mhurhangee/patent-ind-claim-en huggingface dataset:
An electric motor or generator comprising a stator comprising a heat sink , at least one coil , and a control module having a housing , wherein the at least one coil is formed on stator tooth laminations to form a coil winding, wherein the stator tooth laminations are mounted on the heat sink , wherein the control module is mounted on a planar portion of stator heat sink , wherein the control module housing includes a Hall sensor and a partial toroid made of ferromagnetic material for detecting current flow, a control device for controlling current flow in the coil winding based on the current flow detected by the Hall sensor, wherein the partial toroid has a section missing from the toroid that substantially corresponds to the size of the Hall sensor and is replaced with the Hall sensor, wherein an end portion of the coil winding protrudes through the planar portion of the stator heat sink and extends away therefrom in a substantially perpendicular direction relative to the planar portion of the stator heat sink, wherein an aperture is formed on the side of the control module housing that is mounted adjacent to the planar portion of the stator heat sink , wherein the aperture is sized and positioned to match the position and diameter of the end portion of the coil winding that extend from the planar portion of the stator heat sink , thereby allowing the end portion of the coil winding to extend through the aperture , wherein a recess is formed around the aperture on the surface of the control module housing opposite to that mounted adjacent to the planar portion of the stator heat sink , characterised in that the recess includes a conduit section formed around the aperture in order to facilitate the guiding of the end portion of the coil winding, wherein the partial toroid is fitted in the recess around the conduit.
A stator of a linear compressor, comprising: first stator pieces that are circumferentially and sequentially arranged about an axial direction and are radially disposed; and second stator pieces that are provided between outer parts of the adjacent first stator pieces ; wherein an outer side, away from a motor axis, of the second stator pieces is aligned with an outer circumference of the stator, wherein each of the first stator pieces is formed of a stack of multiple stator laminations, and each of the second stator pieces is formed of a single stator sheet or a stack of multiple stator laminations, characterized in that : the stator laminations on the circumferential outsides of the first stator pieces are bent along the axial direction to form bending portions opposite to the first stator pieces , the bending portions are disposed parallel to the angle bisectors of the angles formed by the adjacent first stator pieces , and the second stator pieces are fixed by extending into a space defined between the bending portions of the adjacent first stator pieces . first stator pieces that are circumferentially and sequentially arranged about an axial direction and are radially disposed; and second stator pieces that are provided between outer parts of the adjacent first stator pieces ; wherein an outer side, away from a motor axis, of the second stator pieces is aligned with an outer circumference of the stator, wherein each of the first stator pieces is formed of a stack of multiple stator laminations, and each of the second stator pieces is formed of a single stator sheet or a stack of multiple stator laminations, characterized in that : the stator laminations on the circumferential outsides of the first stator pieces are bent along the axial direction to form bending portions opposite to the first stator pieces , the bending portions are disposed parallel to the angle bisectors of the angles formed by the adjacent first stator pieces , and the second stator pieces are fixed by extending into a space defined between the bending portions of the adjacent first stator pieces .
A porous titanium-based sintered body, having a porosity of 50% to 75%, an average pore diameter of 23 μm to 45 μm, and a specific surface area of 0.020 m 2 /g to 0.065 m 2 /g; and having a bending strength of 22 MPa or more, wherein the porosity, the average pore diameter, the specific surface area, and the bending strength are determined by the measurement methods defined in the description. having a bending strength of 22 MPa or more, wherein the porosity, the average pore diameter, the specific surface area, and the bending strength are determined by the measurement methods defined in the description.
Household appliance device with at least one light emission unit (10; 10a) and at least one support unit (12; 12a) which receives a weight force of the light emission unit (10; 10a) at least partially, wherein the support unit (12; 12a) is moulded at least partially onto the light emission unit (10; 10a), wherein the light emission unit (10; 10a) has at least one electroluminescence light emission means (14; 14a), which is embodied as a film (16; 16a) and is formed partially from polycarbonate, characterised in that the light emission unit (10; 10a) at least partially forms at least one plug connection means (20; 20a) in order to achieve at least a structurally simple fastening of an electrical connection, wherein electrical contact surfaces (28; 28a), embodied as metal surfaces, are printed onto the electroluminescence light emission means (14; 14a).
A sensor device comprising: a sensor die comprising: a first member and a second member that are attached together, wherein a buried cavity is formed between the first and second members, a first membrane integral with the first member , the first membrane disposed between a first outside surface of the sensor die and the buried cavity in the sensor die extending a depth from the outside surface , wherein the first membrane is configured to deflect into the buried cavity in response to external force disposed thereon; wherein the second member includes a recessed section formed in the second member and positioned directly opposite the first membrane to provide the buried cavity ; a second membrane integral with the second member , the second membrane disposed between the buried cavity and a recessed section of a second outside surface of the sensor die that is opposite the first outside surface , wherein the second membrane is configured to deflect by contact from the first membrane when the first membrane is deflected in response to an external force; wherein the second member comprises the recessed section disposed along an outer surface of the second member and forms a backside cavity positioned opposite from the buried cavity ; and electrical sensing elements disposed within the sensor die for measuring movement of the first and second sensing membranes. a first member and a second member that are attached together, wherein a buried cavity is formed between the first and second members, a first membrane integral with the first member , the first membrane disposed between a first outside surface of the sensor die and the buried cavity in the sensor die extending a depth from the outside surface , wherein the first membrane is configured to deflect into the buried cavity in response to external force disposed thereon; wherein the second member includes a recessed section formed in the second member and positioned directly opposite the first membrane to provide the buried cavity ; a second membrane integral with the second member , the second membrane disposed between the buried cavity and a recessed section of a second outside surface of the sensor die that is opposite the first outside surface , wherein the second membrane is configured to deflect by contact from the first membrane when the first membrane is deflected in response to an external force; wherein the second member comprises the recessed section disposed along an outer surface of the second member and forms a backside cavity positioned opposite from the buried cavity ; and electrical sensing elements disposed within the sensor die for measuring movement of the first and second sensing membranes.
A bearing assembly of a gas turbine engine , comprising: a bearing inner race ; a bearing outer race located radially outboard of the bearing inner race; a plurality of bearing elements located between the bearing inner race and the bearing outer race; and a centering spring operably connected to and supporting of the bearing outer race, the centering spring being an annular structure including: a base portion ; a tip portion ; and a plurality of beams extending axially between the base portion and the tip portion, wherein the bearing outer race and the centering spring are configured to rotate about an engine central longitudinal axis, the bearing assembly being characterised in that the bearing outer race is connected to the base portion via insertion of a first end of the bearing outer race into one or more slots defined in the base portion. a bearing inner race ; a bearing outer race located radially outboard of the bearing inner race; a plurality of bearing elements located between the bearing inner race and the bearing outer race; and a centering spring operably connected to and supporting of the bearing outer race, the centering spring being an annular structure including: a base portion ; a tip portion ; and a plurality of beams extending axially between the base portion and the tip portion, a base portion ; a tip portion ; and a plurality of beams extending axially between the base portion and the tip portion, wherein the bearing outer race and the centering spring are configured to rotate about an engine central longitudinal axis, the bearing assembly being characterised in that the bearing outer race is connected to the base portion via insertion of a first end of the bearing outer race into one or more slots defined in the base portion.
A method of effecting heat exchange between counter current airflows in an evaporative heat exchanger, said heat exchanger including a heat exchange core comprising a plurality of alternating wet and dry passages (52, 82; 50, 80), each passage comprising opposed corrugated surfaces , the opposed corrugated surfaces of each wet passage including a water wettable material adapted to retain water and transfer water vapour from the wettable material to air flowing along each respective wet passage ; the corrugated surfaces of each dry passage being vapour resistant and cooled as water vapour transfers from the wettable material to air flowing along each adjacent wet passage , and causing a portion of the airflow exiting the dry passages to be returned to the wet passages in counter flow to the airflow in the dry passages , wherein the corrugations of the opposed corrugated surfaces are at intersecting angles , and comprising directing the counter current airflows in the wet and dry passages (52, 82; 50, 80) in a substantially horizontal direction, supplying water from above the core to the wettable material of the wet passages in a descending flow pattern and preventing water from entering and descending the dry passages . the corrugated surfaces of each dry passage being vapour resistant and cooled as water vapour transfers from the wettable material to air flowing along each adjacent wet passage , and causing a portion of the airflow exiting the dry passages to be returned to the wet passages in counter flow to the airflow in the dry passages , wherein the corrugations of the opposed corrugated surfaces are at intersecting angles , and comprising directing the counter current airflows in the wet and dry passages (52, 82; 50, 80) in a substantially horizontal direction, supplying water from above the core to the wettable material of the wet passages in a descending flow pattern and preventing water from entering and descending the dry passages .
A bra comprising: a front portion ; a back portion ; a pair of side portions connecting the front portion and the back portion of the bra ; an underband portion extending from a lower margin of the front portion , the back portion , and the pair of side portions of the bra, the underband portion comprising at least a first layer of material and a second layer of material positioned adjacent and external to the first layer of material ; and a first pocket space formed between the first layer of material and the second layer of material of the underband portion , wherein the first layer of material of the underband portion has a least a first perimeter edge and wherein the second layer of material of the underband portion has at least a second perimeter edge , characterized in that the first perimeter edge of the first layer of material is continuously affixed to the lower margin of the front portion , the back portion , and the pair of side portions , wherein the second perimeter edge of the second layer of material is continuously affixed to the lower margin of the front portion , the back portion , and the pair of side portions except for at least a first area where the second perimeter edge of the second layer of material is unaffixed to the lower margin of the front portion . a front portion ; a back portion ; a pair of side portions connecting the front portion and the back portion of the bra ; an underband portion extending from a lower margin of the front portion , the back portion , and the pair of side portions of the bra, the underband portion comprising at least a first layer of material and a second layer of material positioned adjacent and external to the first layer of material ; and a first pocket space formed between the first layer of material and the second layer of material of the underband portion , wherein the first layer of material of the underband portion has a least a first perimeter edge and wherein the second layer of material of the underband portion has at least a second perimeter edge , characterized in that the first perimeter edge of the first layer of material is continuously affixed to the lower margin of the front portion , the back portion , and the pair of side portions , wherein the second perimeter edge of the second layer of material is continuously affixed to the lower margin of the front portion , the back portion , and the pair of side portions except for at least a first area where the second perimeter edge of the second layer of material is unaffixed to the lower margin of the front portion .
An article of footwear , comprising: a motorized tensioning system that is configured to adjust a tension level of the article of footwear from a first tension level to a second tension level, wherein the first tension level is greater than the second tension level; the motorized tensioning system including a motor ; wherein there is a first current level associated with operating the motor when the article of footwear is tensioned at the first tension level, wherein there is a second current level associated with operating the motor when the article of footwear is tensioned at the second tension level; wherein the first current level is different from the second current level; and characterized in that , following the initiation of a save preset command, the motor is configured to operate according to a sequence in which the motor is configured to operate in a reverse direction to decrease the tension level of the article of footwear , then in a forward direction to increase the tension level of the article of footwear , and that the motorized tensioning system is configured to measure current levels following the operation of the motor in the forward direction in order to determine the tension level of the article of footwear , and to store the current as a preset. a motorized tensioning system that is configured to adjust a tension level of the article of footwear from a first tension level to a second tension level, wherein the first tension level is greater than the second tension level; the motorized tensioning system including a motor ; wherein there is a first current level associated with operating the motor when the article of footwear is tensioned at the first tension level, wherein there is a second current level associated with operating the motor when the article of footwear is tensioned at the second tension level; wherein the first current level is different from the second current level; and characterized in that , following the initiation of a save preset command, the motor is configured to operate according to a sequence in which the motor is configured to operate in a reverse direction to decrease the tension level of the article of footwear , then in a forward direction to increase the tension level of the article of footwear , and that the motorized tensioning system is configured to measure current levels following the operation of the motor in the forward direction in order to determine the tension level of the article of footwear , and to store the current as a preset.
A floor cleaning system comprising: a floor cleaning machine comprising: at least one drive wheel operable to drive the floor cleaning machine across a floor surface to be cleaned; a cleaning head being configured to clean the floor surface as the floor cleaning machine is driven across the floor surface by the at least one drive wheel ; a cleaning fluid reservoir ; a waste fluid reservoir ; and a docking station to which the floor cleaning machine is configured to dock, the docking station comprising: a platform comprising a drain , the platform being arranged to receive the floor cleaning machine in a position in which at least a portion of an underside of the floor cleaning machine is positioned over the platform ; characterised in that at least one flushing orifice is arranged to deliver a device cleaning fluid to at least the cleaning head of the floor cleaning machine . a floor cleaning machine comprising: at least one drive wheel operable to drive the floor cleaning machine across a floor surface to be cleaned; a cleaning head being configured to clean the floor surface as the floor cleaning machine is driven across the floor surface by the at least one drive wheel ; a cleaning fluid reservoir ; a waste fluid reservoir ; and at least one drive wheel operable to drive the floor cleaning machine across a floor surface to be cleaned; a cleaning head being configured to clean the floor surface as the floor cleaning machine is driven across the floor surface by the at least one drive wheel ; a cleaning fluid reservoir ; a waste fluid reservoir ; and a docking station to which the floor cleaning machine is configured to dock, the docking station comprising: a platform comprising a drain , the platform being arranged to receive the floor cleaning machine in a position in which at least a portion of an underside of the floor cleaning machine is positioned over the platform ; characterised in that at least one flushing orifice is arranged to deliver a device cleaning fluid to at least the cleaning head of the floor cleaning machine .
An estimation method for estimating at least one quality index (I1, I2, I3) of a gray-scale encoded three-dimensional image (im3D) of a composite material part , the estimation method comprising: • an obtaining step (E20) for obtaining a histogram (HIST) from the image, representing for each class of a plurality of classes each comprising at least one gray-scale level, the number of voxels of the image having a gray-scale level belonging to the class; • an extraction step (E40) for extracting a predetermined number of Gaussian functions present in the histogram, the predetermined number corresponding to a number of distinct phases present in the composite material greater than two ; and • an estimation step (E60) for estimating at least one quality index of the image from parameters characterizing the Gaussian functions extracted from the histogram. • an obtaining step (E20) for obtaining a histogram (HIST) from the image, representing for each class of a plurality of classes each comprising at least one gray-scale level, the number of voxels of the image having a gray-scale level belonging to the class; • an extraction step (E40) for extracting a predetermined number of Gaussian functions present in the histogram, the predetermined number corresponding to a number of distinct phases present in the composite material greater than two ; and • an estimation step (E60) for estimating at least one quality index of the image from parameters characterizing the Gaussian functions extracted from the histogram.
A method for performing a procedure for releasing a direct communication link, which is a sidelink which uses a PC5 interface, in a wireless communication system, the method performed by a remote user equipment, remote UE, and comprising: receiving (S171), from a relay UE, a connection release message for releasing a direct communication link between the relay UE and the remote UE, wherein the connection release message informs a release reason that the direct communication link between the remote UE and the relay UE is not allowed, releasing the direct communication link based on the connection release message, stopping to attempt (S172) to establish the direct communication link between the remote UE and the relay UE in a time duration, where the time duration is autonomously determined by the UE, and triggering a relay reselection procedure based on the connection release message, wherein the relay reselection procedure includes excluding the relay UE from candidate relay UEs, wherein each of the relay UE and the remote UE is a public safety UE. receiving (S171), from a relay UE, a connection release message for releasing a direct communication link between the relay UE and the remote UE, wherein the connection release message informs a release reason that the direct communication link between the remote UE and the relay UE is not allowed, releasing the direct communication link based on the connection release message, stopping to attempt (S172) to establish the direct communication link between the remote UE and the relay UE in a time duration, where the time duration is autonomously determined by the UE, and triggering a relay reselection procedure based on the connection release message, wherein the relay reselection procedure includes excluding the relay UE from candidate relay UEs, wherein each of the relay UE and the remote UE is a public safety UE.
A method for shear processing to shear a workpiece so as to cross a weld zone of the workpiece by using a shear processing device comprising a die , a stopper , and a punch , the workpiece obtained by welding two metal sheets, the weld zone comprising a weld metal and heat affected zone, wherein the punch has a cutting edge and two protrusions protruding from the cutting edge of the punch in the movement direction of the punch, and all or a part of the weld zone of the workpiece are positioned between the two protrusions of the punch, wherein in the shear processing, the workpiece is curved with a part including the weld zone sandwiched by the two protrusions being warped downward, and the workpiece is sheared upon receiving the shearing action by the punch and the die in a curved state warped downward. wherein the punch has a cutting edge and two protrusions protruding from the cutting edge of the punch in the movement direction of the punch, and all or a part of the weld zone of the workpiece are positioned between the two protrusions of the punch, wherein in the shear processing, the workpiece is curved with a part including the weld zone sandwiched by the two protrusions being warped downward, and the workpiece is sheared upon receiving the shearing action by the punch and the die in a curved state warped downward.