor resistance estimate for the induction motor ; computing a new motor thermal state estimate for the induction motor ; the method characterized by the further steps of: computing an expected rotor temperature rise for the induction motor using the correlation and the new motor thermal state; checking whether the new temperature rise estimate exceeds the expected rotor temperature rise by more than a predefined threshold rotor temperature rise for the induction motor ; and performing a corrective action in response to the new temperature rise estimate exceeding the expected rotor temperature rise by more than the predefined threshold rotor temperature rise. computing an expected rotor temperature rise for the induction motor using the correlation and the new motor thermal state; checking whether the new temperature rise estimate exceeds the expected rotor temperature rise by more than a predefined threshold rotor temperature rise for the induction motor ; and performing a corrective action in response to the new temperature rise estimate exceeding the expected rotor temperature rise by more than the predefined threshold rotor temperature rise.
Gear arrangement for a spindle drive , comprising a gear housing and a gear holder , a pivot axis (y) being provided, about which the spindle drive is mounted or mountable rotatably and/or pivotably, and comprising two pins which form the pivot axis (y), characterized in that the pins are formed as a constituent part of the transmission holder on the latter, so that the pivot axis (y) is formed by the gear holder and at least one receptacle for the pivot axis (y) is formed by the gear housing .
An opposed-piston engine having a cylinder block with first and second opposing sides and a plurality of cylinders disposed in an inline array between the opposing sides, in which each cylinder includes an intake port separated in an axial direction of the cylinder from an exhaust port , comprising: an undivided intake chamber inside the cylinder block; a first air inlet that opens through the first side into the intake chamber and a second air inlet that opens through the second side into the intake chamber; each air inlet having an elongate dimension; all of the cylinder intake ports being contained in the intake chamber to receive charge air therein; and, an exhaust chamber having the structure of an elongate open chest in the cylinder block including at least one exhaust outlet that opens through one of the opposing sides; all of the cylinder exhaust ports being contained in the exhaust chamber to discharge exhaust thereinto; an exhaust outlet cover and, a first pipe through the exhaust outlet cover providing fluid communication between the exhaust chamber and an inlet of a turbine. an undivided intake chamber inside the cylinder block; a first air inlet that opens through the first side into the intake chamber and a second air inlet that opens through the second side into the intake chamber; each air inlet having an elongate dimension; all of the cylinder intake ports being contained in the intake chamber to receive charge air therein; and, an exhaust chamber having the structure of an elongate open chest in the cylinder block including at least one exhaust outlet that opens through one of the opposing sides; all of the cylinder exhaust ports being contained in the exhaust chamber to discharge exhaust thereinto; an exhaust outlet cover and, a first pipe through the exhaust outlet cover providing fluid communication between the exhaust chamber and an inlet of a turbine.
A device for connecting an outer push button with a cistern flushing mechanism of a toilet, wherein the device is adjustable in height and comprises an elongated element ending in a disk-shaped part , wherein the device in an installed state connects the outer push button vertically with the cistern flushing mechanism arranged inside the cistern, characterized in that the device comprises a first adjustment mechanism comprising a guillotine-like arrangement comprising a horizontal plate having two horizontal and parallel rods protruding from said plate , the rods being provided on their lateral inner surfaces with a notch , said first adjustment mechanism further comprising four vertical pillar-like parts between which the elongated element is inserted axially, wherein the horizontal plate is slidable and receives between the rods the four pillar-like parts in order to exert a pressure on the elongated element by contact with the notches in order to lock the elongated element with respect to the flushing mechanism at a height selected by user, the device further comprising a second vertical mechanism for stopping the movement of the flushing mechanism , wherein the second vertical mechanism comprises a clip-like arrangement which is arrangeable on a base of a mouth of the flushing mechanism and incorporates an overhanging section for grasping by the user, wherein in use the removal of the second vertical mechanism leaves the actuation of the flushing mechanism free.