mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device, comprising: an array of first audio transducers , the first audio transducers being arranged in a ring; a second audio transducer configured to operate in a lower frequency range than the first audio transducers, and wherein the second audio transducer is elevated above the first audio transducers; a cabinet enclosing the array of first audio transducers and defining acoustic paths configured to direct audio waves generated by the array of first audio transducers out of the cabinet through one or more sound output openings defined by an inwardly sloped sidewall of the cabinet; and a baseplate supporting the cabinet, the baseplate being configured to support the cabinet while seated on a horizontal surface, wherein a surface of the baseplate and the inwardly sloped sidewall of the cabinet define an end portion of each of the acoustic paths disposed at the one or more sound output openings. an array of first audio transducers , the first audio transducers being arranged in a ring; a second audio transducer configured to operate in a lower frequency range than the first audio transducers, and wherein the second audio transducer is elevated above the first audio transducers; a cabinet enclosing the array of first audio transducers and defining acoustic paths configured to direct audio waves generated by the array of first audio transducers out of the cabinet through one or more sound output openings defined by an inwardly sloped sidewall of the cabinet; and a baseplate supporting the cabinet, the baseplate being configured to support the cabinet while seated on a horizontal surface, wherein a surface of the baseplate and the inwardly sloped sidewall of the cabinet define an end portion of each of the acoustic paths disposed at the one or more sound output openings.
Implant , in particular a dental implant, for an implant system , comprising an internal implant-side arrangement region , wherein the implant-side arrangement region is designed to make contact, at least in sections, with an abutment , wherein the implant-side locating region has an implant-side tapered portion , wherein the implant-side tapered portion has implant-side anti-rotation structures , wherein the implant extends in a longitudinal direction (L), and wherein the implant-side anti-rotation structures are formed such that they positively prevent or can prevent a rotation of the abutment about the longitudinal direction (L) relative to the implant , wherein the implant-side anti-rotation structures each have at least one contact surface and/or are formed by a contact surface , wherein the contact surfaces are flat and have a normal (N) which lies in a plane spanned by a radial direction (R) and the longitudinal direction (L), wherein the implant-side anti-rotation structures are tapered in the direction of the longitudinal direction (L), characterized in that the implant-side conical section has a region which is formed without anti-rotation structures. an internal implant-side arrangement region , wherein the implant-side arrangement region is designed to make contact, at least in sections, with an abutment , wherein the implant-side locating region has an implant-side tapered portion , wherein the implant-side tapered portion has implant-side anti-rotation structures , wherein the implant extends in a longitudinal direction (L), and wherein the implant-side anti-rotation structures are formed such that they positively prevent or can prevent a rotation of the abutment about the longitudinal direction (L) relative to the implant , wherein the implant-side anti-rotation structures each have at least one contact surface and/or are formed by a contact surface , wherein the contact surfaces are flat and have a normal (N) which lies in a plane spanned by a radial direction (R) and the longitudinal direction (L), wherein the implant-side anti-rotation structures are tapered in the direction of the longitudinal direction (L), characterized in that the implant-side conical section has a region which is formed without anti-rotation structures.
A wand comprising: a wand head comprising a jet ; a vacuum port ; a shroud that houses the vacuum port and the jet ; a recessed breaker bar which is recessed within the shroud between a space of the shroud and the vacuum port such that a portion of the shroud extends down past the breaker bar ; and a vacuum tube having: a first section that couples to the wand head ; a second section that is configured to couple with a vacuum; and a third, elongated section that is disposed between the first section and the second section ; characterized by the fact that the recessed breaker bar is adjustably attached to the wand head , wherein the recessed breaker bar is configured to be selectively raised and lowered with respect to the wand head . a wand head comprising a jet ; a vacuum port ; a shroud that houses the vacuum port and the jet ; a recessed breaker bar which is recessed within the shroud between a space of the shroud and the vacuum port such that a portion of the shroud extends down past the breaker bar ; and a jet ; a vacuum port ; a shroud that houses the vacuum port and the jet ; a recessed breaker bar which is recessed within the shroud between a space of the shroud and the vacuum port such that a portion of the shroud extends down past the breaker bar ; and a vacuum tube having: a first section that couples to the wand head ; a second section that is configured to couple with a vacuum; and a third, elongated section that is disposed between the first section and the second section ; a first section that couples to the wand head ; a second section that is configured to couple with a vacuum; and a third, elongated section that is disposed between the first section and the second section ; characterized by the fact that the recessed breaker bar is adjustably attached to the wand head , wherein the recessed breaker bar is configured to be selectively raised and lowered with respect to the wand head .
A bone drill guide comprising: a) a shaft having a proximal end , a distal end , and a longitudinal shaft axis extending between the proximal and distal ends; b) an arcuate element attached to the distal end of said shaft , wherein said arcuate element is sized for seating on bone; c) a guide base attached to the proximal end of said shaft , wherein said guide base comprises at least two peripheral guide bores , wherein each of said peripheral guide bores is positioned about said shaft ; d) an interior channel extending along the longitudinal shaft axis and through said guide base , said shaft and said arcuate element ; and e) a handle comprising a handle shaft connected to said guide base and a handle grip . a) a shaft having a proximal end , a distal end , and a longitudinal shaft axis extending between the proximal and distal ends; b) an arcuate element attached to the distal end of said shaft , wherein said arcuate element is sized for seating on bone; c) a guide base attached to the proximal end of said shaft , wherein said guide base comprises at least two peripheral guide bores , wherein each of said peripheral guide bores is positioned about said shaft ; d) an interior channel extending along the longitudinal shaft axis and through said guide base , said shaft and said arcuate element ; and e) a handle comprising a handle shaft connected to said guide base and a handle grip .
A variant pullulanase, wherein the pullulanase comprises at least the following combination of substitutions corresponding to N368G+N393A+Q431 E+L432F+A492A,S+N610R+G624S+T631S+S632C+N222P+Q252A+ Q256R of SEQ ID NO: 3; wherein the variant has pullulanase activity, and wherein the variants have at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100% sequence identity to the polypeptide of SEQ ID NO: 3.
Pressure indicator comprising a base , a deformable membrane fixed to the base sealed against fluids along a closed edge , and a body secured to the base , delimiting a hollow volume covering the deformable membrane on the side opposite the base , by comprising at least the closed edge , at least one inlet mouth for a fluid of which the pressure can be measured in a pressure range, wherein the deformable membrane is such that the expansion (E) thereof for said pressure range is sufficient to be detectable to the naked eye and to make it possible for a direct display, indicating the pressure, wherein the base is bored with at least one first hole of which a first end opens between the deformable membrane and the base in the closed edge , characterised in that the body is bored with at least one second hold of which a first end opens into said hollow volume, in that the other end of the first hole is connected to the inlet mouth , respectively to the open air, in that the other end of the second hole is connected to the open air, respectively to the inlet mouth , such that a pressure, respectively depression, of fluid to the inlet mouth causes an expansion of the deformable membrane in the hollow volume delimited by the body in that the indicator comprises at least one pressure marker carried by the body , facing an expansion position of the deformable membrane , making it possible to determine, according to said expansion position of the membrane, two ranges of pressure values, in that the pressure indicator is configured such that the membrane , during the expansion thereof, bears against a wall of the body carrying the at least one pressure marker and in that the pressure indicator is configured such that the membrane progressively spread over the wall as the pressure increases.
A method for the continuous production of manufactured articles for food use made of a food-grade compostable polymeric compound consisting of: - from 60% to 80% by weight of a PBAT matrix; - from 6% to 10% by weight of PLA; - from 10% to 20% by weight of one or more inorganic fillers; - from 0% to 10% by weight of at least one plasticiser agent; - from 0% to 20% by weight of at least one additive; where the % by weight are based on the total weight of the polymeric compound; wherein the polymeric compound is at least 70% bio-based, and preferably at least 80%, according to the ASTM D6866 test standard; wherein the compound is biodegradable according to the conditions laid down by the ISO 14855 standard for industrial compostability; wherein the method sequentially comprises the steps of: - injection moulding of the polymeric compound to obtain a predetermined number of semi-finished manufactured articles having a first extraction temperature; - thermal treatment of said semi-finished articles to keep them at a second operating temperature higher than said first extraction temperature for a period of operating time, so as to obtain finished articles . - from 60% to 80% by weight of a PBAT matrix; - from 6% to 10% by weight of PLA; - from 10% to 20% by weight of one or more inorganic fillers; - from 0% to 10% by weight of at least one plasticiser agent; - from 0% to 20% by weight of at least one additive; wherein the polymeric compound is at least 70% bio-based, and preferably at least 80%, according to the ASTM D6866 test standard; wherein the compound is biodegradable according to the conditions laid down by the ISO 14855 standard for industrial compostability; wherein the method sequentially comprises the steps of: - injection moulding of the polymeric compound to obtain a predetermined number of semi-finished manufactured articles having a first extraction temperature; - thermal treatment of said semi-finished articles to keep them at a second operating temperature higher than said first extraction temperature for a period of operating time, so as to obtain finished articles . - injection moulding of the polymeric compound to obtain a predetermined number of semi-finished manufactured articles having a first extraction temperature; - thermal treatment of said semi-finished articles to keep them at a second operating temperature higher than said first extraction temperature for a period of operating time, so as to obtain finished articles .
System having - a robot arrangement having at least one robot and - a controller for controlling the robot arrangement, - a sensor arrangement for sensing obstacles in at least a part of a work region of the robot arrangement; and - a safety controller for monitoring the robot arrangement as to a distance between at least one sensed obstacle and the robot arrangement and/or a process region of the robot arrangement and/or a temporal change in this distance, characterized in that the sensor arrangement - has at least one radar sensor arranged on a base of a robot of the robot arrangement; and - has at least one radar sensor arranged at a movable element , in particular distal end element or intermediate element arranged between the distal end element and the base, of a robot of the robot arrangement, wherein at least one radar sensor has at least one radar lens for optionally modifying a sensing region , wherein the sensing region is modifiable in dependence on a configuration of the robot arrangement and a process. - a robot arrangement having at least one robot and - a controller for controlling the robot arrangement, - a sensor arrangement for sensing obstacles in at least a part of a work region of the robot arrangement; and - a safety controller for monitoring the robot arrangement as to a distance between at least one sensed obstacle and the robot arrangement and/or a process region of the robot arrangement and/or a temporal change in this distance, - has at least one radar sensor arranged on a base of a robot of the robot arrangement; and - has at least one radar sensor arranged at a movable element , in particular distal end element or intermediate element arranged between the distal end element and the base, of a robot of the robot arrangement,
A humidification device configured to humidify a feed gas to be fed to a user (U), the humidification device comprising: a heating unit configured to heat and vaporize a liquid to be used for humidifying the feed gas; a liquid supply unit configured to supply the liquid to the heating unit ; a power supply configured to supply energy to the heating unit ; and an input power measurement unit configured to measure an input power to be inputted from the power supply to the heating unit , characterized by a heating control unit configured to control the input power by referring to a temperature of the feed gas in the humidification device or in a respiratory circuit connected to the humidification device ; a target input power calculation unit configured to calculate a target input power, as a target, corresponding to a target heated and humidified state of the feed gas; and a liquid supply control unit configured to decrease a supply amount of the liquid when the measured input power is greater than the target input power and increase the supply amount of the liquid when the measured input power is less than the target input power. a heating unit configured to heat and vaporize a liquid to be used for humidifying the feed gas; a liquid supply unit configured to supply the liquid to the heating unit ; a power supply configured to supply energy to the heating unit ; and an input power measurement unit configured to measure an input power to be inputted from the power supply to the heating unit , characterized by a heating control unit configured to control the input power by referring to a temperature of the feed gas in the humidification device or in a respiratory circuit connected to the humidification device ; a target input power calculation unit configured to calculate a target input power, as a target, corresponding to a target heated and humidified state of the feed gas; and a liquid supply control unit configured to decrease a supply amount of the liquid when the measured input power is greater than the target input power and increase the supply amount of the liquid when the measured input power is less than the target input power.
A computer-implemented method for protecting computer systems from user-created objects, comprising: detecting , at a second user device, that an object has been accessed on the second user device; determining whether an exception has occurred by scanning the object on the second user device; in response to determining that the exception has occurred, transmitting , from the second user device to a server, a request for a security policy to be applied by the second user device in connection with the object, wherein the request includes an identifier of the object; receiving , from the server, the security policy, wherein the security policy was selected by the server in response to receiving the request based on at least one attribute of the object including information about security software running on a first user device at a time at which the object was created by the first user device; determining, based on the security policy, that the object was created by the first user device associated with an organization the second user device is also associated with; determining whether to allow the object to be accessed by the second user device based on the security policy and the determination that the object was created by the first user device; and in response to determining that the object is allowed to be accessed, allowing the object to be accessed on the second user device. detecting , at a second user device, that an object has been accessed on the second user device; determining whether an exception has occurred by scanning the object on the second user device; in response to determining that the exception has occurred, transmitting , from the second user device to a server, a request for a security policy to be applied by the second user device in connection with the object, wherein the request includes an identifier of the object; receiving , from the server, the security policy, wherein the security policy was selected by the server in response to receiving the request based on at least one attribute of the object including information about security software running on a first user device at a time at which the object was created by the first user device; determining, based on the security policy, that the object was created by the first user device associated with an organization the second user device is also associated with; determining whether to allow the object to be accessed by the second user device based on the security policy and the determination that the object was created by the first user device; and in response to determining that the object is allowed to be accessed, allowing the object to be accessed on the second user device.
An oscillatory actuator comprising: a case in a cylindrical shape; an electromagnetic driver provided inside the case ; a mover oscillated by the electromagnetic driver along an oscillation axis (O) of the case ; a first leaf spring and a second leaf spring arranged on one side and the other side of the mover , each of the first leaf spring and the second leaf spring including a support to which the mover is attached; an annular frame attached to the case ; and a plurality of arms each having a spiral shape and connecting the support and the annular frame ; characterized in that at least an elastic member that bridges adjacent arms of the first leaf spring or the second leaf spring is provided, wherein the elastic member includes: a bridge that bridges the adjacent arms; a support-direction stacked arm continuously provided with the bridge and extending in the support direction along the arm , and being overlapped with the arm ; and a stacked support continuously provided with the support-direction stacked arm and being overlapped with the support . a case in a cylindrical shape; an electromagnetic driver provided inside the case ; a mover oscillated by the electromagnetic driver along an oscillation axis (O) of the case ; a first leaf spring and a second leaf spring arranged on one side and the other side of the mover , each of the first leaf spring and the second leaf spring including a support to which the mover is attached; an annular frame attached to the case ; and a plurality of arms each having a spiral shape and connecting the support and the annular frame ; characterized in that at least an elastic member that bridges adjacent arms of the first leaf spring or the second leaf spring is provided, wherein the elastic member includes: a bridge that bridges the adjacent arms; a support-direction stacked arm continuously provided with the bridge and extending in the support direction along the arm , and being overlapped with the arm ; and a stacked support continuously provided with the support-direction stacked arm and being overlapped with the support . a bridge that bridges the adjacent arms; a support-direction stacked arm continuously provided with the bridge and extending in the support direction along the arm , and being overlapped with the arm ; and a stacked support continuously provided with the support-direction stacked arm and being overlapped with the support .
A method for pairing two devices, the method comprising the steps of: determining a first orientation of a first device; determining a second orientation of a second device; determining an orientation offset between the first orientation and the second orientation; determining if the orientation offset between the first orientation and the second orientation matches a first orientation offset; initiating a pairing of the first and the second devices based on the orientation offset between the first orientation and the second orientation matching the first orientation offset; determining a third orientation of the first device; determining a fourth orientation of the second device; determining an orientation offset between the third orientation and the fourth orientation; determining if the orientation offset between the third orientation and the fourth orientation is zero; and pairing the first and the second devices when the orientation offset between the third orientation and the fourth orientation is zero, and when both devices have rotated from their initial orientations determining a first orientation of a first device; determining a second orientation of a second device; determining an orientation offset between the first orientation and the second orientation; determining if the orientation offset between the first orientation and the second orientation matches a first orientation offset; initiating a pairing of the first and the second devices based on the orientation offset between the first orientation and the second orientation matching the first orientation offset; determining a third orientation of the first device; determining a fourth orientation of the second device; determining an orientation offset between the third orientation and the fourth orientation; determining if the orientation offset between the third orientation and the fourth orientation is zero; and pairing the first and the second devices when the orientation offset between the third orientation and the fourth orientation is zero, and when both devices have rotated from their initial orientations