mhurhangee/ep-ind-claims huggingface dataset:
An implantable medical device, comprising: a transceiver configured to communicate wirelessly, with an external device, utilizing a protocol that utilizes multiple physical layers; the transceiver configured to transmit information indicating that the transceiver is configured with first, second and third physical layers (PHYs) for wireless communication; memory configured to store program instructions; and characterised by one or more processors (214, 215) configured to execute said instructions to obtain an instruction designating one of the first, second and third PHY to be utilized for at least one of transmission or reception, during a communication session, with the external device; and manage the transceiver to utilize, during the communication session, the one of the first, second and third PHY as designated. a transceiver configured to communicate wirelessly, with an external device, utilizing a protocol that utilizes multiple physical layers; the transceiver configured to transmit information indicating that the transceiver is configured with first, second and third physical layers (PHYs) for wireless communication; memory configured to store program instructions; and characterised by one or more processors (214, 215) configured to execute said instructions to obtain an instruction designating one of the first, second and third PHY to be utilized for at least one of transmission or reception, during a communication session, with the external device; and manage the transceiver to utilize, during the communication session, the one of the first, second and third PHY as designated. obtain an instruction designating one of the first, second and third PHY to be utilized for at least one of transmission or reception, during a communication session, with the external device; and manage the transceiver to utilize, during the communication session, the one of the first, second and third PHY as designated.
A process for making a solution of cross-linked poly alpha-1,3-glucan comprising: (a) dissolving poly alpha-1,3-glucan in an aqueous solvent composition that has a pH greater than 11 to provide a solution of poly alpha-1,3-glucan and then adding a cross-linking agent to cross-link the poly alpha-1,3-glucan; or (b) adding a cross-link agent to an aqueous solvent composition that has a pH greater than 11 and then dissolving poly alpha-1,3-glucan in the aqueous solvent composition containing the cross-linking agent to cross-link the poly alpha-1,3- glucan; wherein the poly alpha-1,3-glucan is dissolved in the aqueous solvent composition containing cross-linking agent at a concentration from 5 wt % to 20 wt % and wherein the cross-linking agent is a borate ion added in the form of boric acid or a borate salt. (a) dissolving poly alpha-1,3-glucan in an aqueous solvent composition that has a pH greater than 11 to provide a solution of poly alpha-1,3-glucan and then adding a cross-linking agent to cross-link the poly alpha-1,3-glucan; or (b) adding a cross-link agent to an aqueous solvent composition that has a pH greater than 11 and then dissolving poly alpha-1,3-glucan in the aqueous solvent composition containing the cross-linking agent to cross-link the poly alpha-1,3- glucan;
A method for screening and selection of potential drug candidates or for testing a person's sensitivity to a substance with effect on mitochondria, the method comprising i) subjecting a sample of human blood cells containing mitochondria to high-resolution respirometry ii) adding to the cell sample a substance that increases the leakage of the inner mitochondrial membrane to protons, iii) adding to the sample from ii) a test substance in a vehicle, vi) adding to the sample from iii) an inhibitor of mitochondrial complex I-function, v) adding to the sample from vi) an inhibitor of mitochondrial complex III-function, and vi) comparing the mitochondrial oxygen consumption before and after addition of the test substance with the mitochondrial oxygen consumption of the vehicle, wherein a decrease in mitochondrial oxygen consumption induced by the test substance indicates a negative effect on the mitochondria, and wherein an increase in mitochondrial oxygen consumption induced by the test substance indicates a positive effect on mitochondria. i) subjecting a sample of human blood cells containing mitochondria to high-resolution respirometry ii) adding to the cell sample a substance that increases the leakage of the inner mitochondrial membrane to protons, iii) adding to the sample from ii) a test substance in a vehicle, vi) adding to the sample from iii) an inhibitor of mitochondrial complex I-function, v) adding to the sample from vi) an inhibitor of mitochondrial complex III-function, and vi) comparing the mitochondrial oxygen consumption before and after addition of the test substance with the mitochondrial oxygen consumption of the vehicle, wherein a decrease in mitochondrial oxygen consumption induced by the test substance indicates a negative effect on the mitochondria, and wherein an increase in mitochondrial oxygen consumption induced by the test substance indicates a positive effect on mitochondria.
In a flash memory device having strings of transistors of a NAND architecture comprising a first select gate, a plurality of floating gates, and a second select gate, a method comprising: providing a plurality of wordlines perpendicular to the axes of the strings, each wordline of the plurality situated above floating gates of the strings; and providing a booster plate comprising a plurality of fingers and a portion linking the fingers, the fingers running parallel to the wordlines and located between adjacent wordlines but not covering an upper surface of the wordlines; characterised in that said method further comprises: reading the charge stored on a floating gate under a selected wordline by applying a read voltage level (Vread) to a plurality of unselected wordlines and applying a voltage (Vread+Beta) that is greater than the read voltage (Vread) to the booster plate, said read voltage level (Vread) less than would otherwise be necessary absent said booster plate and the voltage level (Vread+Beta) applied thereto. providing a plurality of wordlines perpendicular to the axes of the strings, each wordline of the plurality situated above floating gates of the strings; and providing a booster plate comprising a plurality of fingers and a portion linking the fingers, the fingers running parallel to the wordlines and located between adjacent wordlines but not covering an upper surface of the wordlines; reading the charge stored on a floating gate under a selected wordline by applying a read voltage level (Vread) to a plurality of unselected wordlines and applying a voltage (Vread+Beta) that is greater than the read voltage (Vread) to the booster plate, said read voltage level (Vread) less than would otherwise be necessary absent said booster plate and the voltage level (Vread+Beta) applied thereto.
Reinforcement of a wind turbine tower, - whereby the wall of the tower comprises a through-going opening, that connects the inner side of the wall of the tower to the outer side of the wall of the tower, - whereby a reinforcement plate is attached to the wall of the tower surrounding the through-going opening, so that the wall of the tower is reinforced to compensate the loss of stability caused by the through-going opening in the wall of the tower, - whereby the reinforcement plate comprises an opening that corresponds to the through-going opening in the wall of the tower, so that the openings are prepared and arranged in a way to receive an electric facility, whereby the electric facility is an electric light or an antenna or an electric cable, - whereby the reinforcement plate is attached to the inner side of the wall of the tower, characterized in that the opening in the reinforcement plate is closed by a cover plate that is detachably attached to the reinforcement plate - whereby the electric facility is mounted to the cover plate - whereby, the wall of the tower comprises a certain radius, and that the reinforcement plate comprises mainly the same radius than the wall of the tower, so that the area of the contact between the reinforcement plate and the wall of the tower is maximized. - whereby the wall of the tower comprises a through-going opening, that connects the inner side of the wall of the tower to the outer side of the wall of the tower, - whereby a reinforcement plate is attached to the wall of the tower surrounding the through-going opening, so that the wall of the tower is reinforced to compensate the loss of stability caused by the through-going opening in the wall of the tower, - whereby the reinforcement plate comprises an opening that corresponds to the through-going opening in the wall of the tower, so that the openings are prepared and arranged in a way to receive an electric facility, whereby the electric facility is an electric light or an antenna or an electric cable, - whereby the reinforcement plate is attached to the inner side of the wall of the tower, characterized in that the opening in the reinforcement plate is closed by a cover plate that is detachably attached to the reinforcement plate - whereby the electric facility is mounted to the cover plate - whereby, the wall of the tower comprises a certain radius, and that the reinforcement plate comprises mainly the same radius than the wall of the tower, so that the area of the contact between the reinforcement plate and the wall of the tower is maximized.
A headphone system comprising: a pair of earcups; a continuous headband spring connecting the pair of earcups, the continuous headband spring having an internal slot with an opening along an inner surface thereof; and an adjustment apparatus coupled with one of the pair of earcups and the continuous headband spring, the adjustment apparatus comprising: a shoe coupled with the one of the pair of earcups and positioned in the internal slot; a tongue coupled with the shoe and extending at least partially along the continuous headband spring; a resistance member coupled with the tongue for resisting movement of the tongue relative to the continuous headband spring, characterized in that the tongue is configured to move relative to the resistance member in order to allow for adjustment of the position of the one of the pair of earcups relative to the continuous headband spring. a pair of earcups; a continuous headband spring connecting the pair of earcups, the continuous headband spring having an internal slot with an opening along an inner surface thereof; and an adjustment apparatus coupled with one of the pair of earcups and the continuous headband spring, the adjustment apparatus comprising: a shoe coupled with the one of the pair of earcups and positioned in the internal slot; a tongue coupled with the shoe and extending at least partially along the continuous headband spring; a resistance member coupled with the tongue for resisting movement of the tongue relative to the continuous headband spring, characterized in that the tongue is configured to move relative to the resistance member in order a shoe coupled with the one of the pair of earcups and positioned in the internal slot; a tongue coupled with the shoe and extending at least partially along the continuous headband spring; a resistance member coupled with the tongue for resisting movement of the tongue relative to the continuous headband spring, characterized in that the tongue is configured to move relative to the resistance member in order to allow for adjustment of the position of the one of the pair of earcups relative to the continuous headband spring.
A method of writing data to a memory device (4, 5, 6) and reading data from the memory device (4, 5, 6), comprising: issuing a challenge to a PUF device during a power-up process in order to derive a PUF response; error correcting the PUF response; providing delinearized addresses of code and data segments, by means of a delinearization algorithm using the error corrected PUF response, to the memory device (4, 5, 6), wherein the delinearized addresses are used to write the data to during a write operation and the same addresses are selected during a read operation for reading the data; and masking data to be written to the memory device (4, 5, 6), by means of a masking module using the error corrected PUF response, during write operation wherein the data is masked with the error corrected PUF response using the XOR operator and de-masking data to be read from the memory device (4, 5, 6), by means of the masking module using the error corrected PUF response, during read operation and performing a check-sum verification of the read data wherein the data is revealed out of masked data with the error corrected PUF response using the XOR operator; and generating a reset signal in case of data falsification in order to reset a processor which interacts with the memory device (4, 5, 6). issuing a challenge to a PUF device during a power-up process in order to derive a PUF response; error correcting the PUF response; providing delinearized addresses of code and data segments, by means of a delinearization algorithm using the error corrected PUF response, to the memory device (4, 5, 6), wherein the delinearized addresses are used to write the data to during a write operation and the same addresses are selected during a read operation for reading the data; and masking data to be written to the memory device (4, 5, 6), by means of a masking module using the error corrected PUF response, during write operation wherein the data is masked with the error corrected PUF response using the XOR operator and de-masking data to be read from the memory device (4, 5, 6), by means of the masking module using the error corrected PUF response, during read operation and performing a check-sum verification of the read data wherein the data is revealed out of masked data with the error corrected PUF response using the XOR operator;
An automatic translation method to translate a sentence in a source language, called source sentence, into a sentence in a target language, called target sentence, characterized in that it comprises: - a step of creating a textual database of the target language comprising sentences in the target language, called target sentences, accompanied by a representation of their syntactic analysis; - a step of extracting a set of target sentence portions from the textual database of the target language that correspond to a total or partial translation of the source sentence to be translated, the step of extracting comprising a phase of syntactic analysis of the source sentence to be translated, and an interlingual textual search phase between the source sentence to be translated and the target language so as to find the greatest structural intersections between the result of the syntactic analysis of the source sentence whose elements have been replaced by possible translations, and the representations of the syntactic analysis of the target sentences stored in the database; - a step of determining all the assemblies of these target sentence portions forming an overlap with the source sentence; - a step of choosing the best assemblies between the target sentence portions assembled in the preceding step according to a criterion of maximum overlap and according to a criterion of minimizing the number of assembled elements; - a step of determining the target sentence as a translation of the source sentence, among the best assemblies according to coherence criteria. - a step of creating a textual database of the target language comprising sentences in the target language, called target sentences, accompanied by a representation of their syntactic analysis; - a step of extracting a set of target sentence portions from the textual database of the target language that correspond to a total or partial translation of the source sentence to be translated, the step of extracting comprising a phase of syntactic analysis of the source sentence to be translated, and an interlingual textual search phase between the source sentence to be translated and the target language so as to find the greatest structural intersections between the result of the syntactic analysis of the source sentence whose elements have been replaced by possible translations, and the representations of the syntactic analysis of the target sentences stored in the database; - a step of determining all the assemblies of these target sentence portions forming an overlap with the source sentence; - a step of choosing the best assemblies between the target sentence portions assembled in the preceding step according to a criterion of maximum overlap and according to a criterion of minimizing the number of assembled elements; - a step of determining the target sentence as a translation of the source sentence, among the best assemblies according to coherence criteria.
Method for producing a DC motor comprising a permanent-magnet internal rotor rotatably mounted about a motor longitudinal axis, a stator consisting of a wound stator core having a plurality of distinct, inwardly pointing poles which in the circumferential direction are formed in one piece with a return yoke and separated from one another by stator grooves, and an insulation member, which lines the stator grooves and has a return yoke cover which covers an axial end face of the return yoke, wherein a winding wire is wound around all the poles continuously without any breaks one after the other in order to form respective coils and interconnects the coils in a delta-parallel arrangement in the process, characterised by the following method steps: a) providing a stator core equipped with an insulation member, as well as a motor housing, a contact carrier, insulated busbars, an insulating crown and an end shield or add-on part; b) providing a manufacturing device; c) placing the stator core in the manufacturing device; d) attaching a winding wire to an attachment site fixed to the die or to the workpiece; e) winding a coil around a first pole; f) guiding the winding wire in a straight line out of a stator groove having a radial and an axial component; g) placing the winding wire around bearing profiles arranged on removable auxiliary mouldings fixed to the workpiece; guiding the winding wire back into the stator groove while forming a U-shaped wire connection; h) repeating method steps e) to g) until all the required coils are produced; i) attaching the winding wire to an attachment site fixed to the die or to the workpiece; j) cutting the winding wire; k) shearing off the auxiliary mouldings.
Emulsion, comprising: a) 5 to 35 wt% oxidized polyethylene wax having an acid number of 29 to 35 KOH/g measured according to ASTM D 1386; b) 2 to 12 wt% non-ionic surfactant; c) 0.5 to 1.5 wt% KOH and/or NaOH; d) 1.0 to 3.5 wt% ethylene glycol and/or propylene glycol; and e) 50 to 90 wt% water, wherein the non-ionic surfactant is selected from a C12-to C18, preferably C12 to C16, more preferably C12 to C15 hydrocarbon alcohol polyethylene ether having 2 to 20, preferably 5 to 13, more preferably 9 to 10 ethylene oxide units. a) 5 to 35 wt% oxidized polyethylene wax having an acid number of 29 to 35 KOH/g measured according to ASTM D 1386; b) 2 to 12 wt% non-ionic surfactant; c) 0.5 to 1.5 wt% KOH and/or NaOH; d) 1.0 to 3.5 wt% ethylene glycol and/or propylene glycol; and e) 50 to 90 wt% water,
An ultrasonic bonding device comprising: a processing member configured to bond members to be bonded by applying ultrasonic waves thereto; a biasing member oppositely disposed from the processing member across the members to be bonded, and configured to bias the members to be bonded to the processing member; a first moving unit configured to separate each of the processing member and the biasing member from each other and approach each other with respect to a transport path of the members to be bonded; and a second moving unit (120, 130) configured to move the members to be bonded along the transport path in a state in which the processing member and the biasing member are separated from the transport path, and position the bonding portion of the members to be bonded between the processing member and the biasing member, characterized in that the first moving unit comprises: a coupling cam configured to be rotationally driven by a driving unit, a first connecting portion (153, 155, 157) coupling the coupling cam and the processing member, and a second connecting portion (154, 156, 158) coupling the coupling cam and the biasing member, and the first moving unit is configured to cause the processing member and the biasing member to separate from and approach each other with respect to the transport path by the rotation of the coupling cam. a processing member configured to bond members to be bonded by applying ultrasonic waves thereto; a biasing member oppositely disposed from the processing member across the members to be bonded, and configured to bias the members to be bonded to the processing member; a first moving unit configured to separate each of the processing member and the biasing member from each other and approach each other with respect to a transport path of the members to be bonded; and a second moving unit (120, 130) configured to move the members to be bonded along the transport path in a state in which the processing member and the biasing member are separated from the transport path, and position the bonding portion of the members to be bonded between the processing member and the biasing member, characterized in that the first moving unit comprises: a coupling cam configured to be rotationally driven by a driving unit, a first connecting portion (153, 155, 157) coupling the coupling cam and the processing member, and a second connecting portion (154, 156, 158) coupling the coupling cam and the biasing member, and a coupling cam configured to be rotationally driven by a driving unit, a first connecting portion (153, 155, 157) coupling the coupling cam and the processing member, and a second connecting portion (154, 156, 158) coupling the coupling cam and the biasing member, and the first moving unit is configured to cause the processing member and the biasing member to separate from and approach each other with respect to the transport path by the rotation of the coupling cam.
A method of installing a liner in a turbomachinery case, wherein the liner is formed of composite materials, the method comprising: overlaying (312, 314, 316) a first reinforcing layer, a release layer, and a second reinforcing layer; spiral coiling the first reinforcing layer, the release layer, and the second reinforcing layer about an axis of the liner, wherein an inner surface of the second reinforcing layer radially overlays an outer surface of the first reinforcing layer and wherein the first reinforcing layer contacts the second reinforcing layer; winding the spiral coiled reinforcing layers about the liner axis in a diameter-reducing direction (330; 412) to form a wound liner having a diameter that is smaller than an inner diameter of the case; and positioning the wound liner axially within the case, whereby the liner unwinds (430; 432) to line the case. overlaying (312, 314, 316) a first reinforcing layer, a release layer, and a second reinforcing layer; spiral coiling the first reinforcing layer, the release layer, and the second reinforcing layer about an axis of the liner, wherein an inner surface of the second reinforcing layer radially overlays an outer surface of the first reinforcing layer and wherein the first reinforcing layer contacts the second reinforcing layer; winding the spiral coiled reinforcing layers about the liner axis in a diameter-reducing direction (330; 412) to form a wound liner having a diameter that is smaller than an inner diameter of the case; and positioning the wound liner axially within the case, whereby the liner unwinds (430; 432) to line the case.