mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless electronic device for use in a wireless communication system, the wireless electronic device configured to perform operations comprising: detecting a person in a geographical area serviced by a base station ; and communicating with a user equipment, UE, , responsive to the detecting the person in the geographical area serviced by the base station ; wherein the detecting the person in the geographical area serviced by the base station comprises: performing image recognition to recognize the person located in the geographic area serviced by the base station ; and wherein the communicating with the user equipment comprises: scanning for the UE that is in an area in close proximity to the person that has been recognized by the image recognition; and associating the UE with the person, wherein the scanning for the UE comprises: performing a beam sweep in the area in close proximity to the person that has been recognized, wherein the beam sweep is performed in a reduced set of beam angles corresponding to the area in close proximity to the person out of a full set of beam angles available for transmitting and/or receiving by the base station , wherein beams of the beam sweep include pilot beams and/or pilot signals. detecting a person in a geographical area serviced by a base station ; and communicating with a user equipment, UE, , responsive to the detecting the person in the geographical area serviced by the base station ; wherein the detecting the person in the geographical area serviced by the base station comprises: performing image recognition to recognize the person located in the geographic area serviced by the base station ; and wherein the communicating with the user equipment comprises: scanning for the UE that is in an area in close proximity to the person that has been recognized by the image recognition; and associating the UE with the person, scanning for the UE that is in an area in close proximity to the person that has been recognized by the image recognition; and associating the UE with the person, wherein the scanning for the UE comprises: performing a beam sweep in the area in close proximity to the person that has been recognized, wherein the beam sweep is performed in a reduced set of beam angles corresponding to the area in close proximity to the person out of a full set of beam angles available for transmitting and/or receiving by the base station , wherein beams of the beam sweep include pilot beams and/or pilot signals. performing a beam sweep in the area in close proximity to the person that has been recognized, wherein the beam sweep is performed in a reduced set of beam angles corresponding to the area in close proximity to the person out of a full set of beam angles available for transmitting and/or receiving by the base station , wherein beams of the beam sweep include pilot beams and/or pilot signals.
A furniture panel, in particular a furniture front, wherein the panel has a support panel (T) and a cover , wherein the cover has a space in which the support panel (T) is received, with the space and the support panel (T) being dimensioned such that the cover can be placed onto the support panel (T) and is fixed on the support panel (T) in its placed on position by force fit and/or by form fit, wherein the support panel (T) has one or more through-holes (D) so that the cover can be pressed away from the support panel (T) through one or more through-holes (D), and wherein the support plate (T) has one or more fittings (BS) that are located on the side of the furniture panel remote from the cover , characterized in that the fitting or fittings (BS) are arranged in said through-hole or through-holes (D).
A refrigerant channel switching unit disposable between a heat source unit and a utilization unit , the refrigerant channel switching unit configured and arranged to switch flow of refrigerant in a refrigerant circuit formed by the heat source unit and the utilization unit, the refrigerant channel switching unit comprising: a first refrigerant pipe (R1) suitable to be connected to a suction gas communicating pipe configured and arranged to extend from the heat source unit; a second refrigerant pipe (R2) suitable to be connected to a high-low pressure gas communicating pipe configured and arranged to extend from the heat source unit; a third refrigerant pipe (R3) suitable to be connected to a gas pipe (GP) configured and arranged to extend to the utilization unit; a coupling portion (J1) connected to the first refrigerant pipe, the second refrigerant pipe and the third refrigerant pipe, the coupling portion configured and arranged to couple the first refrigerant pipe, the second refrigerant pipe and the third refrigerant pipe therethrough; a first switch valve (Ev1) mounted to the first refrigerant pipe; and a second switch valve (Ev2) mounted to the second refrigerant pipe, wherein the second switch valve is disposed in a higher position than the first switch valve, and the third refrigerant pipe is configured and arranged to include a bottom part (B1) in a lowest height position of the third refrigerant pipe, the third refrigerant pipe is connected to the coupling portion at the bottom part, wherein the third refrigerant pipe is configured and arranged to include a tilt part (S1) configured and arranged to extend from the bottom part toward the gas pipe side in an obliquely upwardly tilting posture. a first refrigerant pipe (R1) suitable to be connected to a suction gas communicating pipe configured and arranged to extend from the heat source unit; a second refrigerant pipe (R2) suitable to be connected to a high-low pressure gas communicating pipe configured and arranged to extend from the heat source unit; a third refrigerant pipe (R3) suitable to be connected to a gas pipe (GP) configured and arranged to extend to the utilization unit; a coupling portion (J1) connected to the first refrigerant pipe, the second refrigerant pipe and the third refrigerant pipe, the coupling portion configured and arranged to couple the first refrigerant pipe, the second refrigerant pipe and the third refrigerant pipe therethrough; a first switch valve (Ev1) mounted to the first refrigerant pipe; and a second switch valve (Ev2) mounted to the second refrigerant pipe, wherein the second switch valve is disposed in a higher position than the first switch valve, and the third refrigerant pipe is configured and arranged to include a bottom part (B1) in a lowest height position of the third refrigerant pipe, the third refrigerant pipe is connected to the coupling portion at the bottom part, wherein the third refrigerant pipe is configured and arranged to include a tilt part (S1) configured and arranged to extend from the bottom part toward the gas pipe side in an obliquely upwardly tilting posture.
An optically active material comprising an organic complex containing rare earth or transition metal ions with permitted upper and lower energy states for generation of radiation of a predetermined wavelength by means of a transition between said energy states, the organic complex comprising a halogenated ligand adapted to enhance the emission of radiation by conservation of ions in said upper energy state, the optically active material further comprising a chromophore separately co-operable with a radiation source of wavelength not greater than that of said predetermined desired radiation to excite said chromophore to cross-couple with either the upper permitted energy state or to a higher energy state of said rare earth or transition metal ions from which said ions decay to said upper permitted state thereby to generate said predetermined desired radiation by the subsequent decay of said ions to the permitted lower energy state, characterised in that the chromophore is halogenated.
A barrier film composite , comprising: a heat-shrinkable layer that shrinks at a predetermined temperature, and has a conformable surface for conforming to a shape of a surface of an object (O) when the surface of the object (O) is in physical contact with the heat-shrinkable layer , and a flat surface (S810) disposed opposite to and spaced apart from the conformable surface ; and a barrier layer disposed flat on the flat surface (S810) of the heat-shrinkable layer , wherein a minimum thickness of the heat-shrinkable layer is larger than a thickness of the barrier layer , and the barrier film composite comprises a plurality of alternating layers of the heat-shrinkable layer and the barrier layer . a heat-shrinkable layer that shrinks at a predetermined temperature, and has a conformable surface for conforming to a shape of a surface of an object (O) when the surface of the object (O) is in physical contact with the heat-shrinkable layer , and a flat surface (S810) disposed opposite to and spaced apart from the conformable surface ; and a barrier layer disposed flat on the flat surface (S810) of the heat-shrinkable layer , wherein a minimum thickness of the heat-shrinkable layer is larger than a thickness of the barrier layer , and the barrier film composite comprises a plurality of alternating layers of the heat-shrinkable layer and the barrier layer .
A condensate receiver comprising: a receiving part formed in a circular shape, wherein an outlet of a flue is disposed above the receiving part , and the receiving part is formed in a multi-stage structure to have an increasing separation distance downward from the outlet of the flue with an approach to the inside in a radial direction and receives condensate and combustion gas released by the flue; and a condensate passage extending outward from the center of the receiving part in the radial direction, wherein the condensate passage is configured to connect the inside of the receiving part and the outside of the receiving part to drain the condensate. a receiving part formed in a circular shape, wherein an outlet of a flue is disposed above the receiving part , and the receiving part is formed in a multi-stage structure to have an increasing separation distance downward from the outlet of the flue with an approach to the inside in a radial direction and receives condensate and combustion gas released by the flue; and a condensate passage extending outward from the center of the receiving part in the radial direction, wherein the condensate passage is configured to connect the inside of the receiving part and the outside of the receiving part to drain the condensate.
A planting unit for a seeding machine , comprising: a seed supply ; and a driven seed meter adapted to receive seeds from the seed supply and to dispense a singularized seed to a seed delivery system adapted to deposit the seed within a furrow in the ground of a field; wherein the driven movement of the seed meter is adapted to be controlled by an electronic control unit such as to achieve a pre-defined pattern of the seeds in the field and the planting unit is adapted to skip dispensing of seeds at locations at which a tramline extending in an angle to the travel direction is to be provided according to the pre-defined pattern, characterized in further comprising a seed branch-off assembly, the seed branch-off assembly adapted, upon receipt of a signal from the control unit , to take a seed out of the seed delivery system and to feed it back to the seed supply to provide the skip. a seed supply ; and a driven seed meter adapted to receive seeds from the seed supply and to dispense a singularized seed to a seed delivery system adapted to deposit the seed within a furrow in the ground of a field; wherein the driven movement of the seed meter is adapted to be controlled by an electronic control unit such as to achieve a pre-defined pattern of the seeds in the field and the planting unit is adapted to skip dispensing of seeds at locations at which a tramline extending in an angle to the travel direction is to be provided according to the pre-defined pattern, characterized in further comprising a seed branch-off assembly, the seed branch-off assembly adapted, upon receipt of a signal from the control unit , to take a seed out of the seed delivery system and to feed it back to the seed supply to provide the skip.
Method for navigating a focus element to highlight menu items on a menu bar on a screen by deflecting an actuator (28 to 31) on a remote control , comprising: - Capturing a first control signal dependent on a deflection degree of the actuator (28 to 31) and a second control signal dependent on an actuation force with which the actuator (28 to 31) is deflected; and - Moving the focus element and the menu items relative to each other depending on a comparison of the second control signal and a predetermined condition when the first control signal is captured, wherein the predetermined condition depends on a predetermined force, and the focus element and menu items are discretely shifted by one menu item relative to each other when the comparison of the second control signal and the predetermined condition corresponds to an actuation force greater than the predetermined force, and the focus element and the menu items are shifted relative to each other depending on the deflection degree of the actuator (28 to 31) when the comparison of the second control signal and the predetermined condition corresponds to an actuation force less than the predetermined force. - Capturing a first control signal dependent on a deflection degree of the actuator (28 to 31) and a second control signal dependent on an actuation force with which the actuator (28 to 31) is deflected; and - Moving the focus element and the menu items relative to each other depending on a comparison of the second control signal and a predetermined condition when the first control signal is captured, wherein the predetermined condition depends on a predetermined force, and the focus element and menu items are discretely shifted by one menu item relative to each other when the comparison of the second control signal and the predetermined condition corresponds to an actuation force greater than the predetermined force, and the focus element and the menu items are shifted relative to each other depending on the deflection degree of the actuator (28 to 31) when the comparison of the second control signal and the predetermined condition corresponds to an actuation force less than the predetermined force.
Tool , in particular foaming tool, for processing foamable plastic particles, with at least one region forming at least one portion of a cavity , wherein the tool comprises a base layer and a cover layer which at least partially forms the cavity and is connected to the base layer via an intermediate layer , wherein the intermediate layer can be flowed through by at least one fluid between at least one flow inlet and at least one opening arranged in the cover layer , wherein a plurality of structured members is arranged in the intermediate layer , wherein the cover layer is connected to the base layer via the structured members and the at least one fluid guided in the intermediate layer flows around the periphery of the structured members , characterized in that each structured member comprises a defined number of structured elements , in particular a strut, which extend away from a center of the structured member , wherein the structured elements connect the structured member to the base layer or cover layer or at least one other structured member .
A starter assembly (160; 260; 360; 460; 560; 660; 760) for a gas turbine engine (ENG-1, ENG-2; 20; 120) comprising: a fluid-actuated starter coupled to a spool ; and a controller operable to cause a reduction in torque output of the starter in response to determining that a first predefined threshold is met, the first predefined threshold relating to an engine operational condition, wherein the controller is configured to cause an increase in torque output of the starter in response to determining that a second predefined threshold is met subsequent to the first predefined threshold being met, the second predefined threshold relating to the engine operational condition, and the engine operational condition is an engine light-off condition. a fluid-actuated starter coupled to a spool ; and a controller operable to cause a reduction in torque output of the starter in response to determining that a first predefined threshold is met, the first predefined threshold relating to an engine operational condition, wherein the controller is configured to cause an increase in torque output of the starter in response to determining that a second predefined threshold is met subsequent to the first predefined threshold being met, the second predefined threshold relating to the engine operational condition, and the engine operational condition is an engine light-off condition.
Ferrite core coil device as sensing element for a sensor device for determining rotational speed of a metallic rotatable object , characterized in that the ferrite core coil comprises an electromagnetic coil and a ferrite core having a bed for holding the coil , wherein the ferrite core has a shape of a disk lacking a disk segment, thereby having a shape defined by a contour of the disk and a chord of the disk, wherein the chord forms a bending edge of the ferrite core , wherein a first segment of the coil is not arranged on the bed and a second segment of the coil is arranged on the bed , wherein the first segment is bent around the bending edge at a bending angle (a) with respect to the second segment .
A holder for fixing a module for cooling and/or heating to a ceiling sub construction, wherein a module holder with a first fixation area for the releasable tool-less fixation to the module and with a second fixation area for the releasable tool-less fixation to a profile of the ceiling sub construction is provided, wherein the first fixation area has an abutment section for the support on the module , characterized in that the abutment section has, in an installation position, on a side facing the module , a protruding foot which can be fixed in an exchange-safe manner in a corresponding latch recess of the module , wherein the foot has an approximate T-shape in cross-section, wherein a transversely running section of the T-shaped foot has differently designed ends and wherein a perpendicular section of the T-shaped foot is centrally molded onto the transversely running section on the one side and onto the abutment section on the other side.
Method for producing n-conducting organic-electrical layers, characterized in that an n-dopant of formula 2 where R 1 to R 4 independently of one another are selected from the group of R comprising a bond, H, D, C1-C60 saturated or unsaturated alkyl, cycloalkyl, heteroalkyl, heterocycloalkyl; C1-C60 aryl, alkylaryl, heteroaryl; R 5 is selected from NR 2 and [-N=P(NR 2 ) 2 -] n where n = 1 to 5; and R 6 is selected from the group of R and [-P(NR 2 ) 2 =N-] n where n = 1 to 5, it being possible for the substituents independently of one another to be joined to form cyclic units; wherein the dopant is a compound having a noncyclic aminophosphazene scaffold; is deposited together with an organic electron transport material within a layer, and the n-dopant and the electron transport material are reacted. R 1 to R 4 independently of one another are selected from the group of R comprising a bond, H, D, C1-C60 saturated or unsaturated alkyl, cycloalkyl, heteroalkyl, heterocycloalkyl; C1-C60 aryl, alkylaryl, heteroaryl; R 5 is selected from NR 2 and [-N=P(NR 2 ) 2 -] n where n = 1 to 5; and R 6 is selected from the group of R and [-P(NR 2 ) 2 =N-] n where n = 1 to 5, it being possible for the substituents independently of one another to be joined to form cyclic units; wherein the dopant is a compound having a noncyclic aminophosphazene scaffold; is deposited together with an organic electron transport material within a layer, and the n-dopant and the electron transport material are reacted.
A system for controlling the movement of an insect between multiple light sources, wherein the system comprises a first light source , a second light source , and a controller for independently controlling the first and second light source (50; 52), characterized in that each of the first and second light sources (50; 52) has a first lighting element and a second lighting element , wherein the first lighting element has a first spectral power distribution and the second lighting element has a second spectral power distribution different from the first spectral power distribution, wherein the insect displays preferential phototaxic behavior towards one of the first and second spectral power distributions, and wherein the first and second spectral power distributions have the same color temperature and color rendering index.
A rotor blade access system having a maintenance chamber which is arranged on a support frame and which can be moved horizontally and actively relative to same, the support frame being supported on a tower of a wind turbine, in the horizontal direction against the tower , the support frame having a transverse profile and two longitudinal profiles spaced from one another by means of the transverse profile , and each longitudinal profile of the support frame being connected to the transverse profile via a pivot joint such that it can rotate in the horizontal plane, characterised in that the maintenance chamber is designed such that it can be moved along the longitudinal profiles in the tower radial direction on two sides, independently of one another, by means of drive units , and such that it can be temporarily fixed on the longitudinal profiles independently of one another, wherein the maintenance chamber is designed to be able to execute a movement in the horizontal plane because the maintenance chamber is fixed on a longitudinal profile on one side and can move on the opposite longitudinal profile on the other side.