mhurhangee/ep-ind-claims huggingface dataset:
A securing device of a rim comprising: a rim having a connection bridge and two walls extending from the connection bridge, multiple installation holes defined through the connection bridge; multiple spoke units and each spoke unit having a spoke, a first fixing member and a second fixing member, each spoke having a first end adapted to be connected to a hub and a second end of each spoke having an outer threaded section which extends through the installation hole, the first fixing member being a tubular member and having a first fixing portion which includes inner threads, the first fixing portion being threadedly connected to the outer threaded section of the spoke, a second fixing portion and a third fixing portion extending from the first fixing portion with the second fixing portion located between the first and third fixing portions, the third fixing portion having outer threads, a passage defined through the first, second and third fixing portions (31, 32, 33), the spoke extending through the passage, the second fixing member being a tubular member and slipped over the spoke, a connection portion having inner threads defined in the second fixing member and the connection portion threadedly connected to the third fixing portion, characterized by the fact that the second fixing member has a curved guide portion whose outer shape is matched with the installation hole to adjust the spoke relative to the rim. a rim having a connection bridge and two walls extending from the connection bridge, multiple installation holes defined through the connection bridge; multiple spoke units and each spoke unit having a spoke, a first fixing member and a second fixing member, each spoke having a first end adapted to be connected to a hub and a second end of each spoke having an outer threaded section which extends through the installation hole, the first fixing member being a tubular member and having a first fixing portion which includes inner threads, the first fixing portion being threadedly connected to the outer threaded section of the spoke, a second fixing portion and a third fixing portion extending from the first fixing portion with the second fixing portion located between the first and third fixing portions, the third fixing portion having outer threads, a passage defined through the first, second and third fixing portions (31, 32, 33), the spoke extending through the passage, the second fixing member being a tubular member and slipped over the spoke, a connection portion having inner threads defined in the second fixing member and the connection portion threadedly connected to the third fixing portion, characterized by the fact that the second fixing member has a curved guide portion whose outer shape is matched with the installation hole to adjust the spoke relative to the rim.
Indicator of ice formation able to be installed in a structural element of an aircraft in a first position and to adopt a second position under the effect of forces exerted by the ice forming in a determined region of a hollow part of the structural element, characterised by non-return means able to limit a movement of the indicator from the second position towards the first position.
Hubcap for a wheel with a floating seat for a tyre, the wheel being formed by the assembly of a rigid wheel base and two flexible rim lateral parts (251, 252) comprising a tyre seat provided with a flange, said hubcap comprising: • a central edge (11, 11B) situated at a radius R 1 and comprising fixing elements for securing to the wheel, • an exterior periphery (12, 12B) inscribed on a circle of radius R 2, characterized in that the exterior periphery (12, 12B) is arranged so as to be able to collaborate with a functional clearance "J" with respect to a rim lateral part and in that: • the exterior periphery (12, 12B) comprises a plurality of exterior segments forming arcs of circles contained on a circle circumscribed radially to the outside of the central edge (11, 11B), said exterior segments have a shape of revolution capable, in the mounted position, of being almost parallel to the radially interior face of said rim lateral part axially on the outside, facing the flange, the exterior segments are radially displaceable, • the exterior segments are connected to the central edge by at least one deformable arm, • the exterior segments are extended axially inwards by deformable tabs, the tabs comprising fixing elements (10, 10B) for securing to the rigid part of the wheel, and in that said central edge (11, 11B) and said exterior periphery (12, 12B) are in accordance with at least one of the following two arrangements: • the exterior periphery (12, 12B) is axially distant from the closest of the fixing elements for securing to the wheel by a value exceeding 10% of the radius R 2, • the circle of radius R 1 represents at most 90% of radius R 2. • a central edge (11, 11B) situated at a radius R 1 and comprising fixing elements for securing to the wheel, • an exterior periphery (12, 12B) inscribed on a circle of radius R 2, characterized in that the exterior periphery (12, 12B) is arranged so as to be able to collaborate with a functional clearance "J" with respect to a rim lateral part and in that: • the exterior periphery (12, 12B) comprises a plurality of exterior segments forming arcs of circles contained on a circle circumscribed radially to the outside of the central edge (11, 11B), said exterior segments have a shape of revolution capable, in the mounted position, of being almost parallel to the radially interior face of said rim lateral part axially on the outside, facing the flange, the exterior segments are radially displaceable, • the exterior segments are connected to the central edge by at least one deformable arm, • the exterior segments are extended axially inwards by deformable tabs, the tabs comprising fixing elements (10, 10B) for securing to the rigid part of the wheel, • the exterior periphery (12, 12B) is axially distant from the closest of the fixing elements for securing to the wheel by a value exceeding 10% of the radius R 2, • the circle of radius R 1 represents at most 90% of radius R 2.
A medicament delivery device comprising: - a main body; - a medicament enclosure arranged in the main body, wherein the medicament enclosure comprises a medicament; - a delivery member shield unit slidably arranged in the main body; - a removable cap releasably coupled to the delivery member shield unit; - a dose knob configured to rotate with respect to the main body for setting a dose of the medicament; characterized in that prior to a dose of the medicament being set, the delivery member shield unit and the removable cap are axially locked with respect to the main body; and wherein, after a dose of the medicament is set, the delivery member shield unit and the removable cap are axially moveable with respect to the main body. - a main body; - a medicament enclosure arranged in the main body, wherein the medicament enclosure comprises a medicament; - a delivery member shield unit slidably arranged in the main body; - a removable cap releasably coupled to the delivery member shield unit; - a dose knob configured to rotate with respect to the main body for setting a dose of the medicament; characterized in that
A method of comparing the positions of a first image and a second image, the images being frames in respective video sequences, the method comprising the steps of; (i) identifying the location of the second image within a window; (ii) scaling the first image to the approximate size of the second image; (iii) positioning the scaled first image in a window in a position approximately corresponding to the location of the second image in its window; (iv) generating a measure of fit between the first image and the second image; (v) re-positioning one of the images and repeating steps (iv) and (v) to identify positions having an increased measure of fit value, characterised in that in step (ii) the size of the first image is initially reduced to a size smaller than the size of the window containing the second image, and in step (iv) a maximum measure of fit value for that first image size is determined, and if the maximum measure of fit value for that first image size does not reach a threshold measure of fit value then in step (v) the first image is further reduced in size and the maximum measure of fit value is generated for that further reduced size. (i) identifying the location of the second image within a window; (ii) scaling the first image to the approximate size of the second image; (iii) positioning the scaled first image in a window in a position approximately corresponding to the location of the second image in its window; (iv) generating a measure of fit between the first image and the second image; (v) re-positioning one of the images
A glare shield device, which is designed to selectively block light from a source of glare, at least partially for an eye (403, 404) of a viewer, wherein the glare shield device comprises at least a first translucent layer (431, 441) having a multiplicity of elements, characterised in that the translucency of the multiplicity of elements can be changed separately, wherein the elements of the multiplicity of elements each have a viewing direction range (421, 443), wherein a reduction in the translucency of an element is perceived more strongly when viewing with an eye (403, 404) of the viewer from a direction within the viewing direction range (421, 443) than when viewing from a direction outside the viewing direction range (421, 443), wherein the glare shield device is designed to select a first element from the multiplicity of elements of the first layer (431, 441), such that - the first element lies on a light trajectory between the source of glare and a first eye of the viewer, - the light trajectory lies between the source of glare and the first eye within the viewing direction range (421, 443) of the first element, and - a light trajectory between the source of glare and a second eye of the viewer lies outside the viewing direction range (421, 443) of the first element. - the first element lies on a light trajectory between the source of glare and a first eye of the viewer, - the light trajectory lies between the source of glare and the first eye within the viewing direction range (421, 443) of the first element, and - a light trajectory between the source of glare and a second eye of the viewer lies outside the viewing direction range (421, 443) of the first element.
A substrate treating apparatus for performing a predetermined treatment on a substrate, the apparatus comprising: a recipe memory unit configured to store a recipe, specifying operation details and an execution order of a component that forms the substrate treating apparatus, to perform the predetermined treatment; an imaging unit provided at a predetermined location and configured to image the component as a real image at work; a normal image memory unit configured to simulate a condition in advance where the component normally operates in response to the recipe and store in advance a normal image at this time in a view from the location in accordance with three-dimensional design information of the substrate treating apparatus; an operation controller configured to control the component in response to the recipe to perform the predetermined treatment; and an abnormality detecting unit configured to detect an abnormality in accordance with a difference between the normal image synchronized with operation of the recipe and the real image at work when the operation controller actually treats the substrate in response to the recipe. a recipe memory unit configured to store a recipe, specifying operation details and an execution order of a component that forms the substrate treating apparatus, to perform the predetermined treatment; an imaging unit provided at a predetermined location and configured to image the component as a real image at work; a normal image memory unit configured to simulate a condition in advance where the component normally operates in response to the recipe and store in advance a normal image at this time in a view from the location in accordance with three-dimensional design information of the substrate treating apparatus; an operation controller configured to control the component in response to the recipe to perform the predetermined treatment; and an abnormality detecting unit configured to detect an abnormality in accordance with a difference between the normal image synchronized with operation of the recipe and the real image at work when the operation controller actually treats the substrate in response to the recipe.
A nacelle assembly for a wind turbine, the nacelle assembly being connected to wind turbine tower through a yaw system and having a front region coupled to a rotor comprising a rotor hub and at least one rotor blade, the nacelle assembly comprising: a nacelle having a cover structure to enclose wind turbine components, the cover structure comprising a front side arranged at the front region; a rear side opposite to the front side; a first and a second lateral side; and a top side and a bottom side; the cover structure extending from the front side to the rear side along a longitudinal axis; and the nacelle assembly further comprising: an add-on wind flow deflector system coupled to an outside of the cover structure to guide wind flowing to the nacelle for reducing a drag of the nacelle when a wind direction is misaligned with respect to the longitudinal axis in a yaw system failure event. a nacelle having a cover structure to enclose wind turbine components, the cover structure comprising a front side arranged at the front region; a rear side opposite to the front side; a first and a second lateral side; and a top side and a bottom side; the cover structure extending from the front side to the rear side along a longitudinal axis; and the nacelle assembly further comprising: an add-on wind flow deflector system coupled to an outside of the cover structure to guide wind flowing to the nacelle for reducing a drag of the nacelle when a wind direction is misaligned with respect to the longitudinal axis in a yaw system failure event.
A motor into which is incorporated a sensor magnet holder for mounting a sensor magnet on a motor shaft in such a manner as to face a magnetic sensing element provided on a stationary section of the motor so as to acquire a signal corresponding to a change in rotational position of the motor shaft, wherein: the sensor magnet holder has a press fit portion, which is an inner circumferential part of a cylindrical portion, to be press-fitted to the motor shaft, a magnet rear-end engagement portion, and a plurality of plate-like snap fit tongues formed integral with one another; the plurality of plate-like snap fit tongues extend from an inner diametral part of the cylindrical portion in an axial direction of the motor shaft and have respective magnet front-end engagement portions formed on an outer diametral side of their tip portions; and at least one of the snap fit tongues is brought into contact with at least one flat surface of the sensor magnet formed on its inner circumference, by utilizing elasticity of the snap fit tongues, and the sensor magnet is retained between the magnet rear-end engagement portion and the magnet front-end engagement portions; characterized in that the magnet rear-end engagement portion has a plurality of bosses formed on its end surface, and, in engagement of the sensor magnet, tips of the bosses are crushed, thereby fixing the sensor magnet with respect to the axial direction of the motor shaft. the sensor magnet holder has a press fit portion, which is an inner circumferential part of a cylindrical portion, to be press-fitted to the motor shaft, a magnet rear-end engagement portion, and a plurality of plate-like snap fit tongues formed integral with one another; the plurality of plate-like snap fit tongues extend from an inner diametral part of the cylindrical portion in an axial direction of the motor shaft and have respective magnet front-end engagement portions formed on an outer diametral side of their tip portions; and at least one of the snap fit tongues is brought into contact with at least one flat surface of the sensor magnet formed on its inner circumference, by utilizing elasticity of the snap fit tongues, and the sensor magnet is retained between the magnet rear-end engagement portion and the magnet front-end engagement portions; characterized in that the magnet rear-end engagement portion has a plurality of bosses formed on its end surface, and, in engagement of the sensor magnet, tips of the bosses are crushed, thereby fixing the sensor magnet with respect to the axial direction of the motor shaft.
A method for a mobility management entity, MME, comprising: receiving a communication pattern, CP, parameter relating to at least one of uplink data and downlink data from a service capability exposure function, SCEF, node via a home subscriber server, HSS; and sending the CP parameter relating to at least one of uplink data and downlink data to a base station using a context request message relating to user equipment or a handover request message, wherein the CP parameter relating to at least one of uplink data and downlink data is used by the base station for controlling a transmission resource used for traffic of control data or user data. receiving a communication pattern, CP, parameter relating to at least one of uplink data and downlink data from a service capability exposure function, SCEF, node via a home subscriber server, HSS; and sending the CP parameter relating to at least one of uplink data and downlink data to a base station using a context request message relating to user equipment or a handover request message, wherein the CP parameter relating to at least one of uplink data and downlink data is used by the base station for controlling a transmission resource used for traffic of control data or user data.
A heat exchanger for cooling fluid passing through the exchanger, said heat exchanger comprising: a hot fluid flowpath for carrying a hot fluid from a hot fluid inlet to a hot fluid outlet downstream from the hot fluid inlet, at least a portion of said hot fluid flowpath being defined by a thermally conductive wall permitting thermal energy to transfer from hot fluid flowing through the hot fluid flowpath; and a cold air flowpath for carrying a cold air from a cold air inlet to a cold air outlet downstream from the cold air inlet, at least a portion of said cold air flowpath being defined by the thermally conductive wall in thermal communication with the thermally conductive wall permitting thermal energy to transfer from hot fluid flowing through the hot fluid flowpath to cold air flowing through the cold air flowpath, characterized in that the cold air flowpath includes a separator for separating ice particles from the cold air flowing through the cold air flowpath, the separator including a passage having a bottom wall, an end wall, and a side wall defined at least in part by a porous wall through which a majority of cold air entering the separator passes, the end wall having an ice particle discharge opening adjacent the bottom wall permitting a minority of the cold air entering the separator to carry ice particles separated from the majority of cold air through the opening. a hot fluid flowpath for carrying a hot fluid from a hot fluid inlet to a hot fluid outlet downstream from the hot fluid inlet, at least a portion of said hot fluid flowpath being defined by a thermally conductive wall permitting thermal energy to transfer from hot fluid flowing through the hot fluid flowpath; and a cold air flowpath for carrying a cold air from a cold air inlet to a cold air outlet downstream from the cold air inlet, at least a portion of said cold air flowpath being defined by the thermally conductive wall in thermal communication with the thermally conductive wall permitting thermal energy to transfer from hot fluid flowing through the hot fluid flowpath to cold air flowing through the cold air flowpath, characterized in that the cold air flowpath includes a separator for separating ice particles from the cold air flowing through the cold air flowpath, the separator including a passage having a bottom wall, an end wall, and a side wall defined at least in part by a porous wall through which a majority of cold air entering the separator passes, the end wall having an ice particle discharge opening adjacent the bottom wall permitting a minority of the cold air entering the separator to carry ice particles separated from the majority of cold air through the opening.
A method of wireless communications for a user equipment, UE, comprising: receiving two or more demodulation reference signals, DMRSs, over a multi-symbol downlink control channel, wherein the multi-symbol downlink control channel is a multi-user multiple-input multiple-output, MU-MIMO, downlink channel; identifying whether a control channel element, CCE,-to-resource element group, REG, mapping for the multi-symbol downlink control channel is a time-first CCE-to-REG mapping or a frequency-first CCE-to-REG mapping; when it is identified that the CCE-to-RGE mapping is a time-first CCE-to-REG mapping, identifying an orthogonal DMRS of the two or more DMRSs based on the time-first CCE-to-REG mapping; and decoding the multi-symbol downlink control channel based on at least the identified orthogonal DMRS. receiving two or more demodulation reference signals, DMRSs, over a multi-symbol downlink control channel, wherein the multi-symbol downlink control channel is a multi-user multiple-input multiple-output, MU-MIMO, downlink channel; identifying whether a control channel element, CCE,-to-resource element group, REG, mapping for the multi-symbol downlink control channel is a time-first CCE-to-REG mapping or a frequency-first CCE-to-REG mapping; when it is identified that the CCE-to-RGE mapping is a time-first CCE-to-REG mapping, identifying an orthogonal DMRS of the two or more DMRSs based on the time-first CCE-to-REG mapping; and decoding the multi-symbol downlink control channel based on at least the identified orthogonal DMRS.