mhurhangee/patent-ind-claim-en huggingface dataset:
Workpiece holding device, comprising a cardan device for receiving a tool holder which is pivoting about two mutually perpendicular cardan axes by means of the cardan device, wherein the cardan device includes a first cardan holder which is pivoting about a first cardan axis in relation to a bearing device of the workpiece holding device and supports a second cardan holder which is pivoting about a second cardan axis , oriented perpendicular to the first cardan axis, in relation to the first cardan holder , characterized in that the first cardan holder and/or the second cardan holder include at least one component which is produced using a fibrous composite material.
Method for adjusting the temperature of an object by means of a heat carrier medium conducted in a line network , in which line network a conveying device for conveying the fluid, a heating device and a cooling device for heating and cooling the heat carrier medium, and a first heat store and a second heat store for storing thermal energy are integrated, wherein a minimum temperature T 1 is maintained in the first heat store and a maximum temperature T 2 is maintained in the second heat store , with T 1 ≥ T 2 , characterized in that , - with the cooling of the object in the line network , which object is at a temperature of T > T 1 beforehand, firstly a flow connection between the cooling device , the object and the first heat store is established, wherein the heat carrier medium which heats up upon thermal contact with the object is fed to the first heat store until the temperature T 1 in the first heat store is fallen below, and subsequently the flow connection to the first heat store is interrupted, and/or, - with the heating of the object in the line network , which object is at a temperature of T < T 2 beforehand, firstly a flow connection between the heating device , the object and the second heat store is established, wherein the heat carrier medium which cools upon thermal contact with the object is brought into thermal contact with the second heat store until the temperature T 2 in the second heat store is exceeded, and subsequently the flow connection to the second heat store is interrupted. - with the cooling of the object in the line network , which object is at a temperature of T > T 1 beforehand, firstly a flow connection between the cooling device , the object and the first heat store is established, wherein the heat carrier medium which heats up upon thermal contact with the object is fed to the first heat store until the temperature T 1 in the first heat store is fallen below, and subsequently the flow connection to the first heat store is interrupted, and/or, - with the heating of the object in the line network , which object is at a temperature of T < T 2 beforehand, firstly a flow connection between the heating device , the object and the second heat store is established, wherein the heat carrier medium which cools upon thermal contact with the object is brought into thermal contact with the second heat store until the temperature T 2 in the second heat store is exceeded, and subsequently the flow connection to the second heat store is interrupted.
A radio base station configured to transmit a data signal and a reference signal to a user terminal by applying beamforming using a plurality of antenna elements, the radio base station comprising: a determining section configured to determine a type of a weight to apply to the data signal for beamforming; a generating section configured to generate the reference signal which the user terminal uses in channel estimation; a weight control section configured to control weights to apply to the data signal and the reference signal; and a transmitting section configured to transmit the data signal and the reference signal, wherein the weight control section is configured to determine whether or not to apply a weight to the reference signal based on the type of the weight, and wherein the type of the weight indicates one of a fixed weight to define a predetermined weight in advance and an adaptive weight to generate a weight based on channel state information received from the user terminal. a determining section configured to determine a type of a weight to apply to the data signal for beamforming; a generating section configured to generate the reference signal which the user terminal uses in channel estimation; a weight control section configured to control weights to apply to the data signal and the reference signal; and a transmitting section configured to transmit the data signal and the reference signal, wherein the weight control section is configured to determine whether or not to apply a weight to the reference signal based on the type of the weight, and wherein the type of the weight indicates one of a fixed weight to define a predetermined weight in advance and an adaptive weight to generate a weight based on channel state information received from the user terminal.
A fluid-powered motor (58; 1058) for an automatic swimming pool cleaner (10; 1000), the fluid-powered motor (58; 1058) comprising: a core (98; 1098) including a rotor (82; 1082); at least one spoke (90; 1090) extending from the rotor (82; 1082); a vane (94; 1094) moveably attached to the at least one spoke (90; 1090), characterized in that the fluid-powered motor further comprises: a pin (222; 1222) connecting the vane (94; 1094) to the at least one spoke (90; 1090), wherein the vane (94; 1094) is rotatable about an axis of the pin (222; 1222). a core (98; 1098) including a rotor (82; 1082); at least one spoke (90; 1090) extending from the rotor (82; 1082); a vane (94; 1094) moveably attached to the at least one spoke (90; 1090),
A composite material comprising: greater than 0 % and less than 90 % by weight of silicon particles, the silicon particles having an average largest dimension between 1 μm and 30 μm and a surface comprising nanometer-sized features having an average feature size between 10 nm and 250 nm; and greater than 0 % and less than 90 % by weight of one or more types of carbon phases, wherein at least one of the one or more types of carbon phases is a continuous phase comprising hard carbon and holding the composite material together. greater than 0 % and less than 90 % by weight of silicon particles, the silicon particles having an average largest dimension between 1 μm and 30 μm and a surface comprising nanometer-sized features having an average feature size between 10 nm and 250 nm; and greater than 0 % and less than 90 % by weight of one or more types of carbon phases, wherein at least one of the one or more types of carbon phases is a continuous phase comprising hard carbon and holding the composite material together.
Floor structure for an aircraft, having, on a top side, a bearing surface , and comprising: - at least one rail delimiting a recess having at least one opening on the top side and a bottom opposite the opening and intended to house one or more attachment elements; and at least one covering element arranged above at least one segment of the recess in order to provide a complementary bearing surface above the opening; characterized in that it comprises at least one cellular supporting structure having a first end that rests on the bottom of the recess, and a second end opposite the first end and supporting the covering element . - at least one rail delimiting a recess having at least one opening on the top side and a bottom opposite the opening and intended to house one or more attachment elements; and at least one covering element arranged above at least one segment of the recess in order to provide a complementary bearing surface above the opening; characterized in that it comprises at least one cellular supporting structure having a first end that rests on the bottom of the recess, and a second end opposite the first end and supporting the covering element . at least one covering element arranged above at least one segment of the recess in order to provide a complementary bearing surface above the opening; characterized in that it comprises at least one cellular supporting structure having a first end that rests on the bottom of the recess, and a second end opposite the first end and supporting the covering element .
A gangway comprising a distal end on which an end effector unit is attached, the end effector having an outer surface at least a certain portion of which is configured to be in contact with an installation; the end effector unit also comprising a sensor, wherein a movement of a rotatable element in the end effector unit corresponds to a movement of the distal end with respect to a reference point on the installation when the end effector unit is in contact with the installation, the sensor being configured to provide at least one output signal dependent upon the position of the distal end with respect to a desired location on the installation; and the gangway also being operatively linked to an actuator; characterised in that the end effector unit comprises a rotatable element actuator , the actuator being the rotatable element actuator, wherein when the end effector unit is in contact with the installation, the rotatable element actuator is configured to effect movement in the rotatable element for positioning the distal end at least substantially close to a desired location on the installation based on said sensor output signal. the end effector having an outer surface at least a certain portion of which is configured to be in contact with an installation; the end effector unit also comprising a sensor, wherein a movement of a rotatable element in the end effector unit corresponds to a movement of the distal end with respect to a reference point on the installation when the end effector unit is in contact with the installation, the sensor being configured to provide at least one output signal dependent upon the position of the distal end with respect to a desired location on the installation; and the gangway also being operatively linked to an actuator; characterised in that the end effector unit comprises a rotatable element actuator , the actuator being the rotatable element actuator, wherein when the end effector unit is in contact with the installation, the rotatable element actuator is configured to effect movement in the rotatable element for positioning the distal end at least substantially close to a desired location on the installation based on said sensor output signal. a movement of a rotatable element in the end effector unit corresponds to a movement of the distal end with respect to a reference point on the installation when the end effector unit is in contact with the installation, the sensor being configured to provide at least one output signal dependent upon the position of the distal end with respect to a desired location on the installation; and the gangway also being operatively linked to an actuator; characterised in that the end effector unit comprises a rotatable element actuator , the actuator being the rotatable element actuator, wherein when the end effector unit is in contact with the installation, the rotatable element actuator is configured to effect movement in the rotatable element for positioning the distal end at least substantially close to a desired location on the installation based on said sensor output signal.
A device for deterring undesirable sleeping posture in human subjects, said device comprising: an article of manufacture (10; 10'), said article having a dome (14; 514); a flexible annulus (12; 512) positioned at the base of said dome, said annulus having a substantially planar lower surface positionable in proximity with a human subject's skin in a region of a human subject's body which will deter a human subject from maintaining an undesirable sleeping posture, said annulus being flexible to enable conformity relative to the contour of that skin; and a contact adhesive on said substantially planar lower surface of said annulus for adhering said annulus to the skin of a human subject in a region of a human subject's body which will deter a human subject from maintaining an undesirable sleeping posture; wherein said dome has a height, wherein the height creates physical discomfort for the human subject by force generated upward against the human subject when the human subject is in the sleeping posture with said dome oriented downward, characterized in that said dome comprises a dome base wall (26; 526), a dome intermediate wall and a dome top wall, and wherein said dome top wall (28; 528) forms an apex of said dome and wherein said dome intermediate wall is more convex than the dome top wall and provides a generally smooth transition between said dome top wall and said dome base wall. an article of manufacture (10; 10'), said article having a dome (14; 514); a flexible annulus (12; 512) positioned at the base of said dome, said annulus having a substantially planar lower surface positionable in proximity with a human subject's skin in a region of a human subject's body which will deter a human subject from maintaining an undesirable sleeping posture, said annulus being flexible to enable conformity relative to the contour of that skin; and a contact adhesive on said substantially planar lower surface of said annulus for adhering said annulus to the skin of a human subject in a region of a human subject's body which will deter a human subject from maintaining an undesirable sleeping posture; wherein said dome has a height, wherein the height creates physical discomfort for the human subject by force generated upward against the human subject when the human subject is in the sleeping posture with said dome oriented downward,
A circular saw , comprising: a motor including a motor shaft configured to rotate about a shaft rotational axis ; an arbor configured to receive a torque from the motor when the motor shaft rotates about the shaft rotational axis ; a blade mount that is operatively attached to the arbor , wherein the blade mount is configured to selectively and operatively attach a circular saw blade to the arbor , wherein the blade mount includes an inner flange , wherein the inner flange includes an inner flange blade-contacting surface that faces away from the motor and is configured to contact the circular saw blade when the circular saw blade is selectively and operatively attached to the circular saw , and further wherein the inner flange is free from any structure that projects away from the motor and also away from the inner flange blade-contacting surface , characterized in that the blade mount further includes an outer flange and a fastener that operatively retains the outer flange on the arbor , and in that the outer flange includes and/or defines a central outer flange opening , which receives a fastener and/or is configured to permit the fastener to pass therethrough. a motor including a motor shaft configured to rotate about a shaft rotational axis ; an arbor configured to receive a torque from the motor when the motor shaft rotates about the shaft rotational axis ; a blade mount that is operatively attached to the arbor , wherein the blade mount is configured to selectively and operatively attach a circular saw blade to the arbor , wherein the blade mount includes an inner flange , wherein the inner flange includes an inner flange blade-contacting surface that faces away from the motor and is configured to contact the circular saw blade when the circular saw blade is selectively and operatively attached to the circular saw , and further wherein the inner flange is free from any structure that projects away from the motor and also away from the inner flange blade-contacting surface , characterized in that the blade mount further includes an outer flange and a fastener that operatively retains the outer flange on the arbor , and in that the outer flange includes and/or defines a central outer flange opening , which receives a fastener and/or is configured to permit the fastener to pass therethrough.
A connectorized cable assembly comprising: a loose tube optical fiber cable including at least one cable unit, each cable unit including: a plurality of twelve loose, non-buffered optical fibers; a strength yarn at least partially surrounding the non-buffered optical fibers; and a jacket surrounding the strength yarn and the non-buffered optical fibers, wherein an outer diameter of the jacket is between 1.5 mm and 4 mm; and an arrayed, multi-fiber, optical fiber connector installed on the at least one cable unit, wherein the loose tube optical fiber cable further includes a ribbonized end segment within the optical fiber connector, in which portions of the optical fibers therein are arranged in a side-by-side, single row configuration. a plurality of twelve loose, non-buffered optical fibers; a strength yarn at least partially surrounding the non-buffered optical fibers; and a jacket surrounding the strength yarn and the non-buffered optical fibers, wherein an outer diameter of the jacket is between 1.5 mm and 4 mm; and an arrayed, multi-fiber, optical fiber connector installed on the at least one cable unit, wherein the loose tube optical fiber cable further includes a ribbonized end segment within the optical fiber connector, in which portions of the optical fibers therein are arranged in a side-by-side, single row configuration.
A method for implementing User Equipment, UE, overheating protection, applying to UE , the method comprising: in response to determining that the UE is experiencing an overheating condition due to an overhigh radio link configuration, sending, to a base station , first signaling to request a cooling configuration, and starting a timer of a preset timing period (101, 201, 501-502); detecting a temperature of the UE at expiration of the timer ; and performing an operation corresponding to a result of the detection , wherein the first signaling comprises at least one of temporary capability of the UE or a target radio link configuration to which the UE is to be adjusted, characterized in that the detecting a temperature of the UE at expiration of the timer comprises: resetting the timer in response to receiving, before expiration of the timer, response signaling, wherein the response signaling is fed back by the base station based on the first signaling and contains the cooling configuration; and after the timer is reset, detecting the temperature of the UE at expiration of the timer, wherein the performing an operation corresponding to a result of the detection comprises: in response to the result of the detection being that the UE is still experiencing the overheating condition at expiration of the timer, sending, to the base station , second signaling to request the cooling configuration, and restarting the timer . in response to determining that the UE is experiencing an overheating condition due to an overhigh radio link configuration, sending, to a base station , first signaling to request a cooling configuration, and starting a timer of a preset timing period (101, 201, 501-502); detecting a temperature of the UE at expiration of the timer ; and performing an operation corresponding to a result of the detection , wherein the first signaling comprises at least one of temporary capability of the UE or a target radio link configuration to which the UE is to be adjusted, characterized in that the detecting a temperature of the UE at expiration of the timer comprises: resetting the timer in response to receiving, before expiration of the timer, response signaling, wherein the response signaling is fed back by the base station based on the first signaling and contains the cooling configuration; and after the timer is reset, detecting the temperature of the UE at expiration of the timer, resetting the timer in response to receiving, before expiration of the timer, response signaling, wherein the response signaling is fed back by the base station based on the first signaling and contains the cooling configuration; and after the timer is reset, detecting the temperature of the UE at expiration of the timer, wherein the performing an operation corresponding to a result of the detection comprises: in response to the result of the detection being that the UE is still experiencing the overheating condition at expiration of the timer, sending, to the base station , second signaling to request the cooling configuration, and restarting the timer .
An applicator for forming a deposit of a material in an interface area , the applicator comprising: a housing defining a cavity ; and an inner guide slidably disposed within the cavity of the housing, the housing and the inner guide form a flow channel within the cavity between an internal wall of the housing and an external wall of the inner guide, the flow channel having a ring shape; characterized in that : the inner guide comprises two or more guiding protrusions extending into corresponding guiding recesses of the housing, wherein: the two or more guiding protrusions and the corresponding guiding recesses define a sliding direction of the inner guide with respect to the housing; and the two or more guiding protrusions do not extend to a housing contact surface such that the ring shape of a part of the flow channel extending to the housing contact surface is continuous. a housing defining a cavity ; and an inner guide slidably disposed within the cavity of the housing, the housing and the inner guide form a flow channel within the cavity between an internal wall of the housing and an external wall of the inner guide, the flow channel having a ring shape; characterized in that : the inner guide comprises two or more guiding protrusions extending into corresponding guiding recesses of the housing, wherein: the two or more guiding protrusions and the corresponding guiding recesses define a sliding direction of the inner guide with respect to the housing; and the two or more guiding protrusions do not extend to a housing contact surface such that the ring shape of a part of the flow channel extending to the housing contact surface is continuous. the two or more guiding protrusions and the corresponding guiding recesses define a sliding direction of the inner guide with respect to the housing; and the two or more guiding protrusions do not extend to a housing contact surface such that the ring shape of a part of the flow channel extending to the housing contact surface is continuous.
A compound having a formula represented by a structure: wherein R 1 is selected from halogen, -CF 3 , and -CF 2 CF 3 ; wherein each of R 5b and R 5c is independently selected from -R 20 , hydrogen and halogen, wherein R 20 is selected from -C2-C7 alkylamino and -C2-C7 alkoxy; provided that one of R 5b and R 5c is -R 20 ; and wherein each of R 5a , R 5d , and R 5e is independently selected from hydrogen and halogen; or a pharmaceutically acceptable salt thereof. wherein R 1 is selected from halogen, -CF 3 , and -CF 2 CF 3 ; wherein each of R 5b and R 5c is independently selected from -R 20 , hydrogen and halogen, wherein R 20 is selected from -C2-C7 alkylamino and -C2-C7 alkoxy; provided that one of R 5b and R 5c is -R 20 ; and wherein each of R 5a , R 5d , and R 5e is independently selected from hydrogen and halogen; or a pharmaceutically acceptable salt thereof.