mhurhangee/patent-ind-claim-en huggingface dataset:
An electric rotary machine assembly comprising: an electric rotary machine having: a housing ; a stator attached on the housing a rotor fixed on a rotating shaft ; bearings for supporting the rotating shaft ; brackets for supporting the bearings; a cooling fan disposed on anti-load side in the axial direction of the housing ; a power converter for supplying driving current to an armature of the electric rotary machine; a control and interface board for inputting and/or outputting between an outside through a wireless/ wired manner and also for controlling an operation of said electric rotary machine through said power converter; and a plurality of cooling fins formed on an outer circumferential periphery of the housing , characterized in that : the electric rotary machine further comprises a substantially cylindrical cover for forming an airflow path by covering the outer peripheral surface of the housing and guiding airflow generated by the cooling fan to the outer peripheral surface of the housing ; said power converter is disposed the outer circumferential periphery of said housing , on a plane portion , and said control and : interface board is disposed at a different position from said power converter between the outer circumferential periphery of said housing and said cover . a housing ; a stator attached on the housing a rotor fixed on a rotating shaft ; bearings for supporting the rotating shaft ; brackets for supporting the bearings; a cooling fan disposed on anti-load side in the axial direction of the housing ; a power converter for supplying driving current to an armature of the electric rotary machine; a control and interface board for inputting and/or outputting between an outside through a wireless/ wired manner and also for controlling an operation of said electric rotary machine through said power converter; and a plurality of cooling fins formed on an outer circumferential periphery of the housing , characterized in that : the electric rotary machine further comprises a substantially cylindrical cover for forming an airflow path by covering the outer peripheral surface of the housing and guiding airflow generated by the cooling fan to the outer peripheral surface of the housing ; said power converter is disposed the outer circumferential periphery of said housing , on a plane portion , and said control and : interface board is disposed at a different position from said power converter between the outer circumferential periphery of said housing and said cover . the electric rotary machine further comprises a substantially cylindrical cover for forming an airflow path by covering the outer peripheral surface of the housing and guiding airflow generated by the cooling fan to the outer peripheral surface of the housing ; said power converter is disposed the outer circumferential periphery of said housing , on a plane portion , and said control and : interface board is disposed at a different position from said power converter between the outer circumferential periphery of said housing and said cover .
A method for evaluating co-scheduling of terminal devices , the method being performed by a network node , the method comprising: obtaining (S102) an indication that a terminal device served by the network node is involved in a data session being longer than a threshold time value; initiating (S104), as a result of the data session being longer than the threshold time value, a beam sweep procedure using analog beamforming with the terminal device , the beam sweep procedure resulting in identification of a set of candidate beams (B2, B3, B4) in which the network node is able to serve the terminal device during the data session; and evaluating (S106) whether to co-schedule the terminal device with another terminal device in any of the candidate beams (B2, B3, B4) or not, said another terminal device also being served by the network node . obtaining (S102) an indication that a terminal device served by the network node is involved in a data session being longer than a threshold time value; initiating (S104), as a result of the data session being longer than the threshold time value, a beam sweep procedure using analog beamforming with the terminal device , the beam sweep procedure resulting in identification of a set of candidate beams (B2, B3, B4) in which the network node is able to serve the terminal device during the data session; and evaluating (S106) whether to co-schedule the terminal device with another terminal device in any of the candidate beams (B2, B3, B4) or not, said another terminal device also being served by the network node .
A rotary piston engine, comprising a) a housing spatially limiting a working chamber , b) an intake connection for guiding gas into the working chamber , c) a pressure connection , connected to the working chamber , for guiding the gas out of the working chamber , d) a rotor assembly having i) a first rotor rotatably arranged in a first working sub-chamber of the working chamber , and ii) a second rotor rotatably arranged in a second working sub-chamber of the working chamber and cooperating with the first rotor , characterised by e) an expansion/ventilation space which extends in the first working sub-chamber and the second working sub-chamber , and f) a ventilation channel , formed in the housing and connected to the working chamber via a ventilation channel opening , both for the expansion and for the ventilation of the expansion/ventilation space . a) a housing spatially limiting a working chamber , b) an intake connection for guiding gas into the working chamber , c) a pressure connection , connected to the working chamber , for guiding the gas out of the working chamber , d) a rotor assembly having i) a first rotor rotatably arranged in a first working sub-chamber of the working chamber , and ii) a second rotor rotatably arranged in a second working sub-chamber of the working chamber and cooperating with the first rotor , characterised by i) a first rotor rotatably arranged in a first working sub-chamber of the working chamber , and ii) a second rotor rotatably arranged in a second working sub-chamber of the working chamber and cooperating with the first rotor , characterised by e) an expansion/ventilation space which extends in the first working sub-chamber and the second working sub-chamber , and f) a ventilation channel , formed in the housing and connected to the working chamber via a ventilation channel opening , both for the expansion and for the ventilation of the expansion/ventilation space .
A method for wireless communications by a base station, BS, using a shared radio frequency spectrum, SRFS, band, in a communication system having a first set of devices arranged to decode a wideband signal and a narrowband signal transmitted by the BS and a second set of devices arranged to decode the narrowband signal transmitted by the BS but not the wideband signal, comprising: performing a channel clear assessment, CCA, for at least a portion of the SRFS including one or more narrowband regions; transmitting a preamble to reserve the one or more narrowband regions, wherein the preamble comprises a wideband preamble for reserving a wideband region of the SRFS for a period of time, wherein the preamble is transmitted on a wideband region including the one or more narrowband regions and subsequent to the transmission of the wideband preamble, transmitting by the BS a narrowband preamble over a narrow band region of the SRFS for reserving a narrowband region of the SRFS for a period of time; and communicating with at least one machine type communications, MTC, user equipment, UE, after performing the CCA, on at least one of the narrowband regions. performing a channel clear assessment, CCA, for at least a portion of the SRFS including one or more narrowband regions; transmitting a preamble to reserve the one or more narrowband regions, wherein the preamble comprises a wideband preamble for reserving a wideband region of the SRFS for a period of time, wherein the preamble is transmitted on a wideband region including the one or more narrowband regions and subsequent to the transmission of the wideband preamble, transmitting by the BS a narrowband preamble over a narrow band region of the SRFS for reserving a narrowband region of the SRFS for a period of time; and communicating with at least one machine type communications, MTC, user equipment, UE, after performing the CCA, on at least one of the narrowband regions.
Jet regulator which is switchable optionally between at least two outlet jet patterns and which to this end has a jet regulator housing with at least two housing parts (5, 6; 5', 6') which are rotatable relative to one another and of which an inflow-side first housing part is mountable in a rotationally fixed manner on the water outlet of a sanitary - outlet fitting and of which an outflow-side second housing part , at least at its outflow-side housing outer circumference, is configured as a handle or is connected to a handle, wherein the first housing part has a jet splitter having a plurality of splitter openings , wherein mutually spaced-apart jet ducts are provided on the housing inner circumference of the second housing part , wherein the individual jets coming from the splitter openings are guided through the jet ducts and formed into an annularly circumferential outlet jet pattern in a first rotary position of the housing parts (5, 6; 5', 6'), and are deflected in the housing interior of the jet regulator to a central outlet opening in the jet regulator housing in a second rotary position, wherein a rotary latch having at least one latching tooth is provided between the first and the second housing part (5, 6; 5', 6'), said latching tooth being integrally formed on a duct wall, facing the housing interior of the jet regulator housing, of at least one jet duct and said latching tooth interacting with a latching profile which is arranged on a circumferential wall of the first housing part , wherein at least one subregion, bearing the latching tooth , of the duct wall of the at least one jet duct or at least a subregion of the wall, bearing the latching profile, of the first housing part is configured as a flexible tongue , and wherein a lattice or grid structure that extends over the central outlet opening is integrally formed on the outflow side of the second housing part , characterized in that the splitter openings of the jet splitter open into duct-like discharge ducts which are separated from one another in the circumferential direction by pocket-like cutouts in the outflow side of the jet splitter .
An ink supply reservoir comprising: a container having a first end and a second end , and at least three chambers including: a first chamber at the first end and including a floor defining a fluid communication port , the first chamber configured to hold a free volume of ink; a second chamber at the second end and including a ceiling defining a vent , the second chamber containing a negative pressure generating member that occupies substantially the entire volume of the second chamber wherein an upper portion of the negative pressure generating member is in close contact with the vent ; and one or more third chambers interposed between the respective first and second chambers, with each respective third chamber configured to hold a free volume of ink, wherein the negative pressure generating member is arranged to communicate air from the vent to the one or more third chambers through the negative pressure generating member , and each respective chamber is in communication with, via a bubbler mechanism , an adjacent one of the other respective chambers at a bottom portion of the respective chambers. a first chamber at the first end and including a floor defining a fluid communication port , the first chamber configured to hold a free volume of ink; a second chamber at the second end and including a ceiling defining a vent , the second chamber containing a negative pressure generating member that occupies substantially the entire volume of the second chamber wherein an upper portion of the negative pressure generating member is in close contact with the vent ; and one or more third chambers interposed between the respective first and second chambers, with each respective third chamber configured to hold a free volume of ink, wherein the negative pressure generating member is arranged to communicate air from the vent to the one or more third chambers through the negative pressure generating member , and each respective chamber is in communication with, via a bubbler mechanism , an adjacent one of the other respective chambers at a bottom portion of the respective chambers.
A system comprising: at least one processor ; and a memory , operatively connected with the processor, storing computer-executable instructions, which when executed cause the processor to: display a soft input keyboard application, wherein the soft input keyboard application is a multi-window application command control that comprises: a first application window configured to display two or more user interface elements for services of the soft input keyboard application, wherein the first application window is configured to update based on a detected foreground application executing on the system, and wherein the user interface elements are usable for application command control of the detected foreground application, a second application window configured to display a soft input keyboard, wherein display of the second application window updates by replacing display of the soft input keyboard based on a selection of a user interface element of the first application window with content associated with the selection of the user interface element in the first application window . at least one processor ; and a memory , operatively connected with the processor, storing computer-executable instructions, which when executed cause the processor to: display a soft input keyboard application, wherein the soft input keyboard application is a multi-window application command control that comprises: a first application window configured to display two or more user interface elements for services of the soft input keyboard application, wherein the first application window is configured to update based on a detected foreground application executing on the system, and wherein the user interface elements are usable for application command control of the detected foreground application, a second application window configured to display a soft input keyboard, wherein display of the second application window updates by replacing display of the soft input keyboard based on a selection of a user interface element of the first application window with content associated with the selection of the user interface element in the first application window . a first application window configured to display two or more user interface elements for services of the soft input keyboard application, wherein the first application window is configured to update based on a detected foreground application executing on the system, and wherein the user interface elements are usable for application command control of the detected foreground application, a second application window configured to display a soft input keyboard, wherein display of the second application window updates by replacing display of the soft input keyboard based on a selection of a user interface element of the first application window with content associated with the selection of the user interface element in the first application window .
An electronic device comprising: a first housing ; a second housing configured to accommodate at least a portion of the first housing and to guide a sliding movement of the first housing ; a flexible display including a first display area connected to the first housing and a second display area extending from the first display area and at least partially accommodated inside or visually exposed outside the second housing according to the sliding movement of the first housing ; a roller disposed inside the second housing and configured to move the flexible display , bringing the electronic device in an open or a closed state, and to guide the second display area when the flexible display is moved; a motor configured to rotate the roller ; and a support member configured to support at least a portion of the flexible display in the second display area , characterised in that : the motor is configured such that an output of the motor is determined according to a one-state holding time of the flexible display , the one-state holding time being the amount of time that the electronic device was left in the open state, the closed state or the state whereby the flexible display was stopped at one point while moving between the closed state and the open state. a first housing ; a second housing configured to accommodate at least a portion of the first housing and to guide a sliding movement of the first housing ; a flexible display including a first display area connected to the first housing and a second display area extending from the first display area and at least partially accommodated inside or visually exposed outside the second housing according to the sliding movement of the first housing ; a roller disposed inside the second housing and configured to move the flexible display , bringing the electronic device in an open or a closed state, and to guide the second display area when the flexible display is moved; a motor configured to rotate the roller ; and a support member configured to support at least a portion of the flexible display in the second display area , characterised in that : the motor is configured such that an output of the motor is determined according to a one-state holding time of the flexible display , the one-state holding time being the amount of time that the electronic device was left in the open state, the closed state or the state whereby the flexible display was stopped at one point while moving between the closed state and the open state.
An oral care implement comprising a head and a handle , the head having a length extension and the handle having a length extension , the length extension of the head and the handle together defining an overall length extension of the oral care implement along a longitudinal axis , the overall length extension of the oral care implement being from 194 mm to 197 mm, wherein the length extension of the head is from 72 mm to 76 mm, characterized in that the length extension of the handle is from 119 mm to 123 mm, and the ratio of the length extension of the handle to the overall length extension of the oral care implement is from 0.59 to 0.65, and wherein the handle comprises a thumb rest having an area from 202 mm 2 to 360 mm 2 , the area of the thumb rest having a concave shape.
Releasing torque tool comprising a) a shaft-like housing with a grip area and a head section , b) a transfer assembly In the housing to transfer the torque, c) an adjusting device having an adjusting knob to set the torque at which the user desires the tool to provide a signal, d) a display to show the value of the torque at which the torque tool should release, e) a release mechanism , which triggers the release of the torque tool upon reaching the previously set torque, f) the adjusting knob of the adjusting device is designed to be removable to block the setting, characterized in that g) a locking mechanism is provided with which the current setting of the adjusting device is locked. a) a shaft-like housing with a grip area and a head section , b) a transfer assembly In the housing to transfer the torque, c) an adjusting device having an adjusting knob to set the torque at which the user desires the tool to provide a signal, d) a display to show the value of the torque at which the torque tool should release, e) a release mechanism , which triggers the release of the torque tool upon reaching the previously set torque, f) the adjusting knob of the adjusting device is designed to be removable to block the setting, g) a locking mechanism is provided with which the current setting of the adjusting device is locked.
A filter for filtering particulates from fluid and gas streams comprising: a cylindrical filter element for filtering material in response to fluid flow through the filter element , wherein the filter element has a longitudinal axis, and a top and bottom end; an end cap forming a fluid tight seal secured to an end of the filter element ; characterized in that a porous wrap is helically wrapped around the filter element to form a plurality of adjacent turns under tension to hold the filter element in a cylindrical configuration, wherein the wrap comprises an outer layer for attaching to the end cap and an inner layer for resisting radially outward forces generated by a pressure drop across the filter element , wherein the inner layer has parallel edges which are narrower than the outer layer such that the outer layer is wider than the inner layer , wherein the inner layer comprises a strip selected from a polyphenylene strip, a polybutylene terephthalate strip, a nylon strip, and a polypropylene strip, and wherein the wrap has two ends disposed so that the outer and inner layers may attach to the end cap . a cylindrical filter element for filtering material in response to fluid flow through the filter element , wherein the filter element has a longitudinal axis, and a top and bottom end; an end cap forming a fluid tight seal secured to an end of the filter element ; characterized in that a porous wrap is helically wrapped around the filter element to form a plurality of adjacent turns under tension to hold the filter element in a cylindrical configuration, wherein the wrap comprises an outer layer for attaching to the end cap and an inner layer for resisting radially outward forces generated by a pressure drop across the filter element , wherein the inner layer has parallel edges which are narrower than the outer layer such that the outer layer is wider than the inner layer , wherein the inner layer comprises a strip selected from a polyphenylene strip, a polybutylene terephthalate strip, a nylon strip, and a polypropylene strip, and wherein the wrap has two ends disposed so that the outer and inner layers may attach to the end cap .
A wind turbine (W) having a hub rotatably supported relative to a generator in a nacelle , a plurality of blades pivotably connected with the hub and a lightning current transfer system , wherein the hub is covered by a spinner , the lightning current transfer system comprising a blade band mounted to a root of the blade ; a lightning ring mounted to the spinner facing the nacelle ; a first contact device mounted to the spinner for providing lightning current transfer from the blade band ; a connecting device connecting the first contact device with the lightning ring ; and a second contact device mounted to the nacelle for providing lightning current transfer from the lightning ring ; wherein the hub has a radial extension (D1) so that the blade band rotates outside a perimeter of the nacelle .