mhurhangee/patent-ind-claim-en huggingface dataset:
An occlusive device for treating an aneurysm, wherein a neck of the aneurysm opens to a blood vessel, the device comprising: a first elongated mesh having a low-profile state for intravascular delivery to the aneurysm and an expanded state in which the first elongated mesh is curved about a first axis to form a first band ; and a second elongated mesh having a low-profile state for intravascular delivery to the aneurysm and an expanded state in which the second elongated mesh is curved about a second axis different than the first axis to form a second band , wherein the second band is positioned radially inward of the first band such that the device includes first and second overlap regions in which the first band overlaps the second band , and wherein the first and second overlap regions are spaced apart from one another along a circumference of the first band , wherein the device includes a flexible joint between a distal end of the first elongated mesh and a proximal end of the second elongated mesh, wherein the first and second band each comprise a proximal end portion and a distal end portion characterised in that the first and second band each comprise a generally constant width between the proximal end portion and the distal end portion in the expanded state. a first elongated mesh having a low-profile state for intravascular delivery to the aneurysm and an expanded state in which the first elongated mesh is curved about a first axis to form a first band ; and a second elongated mesh having a low-profile state for intravascular delivery to the aneurysm and an expanded state in which the second elongated mesh is curved about a second axis different than the first axis to form a second band , wherein the second band is positioned radially inward of the first band such that the device includes first and second overlap regions in which the first band overlaps the second band , and wherein the first and second overlap regions are spaced apart from one another along a circumference of the first band , wherein the device includes a flexible joint between a distal end of the first elongated mesh and a proximal end of the second elongated mesh, wherein the first and second band each comprise a proximal end portion and a distal end portion characterised in that the first and second band each comprise a generally constant width between the proximal end portion and the distal end portion in the expanded state.
A CAN transceiver including: a first terminal adapted to receive a transmit signal (CANTXD) from a CAN microcontroller ; means to subsequently transmit signals derived from said transmit signal (CANTXD) to a CAN bus via a bus connection, wherein the bus connection includes CAN high (CANH) and CAN low (CANL) lines with a voltage difference signal (VDiff) being a difference in voltage between the CAN high (CANH) and CAN low (CANL) lines; means to receive signals from said CAN bus via said bus connection; a second terminal adapted to send a receive signal (CANRXD) derived from said signals received from said CAN bus to said CAN microcontroller ; wherein said transmit and receive signals (CANTXD, CANRXD) comprise a pulsed signal waveform, said pulsed signal waveform representing data bits; and means to apply a deliberate delay (Td1) to a rising edge of pulses of said transmit signal (CANTXD) and a deliberate delay (Td4) to a falling edge of the receive signal (CANRXD) consequent to the rising edge of pulses of said voltage difference signal (VDiff), or apply a deliberate delay (Td2) to a falling edge of pulses of said transmit signal (CANTXD) and a deliberate delay (Td3) to a rising edge of the receive signal (CANRXD) consequent to the falling edge of pulses of said voltage difference signal (VDiff), and, where pulses of single bit duration transmitted to said CAN bus have a width of Tbit (bus) and said means to apply a deliberate delay to the rising edge or the falling edge of the pulses of said transmit signal (CANTXD) provides variation in said width. a first terminal adapted to receive a transmit signal (CANTXD) from a CAN microcontroller ; means to subsequently transmit signals derived from said transmit signal (CANTXD) to a CAN bus via a bus connection, wherein the bus connection includes CAN high (CANH) and CAN low (CANL) lines with a voltage difference signal (VDiff) being a difference in voltage between the CAN high (CANH) and CAN low (CANL) lines; means to receive signals from said CAN bus via said bus connection; a second terminal adapted to send a receive signal (CANRXD) derived from said signals received from said CAN bus to said CAN microcontroller ; wherein said transmit and receive signals (CANTXD, CANRXD) comprise a pulsed signal waveform, said pulsed signal waveform representing data bits; and means to apply a deliberate delay (Td1) to a rising edge of pulses of said transmit signal (CANTXD) and a deliberate delay (Td4) to a falling edge of the receive signal (CANRXD) consequent to the rising edge of pulses of said voltage difference signal (VDiff), or apply a deliberate delay (Td2) to a falling edge of pulses of said transmit signal (CANTXD) and a deliberate delay (Td3) to a rising edge of the receive signal (CANRXD) consequent to the falling edge of pulses of said voltage difference signal (VDiff), and, where pulses of single bit duration transmitted to said CAN bus have a width of Tbit (bus) and said means to apply a deliberate delay to the rising edge or the falling edge of the pulses of said transmit signal (CANTXD) provides variation in said width.
Use of a compound represented by the following formula (I) or a salt thereof: (wherein R 1 represents a hydrogen atom or an acyl group, and R 2 represents a hydrogen atom, a linear or branched alkyl group, a cycloalkyl group, a 1-cyclohexenyl group, an aryl group, or an aralkyl group), for the improvement of a normal development rate of a fertilized egg.
A system for dispensing material on a substrate , the system comprising: - a dispensing unit including a dispensing piston , the dispensing piston being pneumatically driven from a first lower position to a second upper position; - a solenoid valve coupled to the dispensing unit , the solenoid valve being configured to control air flow to and from the dispensing piston , the solenoid valve including a solenoid coil ; - an amplifier connected to the solenoid coil ; and - a controller coupled to the amplifier , the controller being configured to generate a command signal to the amplifier to control current in the solenoid coil , characterized in that the controller is configured to provide a full analog control over a current waveform of the solenoid coil of the solenoid valve and is configured to maintain the solenoid coil in an on state with a reduced holding current compared to the current in its actuated position to minimize a time required for the solenoid field to collapse when the solenoid is turned off. - a dispensing unit including a dispensing piston , the dispensing piston being pneumatically driven from a first lower position to a second upper position; - a solenoid valve coupled to the dispensing unit , the solenoid valve being configured to control air flow to and from the dispensing piston , the solenoid valve including a solenoid coil ; - an amplifier connected to the solenoid coil ; and - a controller coupled to the amplifier , the controller being configured to generate a command signal to the amplifier to control current in the solenoid coil ,
Drive device for a spinning machine, comprising a motor drive unit and at least one gear unit, wherein the drive unit and/or the gear unit is connected to a further component, in particular to a further gear unit, by means of a shaft , characterized in that a protective ring for protecting a connecting region between the shaft and a housing component of the drive unit and/or the gear unit against thread lap or contamination is arranged on the shaft in a twist-free manner, wherein the protective ring comprises a cylindrical base body , for the rotationally fixed arrangement of the protective ring on the shaft , and a conical end portion , adjacent to the cylindrical base body , for covering the connecting region and for guiding dirt particles and threads away from the connecting region , wherein the housing component has a flat surface in the region of the shaft or a region provided for connection to the shaft and/or a receptacle of the shaft , against which surface the conical end portion of the protective ring is arranged in an abutting and sliding manner.
A silicone particle comprising: a dialkylsiloxane unit represented by the following general formula , R 4 2 SiO 2/2 wherein in the formula , R 4 s each independently represent a monovalent hydrocarbon group having 1 to 6 carbon atoms; and a poly(alkyleneoxyalkyl)methylsiloxane unit represented by the following general formula , wherein in the formula , R 1 s each independently represent a hydrogen atom or a monovalent hydrocarbon group having 1 to 6 carbon atoms, R 2 s each independently represent a divalent aliphatic group having 1 to 6 carbon atoms, and "n" is a number that satisfies 1 ≤ n ≤ 20, wherein the silicone particle has an oxyalkylene group in a surface thereof. a dialkylsiloxane unit represented by the following general formula , R 4 2 SiO 2/2 wherein in the formula , R 4 s each independently represent a monovalent hydrocarbon group having 1 to 6 carbon atoms; and a poly(alkyleneoxyalkyl)methylsiloxane unit represented by the following general formula , wherein in the formula , R 1 s each independently represent a hydrogen atom or a monovalent hydrocarbon group having 1 to 6 carbon atoms, R 2 s each independently represent a divalent aliphatic group having 1 to 6 carbon atoms, and "n" is a number that satisfies 1 ≤ n ≤ 20, wherein the silicone particle has an oxyalkylene group in a surface thereof.
An electric candle , consisting of a lamp base and a cylindrical lamp body , wherein the lamp body is composed of an at least partially transparent outer hollow cylindrical lamp envelope with a rounded distal end area closed at the end and an inner shaft essentially extending across the length of the lamp envelope , wherein the shaft has an extension area and a light-emitting area with light-emitting means at the end, and the light-emitting area of the shaft is arranged in the end area of the lamp envelope , and the shaft is formed of a solid material as a heat sink for absorbing heat from the light-emitting means and is in thermally conductive contact with the lamp base , wherein the shaft is formed in two parts with a core made of aluminum which is insert-molded with a plastic material, wherein the light-emitting area consists of aluminum.
A surgical instrument , comprising: a handle ; a shaft comprising a longitudinal shaft axis; an end effector configured to perform a tissue-treating function, wherein said end effector comprises: an end effector frame comprising a longitudinal end effector axis; and a jaw rotatably coupled to said end effector frame; an actuator configured to actuate said tissue-treating function; a rotation joint rotatably connecting said end effector to said shaft; an electric motor operably coupled to said end effector frame, wherein said electric motor is configured to rotate said end effector about said longitudinal end effector axis between a first end effector orientation and a second end effector orientation; a processor configured to evaluate the orientation of said end effector; and a display in communication with said processor, characterized in that said display is configured to: display information regarding said tissue-treating function in a first display orientation when said end effector is in said first orientation; and display information regarding said tissue-treating function in a second display orientation when said end effector is in said second orientation. a handle ; a shaft comprising a longitudinal shaft axis; an end effector configured to perform a tissue-treating function, wherein said end effector comprises: an end effector frame comprising a longitudinal end effector axis; and a jaw rotatably coupled to said end effector frame; an end effector frame comprising a longitudinal end effector axis; and a jaw rotatably coupled to said end effector frame; an actuator configured to actuate said tissue-treating function; a rotation joint rotatably connecting said end effector to said shaft; an electric motor operably coupled to said end effector frame, wherein said electric motor is configured to rotate said end effector about said longitudinal end effector axis between a first end effector orientation and a second end effector orientation; a processor configured to evaluate the orientation of said end effector; and a display in communication with said processor, characterized in that said display is configured to: display information regarding said tissue-treating function in a first display orientation when said end effector is in said first orientation; and display information regarding said tissue-treating function in a second display orientation when said end effector is in said second orientation. display information regarding said tissue-treating function in a first display orientation when said end effector is in said first orientation; and display information regarding said tissue-treating function in a second display orientation when said end effector is in said second orientation.
A protection device for an air conditioning system , the air conditioning system including a main air conditioning unit and at least one secondary air conditioning unit that are connected to each other by connection lines including a communication line (L2) in which an electric current flows, a power source line (L1) that conveys electric power and a common line (L3) in which the electric current flows and which also conveys the electric power, the air conditioning system configured to realize two-way communication between the main air conditioning unit and the at least one secondary air conditioning unit using signals generated by switching the electric current flowing in the communication line (L2) on and off, the protection device comprising: a first transistor (TR1) including a first current path for being connected in series with the communication line (L2); and a current-limiting controller configured to limit an electric current flowing in the first current path by controlling the first transistor (TR1) so that a resistance value of the first current path increases, when the electric current flowing in the first current path is equal to or greater than a set electric current, wherein the protection device is configured to prevent an excess electric current from flowing in the communication line (L2), the protection device being characterized by further comprising a current interrupt controller configured to turn off the first transistor (TR1) when an end-to-end voltage of the first current path is equal to or greater than a set voltage. a first transistor (TR1) including a first current path for being connected in series with the communication line (L2); and a current-limiting controller configured to limit an electric current flowing in the first current path by controlling the first transistor (TR1) so that a resistance value of the first current path increases, when the electric current flowing in the first current path is equal to or greater than a set electric current, wherein the protection device is configured to prevent an excess electric current from flowing in the communication line (L2), the protection device being characterized by further comprising a current interrupt controller configured to turn off the first transistor (TR1) when an end-to-end voltage of the first current path is equal to or greater than a set voltage.
A method for a user equipment, UE, to transmit multiple data units to a base station via multiple transmission antennas, the method comprising: receiving, from the base station , downlink control information informing the UE of control information for transmitting uplink data to the base station , wherein the downlink control information comprises a demodulation reference signal, DMRS, cyclic shift index field having a predetermined length; transmitting the multiple data units with multiple DMRSs to the base station via the multiple transmission antennas, wherein each of the multiple DMRSs corresponds to a data stream for transmitting one of the multiple data units, and is cyclic shifted with cyclic shift values independent from each other, and wherein each one value of the DMRS cyclic shift index field of the downlink control information indicates a combination of independent cyclic shift values for each of the multiple DMRSs; and receiving a Physical Hybrid automatic repeat request Indicator Channel, PHICH, carrying ACKnowledgement/Negative ACKnowledgement, ACK/NACK, with respect to each of the transmitted multiple data units from the base station . receiving, from the base station , downlink control information informing the UE of control information for transmitting uplink data to the base station , wherein the downlink control information comprises a demodulation reference signal, DMRS, cyclic shift index field having a predetermined length; transmitting the multiple data units with multiple DMRSs to the base station via the multiple transmission antennas, wherein each of the multiple DMRSs corresponds to a data stream for transmitting one of the multiple data units, and is cyclic shifted with cyclic shift values independent from each other, and wherein each one value of the DMRS cyclic shift index field of the downlink control information indicates a combination of independent cyclic shift values for each of the multiple DMRSs; and receiving a Physical Hybrid automatic repeat request Indicator Channel, PHICH, carrying ACKnowledgement/Negative ACKnowledgement, ACK/NACK, with respect to each of the transmitted multiple data units from the base station .
A valve actuator comprising a piston moveable within a cylinder , an indicator pin support member movable with the piston, and an indicator pin attached to the support member and extending through an opening provided in a housing , wherein the indicator pin includes an attachment region held captive to the support member, and characterised in that the attachment region extends through an arcuate slot formed in the support member.
A respiratory mask, comprising: a frame; and a flexible structure provided to the frame and adapted to engage a patient's face, the flexible structure including a chamber filled with a first layer made from a first gel and a second layer made from a second gel that is relatively harder than the first gel, characterised in that the first layer is positioned closer to the patient's face than the second layer in use; and a ratio of height of the first layer to the second layer in a lip region is in the range of 0.25 to 0.6 and wherein a ratio of height of the first layer to the second layer in a cheek region is in the range of 0.5 to 1.7, the height being measured along a direction from the frame to a face-engaging portion of the flexible structure. a frame; and a flexible structure provided to the frame and adapted to engage a patient's face, the flexible structure including a chamber filled with a first layer made from a first gel and a second layer made from a second gel that is relatively harder than the first gel, characterised in that the first layer is positioned closer to the patient's face than the second layer in use; and a ratio of height of the first layer to the second layer in a lip region is in the range of 0.25 to 0.6 and wherein a ratio of height of the first layer to the second layer in a cheek region is in the range of 0.5 to 1.7, the height being measured along a direction from the frame to a face-engaging portion of the flexible structure.
Portable straightening apparatus comprising a handle and a steam emitting head connected to an upper end of the handle , the steam emitting head comprising a front end which comprises a treatment surface which is provided with at least one steam outlet hole and intended to vertically face a garment to be straightened when the apparatus is held in a vertical straightening position with the handle located under the head , the apparatus comprising an instantaneous steaming chamber and a water reservoir feeding said instantaneous steaming chamber by gravity when the apparatus occupies the vertical straightening position, characterised in that the reservoir comprises a bottom comprising an outlet orifice fed by a feed chamber which has a restricted volume and is provided inside the reservoir , the feed chamber communicating with the rest of the reservoir via a communication passage for capturing, in said feed chamber , at least a portion of the water present in the reservoir , and in particular in the bottom of the reservoir , when the apparatus occupies the vertical straightening position and in that said communication passage does not enable the water captured in the feed chamber to flow by gravity into the rest of the reservoir when the apparatus occupies a horizontal straightening position in which the treatment surface is arranged in a horizontal plane and is oriented downwards.
A yaw sensor for a wind turbine, the yaw sensor comprising: a rotary switch, configured to be coupled to a yaw drive gearbox of a wind turbine nacelle, the rotary switch being operable to activate and deactivate an electrical contact in dependence on an amount of yaw rotation of the nacelle relative to a start position; wherein the electrical contact is active at a plurality of first yaw rotation ranges with respect to the start position, and inactive at a plurality of second yaw rotation ranges with respect to the start position, the first and second yaw rotation ranges being interleaved, at least some of the first yaw rotation ranges having different lengths from each other and/or at least some of the second yaw rotation ranges having different lengths from each other; wherein the electrical contact generates an electrical signal when active; and a controller operable to receive electrical signals from the electrical contact and to estimate a current yaw rotation of the nacelle relative to the start position based on pulse lengths of the received electrical signal or gaps between pulses of the received electrical signal. a rotary switch, configured to be coupled to a yaw drive gearbox of a wind turbine nacelle, the rotary switch being operable to activate and deactivate an electrical contact in dependence on an amount of yaw rotation of the nacelle relative to a start position; wherein the electrical contact is active at a plurality of first yaw rotation ranges with respect to the start position, and inactive at a plurality of second yaw rotation ranges with respect to the start position, the first and second yaw rotation ranges being interleaved, at least some of the first yaw rotation ranges having different lengths from each other and/or at least some of the second yaw rotation ranges having different lengths from each other; wherein the electrical contact generates an electrical signal when active; and a controller operable to receive electrical signals from the electrical contact and to estimate a current yaw rotation of the nacelle relative to the start position based on pulse lengths of the received electrical signal or gaps between pulses of the received electrical signal.
An antiperspirant composition comprising (i) a complex of a zinc salt with a β amino alcohol; and (ii) an anhydrous carrier, wherein the molar ratio of zinc salt to β amino alcohol is from 1:0.5 to 1:3 (i) a complex of a zinc salt with a β amino alcohol; and (ii) an anhydrous carrier, wherein the molar ratio of zinc salt to β amino alcohol is from 1:0.5 to 1:3