mhurhangee/patent-ind-claim-en huggingface dataset:
A patient support apparatus , comprising: a patient support surface including a rotation device , and a control system operable to control the rotation device , the control system including a processor and a non-transitory memory device , the memory device including instructions that, when executed by the processor, cause the processor to operate the rotation device to perform a rotation sequence and a rotation preview sequence before the rotation sequence, wherein, during the rotation sequence, the control system causes the rotation device to move the patient support surface to a first evaluation position for a rotation period of time, wherein, during the rotation preview sequence, the control system causes the rotation device to move the patient support surface to the first evaluation position for a first predetermined period of time that is less than the rotation period of time, wherein the first predetermined period of time enables the caregiver to assess a patient on the patient support surface at the first evaluation position, wherein the rotation device moves the patient support surface to a flat position after the first predetermined period of time, and wherein, after the rotation preview sequence is completed, the control system enables the caregiver to activate the rotation sequence to move the patient support surface to a desired angle of rotation over the rotation period of time. a patient support surface including a rotation device , and a control system operable to control the rotation device , the control system including a processor and a non-transitory memory device , the memory device including instructions that, when executed by the processor, cause the processor to operate the rotation device to perform a rotation sequence and a rotation preview sequence before the rotation sequence, wherein, during the rotation sequence, the control system causes the rotation device to move the patient support surface to a first evaluation position for a rotation period of time, wherein, during the rotation preview sequence, the control system causes the rotation device to move the patient support surface to the first evaluation position for a first predetermined period of time that is less than the rotation period of time, wherein the first predetermined period of time enables the caregiver to assess a patient on the patient support surface at the first evaluation position, wherein the rotation device moves the patient support surface to a flat position after the first predetermined period of time, and wherein, after the rotation preview sequence is completed, the control system enables the caregiver to activate the rotation sequence to move the patient support surface to a desired angle of rotation over the rotation period of time.
Method for producing a shoe sole , comprising the steps: a) Extruding a plastic hose and feeding the plastic hose into a blow mould or injection moulding of a plastic blank and feeding the plastic blank into a blow mould ; b) Blow moulding the plastic hose or the plastic blank into a sole hollow body , wherein recesses are introduced on mutually opposing walls of the sole hollow body during the blow moulding process, such that parts of the walls are brought into contact with one another and form a supporting structure between the mutually opposing walls ; c) Removing the blow-moulded sole hollow body from the blow mould ; d) at least partially, preferably completely, filling the blow-moulded sole hollow body with plastic bodies , wherein the plastic bodies are added through a first opening in the sole hollow body . a) Extruding a plastic hose and feeding the plastic hose into a blow mould or injection moulding of a plastic blank and feeding the plastic blank into a blow mould ; b) Blow moulding the plastic hose or the plastic blank into a sole hollow body , wherein recesses are introduced on mutually opposing walls of the sole hollow body during the blow moulding process, such that parts of the walls are brought into contact with one another and form a supporting structure between the mutually opposing walls ; c) Removing the blow-moulded sole hollow body from the blow mould ; d) at least partially, preferably completely, filling the blow-moulded sole hollow body with plastic bodies , wherein the plastic bodies are added through a first opening in the sole hollow body .
A high-frequency millimeter-wave amplifier constructed on a substrate to operate at a frequency of at least 75 GHz comprising: at least first , second , third and fourth amplifier stages coupled in series and configured to provide an output signal; and a single drain bias bond pad provided on the substrate to provide a drain bias voltage to drains of the first, second, third and fourth amplifier stages through drain bias lines connected to a drain pad of each amplifier stage, wherein a first of said drain bias lines extends at least partially alongside and between said first and second amplifier stages and a second of said drain bias lines extends at least partially alongside and between said second and third amplifier stages, and wherein a signal path through the second amplifier stage extends in a direction opposite of signal paths extending through the first and the third amplifier stages. at least first , second , third and fourth amplifier stages coupled in series and configured to provide an output signal; and a single drain bias bond pad provided on the substrate to provide a drain bias voltage to drains of the first, second, third and fourth amplifier stages through drain bias lines connected to a drain pad of each amplifier stage, wherein a first of said drain bias lines extends at least partially alongside and between said first and second amplifier stages and a second of said drain bias lines extends at least partially alongside and between said second and third amplifier stages, and wherein a signal path through the second amplifier stage extends in a direction opposite of signal paths extending through the first and the third amplifier stages.
A flow sensor , comprising: - a semiconductor module on which a temperature sensing means and a heat source are arranged, - a flow channel for guiding the fluid medium in a flow direction (D), and - a wall (W) delimiting the flow channel , wherein said heat source and said temperature sensing means are configured such that they are in thermal contact with said wall (W), wherein said wall (W) comprises a glass member and a metal member , wherein the glass member is connected to the metal member such that said flow channel is formed, characterized in that the metal member comprises two neighbouring through holes each extending from a first side of the metal member to a second side of the metal member , wherein one of said through holes forms an inlet and the other one forms an outlet of said flow channel , and wherein the glass member comprises a first side facing said semiconductor module and a second side facing the first side of the metal member , wherein the second side of the glass member is connected to the first side of the metal member such that a recess formed in the second side of the glass member or in the first side of the metal member is fluidly connected to said through holes , so that said flow channel extends from one through hole via said recess to the other through hole . - a semiconductor module on which a temperature sensing means and a heat source are arranged, - a flow channel for guiding the fluid medium in a flow direction (D), and - a wall (W) delimiting the flow channel , wherein said heat source and said temperature sensing means are configured such that they are in thermal contact with said wall (W), wherein said wall (W) comprises a glass member and a metal member , wherein the glass member is connected to the metal member such that said flow channel is formed, characterized in that the metal member comprises two neighbouring through holes each extending from a first side of the metal member to a second side of the metal member , wherein one of said through holes forms an inlet and the other one forms an outlet of said flow channel , and wherein the glass member comprises a first side facing said semiconductor module and a second side facing the first side of the metal member , wherein the second side of the glass member is connected to the first side of the metal member such that a recess formed in the second side of the glass member or in the first side of the metal member is fluidly connected to said through holes , so that said flow channel extends from one through hole via said recess to the other through hole .
A substantially homogeneous cancer stem cell population comprising a cancer stem cell which cancer stem cell population is obtained by a method comprising the step of culturing a cancer stem cell or a cell population comprising a cancer stem cell in an adherent serum-free stem cell culture medium, wherein the cells adhered to said culture vessels are cultured and passaged while cells non-adherent to said culture vessels are removed, wherein the cancer stem cell is positive for cell marker Lgr5 and is adherent in a serum-free culture, wherein the cancer stem cell is a mesenchymal cell, derived from a large intestine cancer, wherein the cancer stem cell is positive for one or more of cell markers CD133, CD44, EpCAM, CD166, CD24, CD26, CD29, and EREG, wherein the cancer stem cell is positive for ALDH activity cell marker or positive for cell markers LCK, FGFBP1, ROR1, and/or PIGU. wherein the cancer stem cell is positive for cell marker Lgr5 and is adherent in a serum-free culture, wherein the cancer stem cell is a mesenchymal cell, derived from a large intestine cancer, wherein the cancer stem cell is positive for one or more of cell markers CD133, CD44, EpCAM, CD166, CD24, CD26, CD29, and EREG, wherein the cancer stem cell is positive for ALDH activity cell marker or positive for cell markers LCK, FGFBP1, ROR1, and/or PIGU.
A connection structure of a pair of superconducting cables (10A-H) each including a cable core including a former and a superconductive conductor layer composed of a plurality of superconducting wires arranged side-by-side along an outer circumference of the former , characterized in that the superconducting wires have a laminated structure including a base plate and a superconducting layer formed on a side closer to one of principal surfaces, the one of the principal surfaces being one surface in a thickness direction, of the base plate , at least one of the plurality of superconducting wires in the superconductive conductor layer of one of the superconducting cables is a first superconducting wire in which the superconducting layer is arranged inside of the base plate along a radial direction of the cable core , at least one of the plurality of superconducting wires in the superconductive conductor layer of the other of the superconducting cables is a second superconducting wire in which the superconducting layer is arranged outside of the base plate along a radial direction of the cable core , and the one of the superconducting cables and the other of the superconducting cables are connected with each other by tip portions of the first superconducting wire and the second superconducting wire being overlapped and connected by solder such that the superconducting layers of the first superconducting wire and the second superconducting wire face each other without the base plate being located therebetween.
Stirrer for stirring molten glass , whereby the stirrer comprises - a shaft having a tip and having a central longitudinal axis (L), and - one or more inner stirrer blades which are attached to the shaft , and - one or more outer stirrer blades which are attached to the shaft , whereby the inner stirrer blades are attached closer to the shaft than the outer stirrer blades , whereby, when considering the stirrer in a cylindrical coordinate system with the longitudinal axial coordinate (z) of the cylindrical coordinate system defined to coincide with the central longitudinal axis (L), whereby the cylindrical coordinate system is further defined by a radial coordinate (p) and an angular coordinate (φ), both the one or more inner stirrer blades as well as the one or more outer stirrer blades are disposed at an angle (α, β) to the central longitudinal axis (L), whereby said angle (α, β) is between 0° and 90° not including these values, and are disposed having a least a blade section with a normal vector (N, P, Q, R), on the side directed towards the tip , with an angular component (N A , P A , Q A , R A ), the one or more outer stirrer blades being mounted on rods or tubes extending at least partially in a radial direction from the shaft , said stirrer being characterized in that at least one of the outer stirrer blades is an open flat ring-shaped elliptical segment, preferably, each of the outer stirrer blades is an open flat ring-shaped elliptical segment, said at least one open flat ring-shaped elliptical segment being placed following a line formed by the intersection of a cylinder and a plane making an angle (β), between 0° and 90° excluding said values, preferably between 10° and 80° including said values, more preferably between 20° and 70° including said values, with the central axis of that cylinder, said central axis of the cylinder being co-linear with the central axis (L) of the shaft of the stirrer . - a shaft having a tip and having a central longitudinal axis (L), and - one or more inner stirrer blades which are attached to the shaft , and - one or more outer stirrer blades which are attached to the shaft , whereby the inner stirrer blades are attached closer to the shaft than the outer stirrer blades ,
Landing gear for aircraft, fitted with a sliding rod mounted to slide in a cylinder , and with scissor links having one link which is hinged to the cylinder or to a rotating member of a system for steering the sliding rod, which member is mounted to rotate on the cylinder, and one link which is hinged to the sliding rod, the links being hinged to one another by a pivot pin , the landing gear being equipped with a shimmy attenuating arrangement (10a, 10b; 30, 30) which is positioned at the pivot pin of the scissor links, the attenuating arrangement comprising means for elastic return (15, 16; 31) at a threshold which generate a force to return the links to a rest position, and damping means (20, 23; 31) which generate a damping force when the links move axially along the pivot pin, such that the attenuating arrangement comprises two modules (10a, 10b; 30, 30), each of the modules being adapted to perform at least one of the two functions of elastic return at a threshold or of damping, characterised in that the two modules (10a, 10b; 30, 30) are positioned on either side of the scissor links to co-operate with the pivot pin .
An enclosure for a subsea control and power arrangement , the enclosure comprises: a canister and a lid , the canister and the lid form an enclosure volume , a connector assembly , a first volume compensator having a first chamber , the first volume compensator is mounted to the enclosure outside the enclosure volume , the first chamber has a variable volume and a second volume compensator having a second chamber , the second chamber has a variable volume, the connector assembly extends through the lid and into the enclosure volume and comprises a housing forming a third chamber and a connector part , the connector part is mounted at least partly within the housing and the housing is located at least partly within the enclosure volume , the connector part extends through the housing and into the enclosure volume , the first chamber , the second chamber and the third chamber are liquidly connected to one another to form a compensator volume , the compensator volume is arranged, in liquid flow order, between the enclosure volume and ambient the enclosure thereby forming at least two sealing barriers between ambient and the enclosure volume . a canister and a lid , the canister and the lid form an enclosure volume , a connector assembly , a first volume compensator having a first chamber , the first volume compensator is mounted to the enclosure outside the enclosure volume , the first chamber has a variable volume and a second volume compensator having a second chamber , the second chamber has a variable volume, the connector assembly extends through the lid and into the enclosure volume and comprises a housing forming a third chamber and a connector part , the connector part is mounted at least partly within the housing and the housing is located at least partly within the enclosure volume , the connector part extends through the housing and into the enclosure volume , a housing forming a third chamber and a connector part , the connector part is mounted at least partly within the housing and the housing is located at least partly within the enclosure volume , the connector part extends through the housing and into the enclosure volume , the first chamber , the second chamber and the third chamber are liquidly connected to one another to form a compensator volume , the compensator volume is arranged, in liquid flow order, between the enclosure volume and ambient the enclosure thereby forming at least two sealing barriers between ambient and the enclosure volume .
A method performed by a wireless device for performing sounding reference signal, SRS, transmission, the method comprising: receiving (s1702) in a radio resource control, RRC, message a definition of one or more SRS resource sets to be configured, comprising at least one SRS transmission setting; receiving (s1704) in a downlink control information, DCI, an indication of a selected SRS resource set to use for a SRS transmission, from the one or more configured SRS resource sets; determining (s1706) a precoding configuration for the SRS transmission based on the selected SRS resource set and the at least one SRS transmission setting wherein the determining a precoding configuration for the SRS transmission comprises determining whether codebook based precoding or non-codebook based precoding is to be applied; and transmitting (s1708) a SRS according to the determined precoding configuration wherein the SRS transmission comprises precoding the SRS transmission based on the determined precoding configuration. receiving (s1702) in a radio resource control, RRC, message a definition of one or more SRS resource sets to be configured, comprising at least one SRS transmission setting; receiving (s1704) in a downlink control information, DCI, an indication of a selected SRS resource set to use for a SRS transmission, from the one or more configured SRS resource sets; determining (s1706) a precoding configuration for the SRS transmission based on the selected SRS resource set and the at least one SRS transmission setting wherein the determining a precoding configuration for the SRS transmission comprises determining whether codebook based precoding or non-codebook based precoding is to be applied; and transmitting (s1708) a SRS according to the determined precoding configuration wherein the SRS transmission comprises precoding the SRS transmission based on the determined precoding configuration.
A solid composition for oral administration comprising semaglutide and a salt of N-(8-(2-hydroxybenzoyl)amino)caprylic acid, wherein said composition comprises at least 60% (w/w) of said salt of N-(8-(2-hydroxybenzoyl)-amino)caprylic acid.
A personal care apparatus for supporting a user in performing a personal care activity, the personal care apparatus being configured to connect to a display apparatus , wherein the personal care apparatus comprising a button and a first control unit configured to: determine a current operation mode of the personal care apparatus as a usage mode or a control mode; and detect a first predetermined user maneuver based on a predetermined actuation of the button, characterized in that in the usage mode at least one or more user maneuvers of the personal care apparatus correspond to controlling the personal care apparatus itself, wherein in the control mode at least one or more user maneuvers of the personal care apparatus correspond to controlling the display apparatus , wherein the first predetermined user maneuver corresponds to a control operation of the personal care apparatus in the usage mode and corresponds to a control operation of the display apparatus in control mode, wherein when the first predetermined user maneuver is detected, the first control unit is further configured to: perform the control operation of the personal care apparatus if the determined current operation mode is the usage mode, or transmit a control signal corresponding to the control operation of the display apparatus to the display apparatus if the determined current operation mode is the control mode such that the user can operate the personal care apparatus so as to remotely control the display apparatus . determine a current operation mode of the personal care apparatus as a usage mode or a control mode; and detect a first predetermined user maneuver based on a predetermined actuation of the button, characterized in that in the usage mode at least one or more user maneuvers of the personal care apparatus correspond to controlling the personal care apparatus itself, wherein in the control mode at least one or more user maneuvers of the personal care apparatus correspond to controlling the display apparatus , wherein the first predetermined user maneuver corresponds to a control operation of the personal care apparatus in the usage mode and corresponds to a control operation of the display apparatus in control mode, wherein when the first predetermined user maneuver is detected, the first control unit is further configured to: perform the control operation of the personal care apparatus if the determined current operation mode is the usage mode, or transmit a control signal corresponding to the control operation of the display apparatus to the display apparatus if the determined current operation mode is the control mode such that the user can operate the personal care apparatus so as to remotely control the display apparatus . perform the control operation of the personal care apparatus if the determined current operation mode is the usage mode, or transmit a control signal corresponding to the control operation of the display apparatus to the display apparatus if the determined current operation mode is the control mode such that the user can operate the personal care apparatus so as to remotely control the display apparatus .