mhurhangee/patent-ind-claim-en huggingface dataset:
A protective locking system for a vial comprising: a) a vial cap lock configured to be fitted to cover a septum on a vial containing a medical fluid; b) the vial cap lock having a key , a locking cap and a slide guard ; wherein: the key has a first needle opening sized to receive a needle therethrough, the locking cap has a second needle opening sized to receive a needle therethrough, and the slide guard has a third needle opening sized to receive a needle therethrough; and the key is configured to be received by and movable relative to the locking cap from a first position, wherein the third needle opening through the slide guard is not aligned with the respective first and second needle openings through the key and locking cap , to a second position wherein the key moves the slide guard relative to the locking cap and the respective needle openings through the slide guard , the key and the locking cap are aligned to receive a needle therethrough. a) a vial cap lock configured to be fitted to cover a septum on a vial containing a medical fluid; b) the vial cap lock having a key , a locking cap and a slide guard ; the key has a first needle opening sized to receive a needle therethrough, the locking cap has a second needle opening sized to receive a needle therethrough, and the slide guard has a third needle opening sized to receive a needle therethrough; and the key is configured to be received by and movable relative to the locking cap from a first position, wherein the third needle opening through the slide guard is not aligned with the respective first and second needle openings through the key and locking cap , to a second position wherein the key moves the slide guard relative to the locking cap and the respective needle openings through the slide guard , the key and the locking cap are aligned to receive a needle therethrough.
A memory, comprising: a substrate, having a plurality of active regions arranged in an array and a plurality of word lines (WL) extending in a first direction (D1), each active region having at least one access transistor; a plurality of bit lines (BL), extending in a second direction (D2) perpendicular to the first direction (D1); and magnetic tunnel junctions (M), wherein one end of each magnetic tunnel junction (M) is electrically connected to one of the bit lines (BL) and another end of each magnetic tunnel junction (M) is electrically connected to two access transistors, the two access transistors electrically connected to the magnetic tunnel junction (M) being located in two adjacent active regions , respectively, characterised in that the active regions are inclined at a preset non-right angle (β) relative to the word lines (WL). a substrate, having a plurality of active regions arranged in an array and a plurality of word lines (WL) extending in a first direction (D1), each active region having at least one access transistor; a plurality of bit lines (BL), extending in a second direction (D2) perpendicular to the first direction (D1); and magnetic tunnel junctions (M), wherein one end of each magnetic tunnel junction (M) is electrically connected to one of the bit lines (BL) and another end of each magnetic tunnel junction (M) is electrically connected to two access transistors, the two access transistors electrically connected to the magnetic tunnel junction (M) being located in two adjacent active regions , respectively, characterised in that the active regions are inclined at a preset non-right angle (β) relative to the word lines (WL).
A control console for supplying a drive signal to a surgical tool , the control console comprising: a transformer comprising a primary winding and a secondary winding , the primary winding being configured to receive an input signal from a power source and to induce the drive signal in the secondary winding to supply the drive signal to the surgical tool ; a first current source (68; 68') comprising a leakage control winding coupled to a path of the drive signal , wherein the primary winding is configured to induce a first cancellation current in the leakage control winding to inject into the path of the drive signal to cancel a first portion of leakage current (62; 62') of the drive signal ; a sensor (36, 106, 108 126) coupled to the path of the drive signal , wherein the sensor (36, 106, 108 126) is configured to output a sensed signal (110; 110') to provide feedback related to the leakage current (62; 62'), and characterized in that the control console further comprises a second current source (74; 74') coupled to the path of the drive signal and to the sensor , the second current source (74; 74') being configured to receive the sensed signal (110; 110') and a target value (114; 114') and to determine a second cancellation current (122; 122') to inject into the path of the drive signal to cancel a residual portion of the leakage current (62; 62') based on the sensed signal (110; 110') and the target value (114; 114'). a transformer comprising a primary winding and a secondary winding , the primary winding being configured to receive an input signal from a power source and to induce the drive signal in the secondary winding to supply the drive signal to the surgical tool ; a first current source (68; 68') comprising a leakage control winding coupled to a path of the drive signal , wherein the primary winding is configured to induce a first cancellation current in the leakage control winding to inject into the path of the drive signal to cancel a first portion of leakage current (62; 62') of the drive signal ; a sensor (36, 106, 108 126) coupled to the path of the drive signal , wherein the sensor (36, 106, 108 126) is configured to output a sensed signal (110; 110') to provide feedback related to the leakage current (62; 62'), and characterized in that the control console further comprises a second current source (74; 74') coupled to the path of the drive signal and to the sensor , the second current source (74; 74') being configured to receive the sensed signal (110; 110') and a target value (114; 114') and to determine a second cancellation current (122; 122') to inject into the path of the drive signal to cancel a residual portion of the leakage current (62; 62') based on the sensed signal (110; 110') and the target value (114; 114').
A catalyst for an oxychlorination process of hydrocarbons, the catalyst comprising: a catalyst material comprising copper; and a carrier comprising cerium oxide (CeO 2 ), wherein the content of cerium oxide is 80 wt.% or more, based on the total weight of the carrier, and wherein the catalyst material further comprises one or more first co-catalysts selected from the group consisting of an alkali metal and an alkaline earth metal; and a second co-catalyst including a lanthanide metal. a catalyst material comprising copper; and a carrier comprising cerium oxide (CeO 2 ), wherein the content of cerium oxide is 80 wt.% or more, based on the total weight of the carrier, and wherein the catalyst material further comprises one or more first co-catalysts selected from the group consisting of an alkali metal and an alkaline earth metal; and a second co-catalyst including a lanthanide metal.
A pharmaceutical composition comprising VS-6063, or a pharmaceutically acceptable salt thereof, admixed with a polymer excipient, wherein the polymer excipient is hydroxypropylmethyl cellulose acetate succinate (HPMCAS), wherein the pharmaceutical composition is configured in an oral dosage form in the form of a tablet, wherein the tablet is provided by direct compression or dry granulation of a physical blend or mixture of VS-6063, or a pharmaceutically acceptable salt thereof, admixed with the polymer excipient.
An elongated elevator load bearing member of a traction elevator system , comprising: a plurality of tension elements that extend along a length of the load bearing member ; and a plurality of weave fibers transverse to the tension elements and woven with the tension elements , the weave fibers maintaining a desired spacing and alignment of the tension elements relative to each other, the weave fibers at least partially covering the tension elements , the tension elements comprise a first material and the weave fibers comprise a second, different material, wherein the tension elements are at least partially coated with an elastomer material characterized in that the weave fibers being exposed and establishing an exterior, traction surface of the load bearing member , in that the tension elements comprise metal and the weave fibers are non-metallic. a plurality of tension elements that extend along a length of the load bearing member ; and a plurality of weave fibers transverse to the tension elements and woven with the tension elements , the weave fibers maintaining a desired spacing and alignment of the tension elements relative to each other, the weave fibers at least partially covering the tension elements , the tension elements comprise a first material and the weave fibers comprise a second, different material, wherein the tension elements are at least partially coated with an elastomer material
A pneumatic tire, comprising at least one steel belt layer, at least one cap ply layer, and at least one carcass layer, the steel belt layer comprising a steel belt topping rubber composition which has a zinc oxide content of 8.0 parts by mass or more per 100 parts by mass of a rubber component in the rubber composition, the cap ply layer comprising a cap ply topping rubber composition, the carcass layer comprising a carcass topping rubber composition, the cap ply topping rubber composition and the carcass topping rubber composition both having stearic acid and zinc oxide contents, each per 100 parts by mass of a rubber component in the rubber composition, which satisfy the following relationships and : : stearic acid content ≤ 3.0 parts by mass, : stearic acid content/zinc oxide content ≤ 0.5. : stearic acid content ≤ 3.0 parts by mass, : stearic acid content/zinc oxide content ≤ 0.5.
A method for detecting a rare particle in a fluid sample, the method comprising: (a) detecting the presence or absence of one or more rare particle in an aliquot of the fluid sample, wherein the aliquot comprises a plurality of particles; (b) assigning the value of the entire aliquot based on the presence or absence of the one or more rare particle in the aliquot, wherein the rare particle is a cell or macromolecule present in the fluid sample at a low level comprising less than 1 part per 10 3 of the total particle population in the fluid sample; and (c) directing the flow of the aliquot using a mechanism for directing the flow of the aliquot, the directing being based on the assigned value; and (d) assaying the particle population or an aliquot thereof. (a) detecting the presence or absence of one or more rare particle in an aliquot of the fluid sample, wherein the aliquot comprises a plurality of particles; (b) assigning the value of the entire aliquot based on the presence or absence of the one or more rare particle in the aliquot, wherein the rare particle is a cell or macromolecule present in the fluid sample at a low level comprising less than 1 part per 10 3 of the total particle population in the fluid sample; and (c) directing the flow of the aliquot using a mechanism for directing the flow of the aliquot, the directing being based on the assigned value; and (d) assaying the particle population or an aliquot thereof.
System of management for safe actuation of auxiliary traction in road implements comprising at least one sensing system installed on the road implement and a control system that receives signals from the sensing system , wherein the control system selects operating modes based on the signals sent by the sensing system , thus controlling the elements of the auxiliary traction, wherein: the operating modes comprises: i) electric traction; ii) regenerative braking; and iii) free shaft; characterized in that the control system is provided with a security mode operation, where the control system is set as default to initiate and maintain in the operating mode iii) free shaft; the control system checks predefined multiple safety requirements, and if said predefined multiple safety requirements are fulfilled, the control system is able to select and change the operating mode, in order to start the mode i) electric traction or ii) regenerative braking; the predefined multiple safety requirements are provided by the sensing system to the control system . the operating modes comprises: i) electric traction; ii) regenerative braking; and iii) free shaft; characterized in that the control system is provided with a security mode operation, where the control system is set as default to initiate and maintain in the operating mode iii) free shaft; the control system checks predefined multiple safety requirements, and if said predefined multiple safety requirements are fulfilled, the control system is able to select and change the operating mode, in order to start the mode i) electric traction or ii) regenerative braking; the predefined multiple safety requirements are provided by the sensing system to the control system .
A vibration sensor comprising - a diaphragm that can be caused to vibrate, - a piezoelectric drive for causing the diaphragm to vibrate and for detecting vibrations of the diaphragm , wherein the drive includes at least two piezo elements mechanically connected in series, characterized in that the vibration sensor includes an integrated temperature detection, at least one piezo element is formed from a first piezoelectric material and at least one second piezo element is formed from a second piezoelectric material, wherein the vibration sensor is configured for determining a temperature by detecting a capacitance of at least one piezo element, and wherein the first relative permittivity (ε r1 ) of the first piezoelectric material and a second relative permittivity (ε r2 ) of the second piezoelectric material have different temperature dependencies. - a diaphragm that can be caused to vibrate, - a piezoelectric drive for causing the diaphragm to vibrate and for detecting vibrations of the diaphragm , wherein the drive includes at least two piezo elements mechanically connected in series,
A method for preparing an infusion beverage, wherein a measured quantity of a dried infusion substance (T) is brought into contact with a measured quantity of an infusion liquid (F), and the infusion beverage arises by way of this, characterised in that the dried infusion substance (T) is provided in an infusion container which is firstly present in a collapsed shape and is expandable into an expanded shape, that the infusion liquid (F) is introduced into the infusion container , whereby the infusion container is expanded, that the dried infusion substance (T) is kept in contact with the infusion liquid in the infusion container during a contact duration for forming the infusion beverage, and that the infusion container is then at least partly brought back into its collapsed shape by way of pressing together and with this the infusion beverage is at least partly expelled from the infusion container .
A method for transmitting a reference signal to a User Equipment, UE, by a transmission point, the method characterised by transmitting (S410; S505) first initialization value generation information associated with a first value of scrambling code identity, SCID, n scid , information and second initialization value generation information associated with a second value of the SCID, n scid , information, wherein the first initialization value generation information and the second initialization value generation information comprise respective cell identity, cell ID, information, wherein the respective cell ID information is selected based on the SCID information to the UE through radio resource control, RRC, signaling; transmitting (S425; S520) selection indication information necessary to select one of the first initialization value determined by the first initialization value generation information and the second initialization value determined by the second initialization value generation information to the UE; generating (S435; S540) the reference signal based on the initialization value selected by the selection indication information, wherein the first initialization value is determined based on the first initialization value generation information and the second initialization value is determined based on the second initialization value generation information; and transmitting the generated reference signal to the UE, wherein the selection indication information corresponds to scrambling code identity, SCID, n scid , information included in downlink control information, DCI.
A composition for use in the treatment of multiple sclerosis or other condition marked by an impairment of myelin regeneration in the central nervous system (CNS) in a subject, said composition comprising interleukin-4 induced gene 1 (IL4-il) protein.
A wearable device comprising: a sensor that detects a movement of a peripheral object in a periphery of the wearable device; a display unit that displays a plurality of items and displays a focus on a first item of the plurality of items; characterized in a processor that controls the display unit to shift the focus from the first item to a second item at a position corresponding to a moving direction of the peripheral object, wherein the focus is an identification display indicating a currently selected item, the processor being further configured to set one or more regions corresponding to shiftable directions of the focus according to a current position of the focus and a neutral region based on unshiftable directions of the focus according to the current position of the focus in advance, to determine a region among the one or more regions in which the moving direction of the peripheral object is included, to determine a shifting direction of the focus , if the determined region is not included in the neutral region, and to provide a user with feedback, if the determined region is included in the neutral region, wherein the neutral region is a region, where no item is displayed on the display unit . a sensor that detects a movement of a peripheral object in a periphery of the wearable device; a display unit that displays a plurality of items and displays a focus on a first item of the plurality of items; characterized in a processor that controls the display unit to shift the focus from the first item to a second item at a position corresponding to a moving direction of the peripheral object, wherein the focus is an identification display indicating a currently selected item, the processor being further configured to set one or more regions corresponding to shiftable directions of the focus according to a current position of the focus and a neutral region based on unshiftable directions of the focus according to the current position of the focus in advance, to determine a region among the one or more regions in which the moving direction of the peripheral object is included, to determine a shifting direction of the focus , if the determined region is not included in the neutral region, and to provide a user with feedback, if the determined region is included in the neutral region, wherein the neutral region is a region, where no item is displayed on the display unit .
A wireless terminal for a full-duplex communication system, the wireless terminal comprising: a transmit antenna array having a plurality of transmit antennas for forming a spatially beamformed transmit beam toward a receiver based on channel information related to the receiver and a beamforming weight for the transmit beam; and a receive antenna array having a plurality of receive antennas for forming a spatially beamformed receive beam toward a transmitter based on channel information related to the transmitter and a beamforming weight for the receive beam, wherein the plurality of transmit antennas and the plurality of receive antennas use a same frequency and time resource for a simultaneous communication signal of the respective transmit and receive beams, wherein the beamformed transmit beam and the beamformed receive beam do not spatially overlap, and wherein the beamforming weight for the transmit beam and the beamforming weight for the receive beam are jointly selected based on interference between the transmit beam and the receive beam. a transmit antenna array having a plurality of transmit antennas for forming a spatially beamformed transmit beam toward a receiver based on channel information related to the receiver and a beamforming weight for the transmit beam; and a receive antenna array having a plurality of receive antennas for forming a spatially beamformed receive beam toward a transmitter based on channel information related to the transmitter and a beamforming weight for the receive beam, wherein the plurality of transmit antennas and the plurality of receive antennas use a same frequency and time resource for a simultaneous communication signal of the respective transmit and receive beams, wherein the beamformed transmit beam and the beamformed receive beam do not spatially overlap, and wherein the beamforming weight for the transmit beam and the beamforming weight for the receive beam are jointly selected based on interference between the transmit beam and the receive beam.
Method of programming an orthodontic component from a shape memory material starting from an initial shape of the orthodontic component into a target shape of the orthodontic component to be programmed, the target shape having a severe bending at least in sections compared to the initial shape, a severe bending being a bending of the orthodontic component exceeding an elastic deformation, the method comprising the following steps: a. providing an orthodontic component from a shape memory material in an initial shape, b. creating a target bake mold for the orthodontic component , c. inserting the orthodontic component into the target baking mold and d. baking the orthodontic component in the target baking mold to program it in the target shape, characterized by the following steps after step a) e. creating at least one intermediate bake mold for the orthodontic component , in which the orthodontic component has an intermediate shape between the initial shape and the target shape, f. inserting the orthodontic component into the intermediate baking mold and g. baking the orthodontic component in the intermediate baking mold. a. providing an orthodontic component from a shape memory material in an initial shape, b. creating a target bake mold for the orthodontic component , c. inserting the orthodontic component into the target baking mold and d. baking the orthodontic component in the target baking mold to program it in the target shape, characterized by the following steps after step a) e. creating at least one intermediate bake mold for the orthodontic component , in which the orthodontic component has an intermediate shape between the initial shape and the target shape, f. inserting the orthodontic component into the intermediate baking mold and g. baking the orthodontic component in the intermediate baking mold.