mhurhangee/ep-ind-claims huggingface dataset:
A three-phase electric motor, comprising: a stator with a plurality of slots; a first layer of windings corresponding to a first phase of said three-phase electric motor, wherein said first layer of windings occupies every slot of said plurality of slots, wherein said first layer of windings comprises a first plurality of poles, and wherein each pole of said first plurality of poles is comprised of a plurality of concentric and non-overlapping coils; a second layer of windings corresponding to a second phase of said three-phase electric motor, wherein said second layer of windings occupies every slot of said plurality of slots, wherein said second layer of windings comprises a second plurality of poles, and wherein each pole of said second plurality of poles is comprised of a plurality of concentric and non-overlapping coils; and a third layer of windings corresponding to a third phase of said three-phase electric motor, wherein said third layer of windings occupies every slot of said plurality of slots, wherein said third layer of windings comprises a third plurality of poles, and wherein each pole of said third plurality of poles is comprised of a plurality of concentric and non-overlapping coils. a stator with a plurality of slots; a first layer of windings corresponding to a first phase of said three-phase electric motor, wherein said first layer of windings occupies every slot of said plurality of slots, wherein said first layer of windings comprises a first plurality of poles, and wherein each pole of said first plurality of poles is comprised of a plurality of concentric and non-overlapping coils; a second layer of windings corresponding to a second phase of said three-phase electric motor, wherein said second layer of windings occupies every slot of said plurality of slots, wherein said second layer of windings comprises a second plurality of poles, and wherein each pole of said second plurality of poles is comprised of a plurality of concentric and non-overlapping coils; and a third layer of windings corresponding to a third phase of said three-phase electric motor, wherein said third layer of windings occupies every slot of said plurality of slots, wherein said third layer of windings comprises a third plurality of poles, and wherein each pole of said third plurality of poles is comprised of a plurality of concentric and non-overlapping coils.
A computer-implemented method, comprising: determining, by one or more processors, that a dialog between a first individual and an interactive assistant module is sensorially perceivable by at least a second individual, wherein determining that the dialog is sensorially perceivable by at least the second individual comprises determining, based on one or more signals, that the second individual is co-located with the first individual; identifying, by one or more of the processors, restricted content to be automatically incorporated into the dialog by the interactive assistant module, wherein access to the restricted content is controlled by the first individual; and conditionally incorporating, by the interactive assistant module, into the dialog, the restricted content in response to a determination that the second individual is authorized to perceive the restricted content. determining, by one or more processors, that a dialog between a first individual and an interactive assistant module is sensorially perceivable by at least a second individual, wherein determining that the dialog is sensorially perceivable by at least the second individual comprises determining, based on one or more signals, that the second individual is co-located with the first individual; identifying, by one or more of the processors, restricted content to be automatically incorporated into the dialog by the interactive assistant module, wherein access to the restricted content is controlled by the first individual; and conditionally incorporating, by the interactive assistant module, into the dialog, the restricted content in response to a determination that the second individual is authorized to perceive the restricted content.
A lid lock device which can be attached to a vehicle comprising: a housing; and a lock member which includes a main shaft portion, an intermediate portion extending from the main shaft portion, and a tip end portion being a portion that extends from the intermediate portion and being thinner than the main shaft portion, which is provided in the housing so as to be movable in an axial direction, and in which at least the tip end portion and the intermediate portion are disposed outside the housing, wherein the intermediate portion is configured to get narrower from the main shaft portion side toward the tip end portion side and the intermediate portion is provided with at least one inclination surface which when the device is attached to a vehicle inclines downward in a direction toward the outside of the vehicle in a width direction of the vehicle and inclines to a central axis in a direction toward the tip end portion. a housing; and a lock member which includes a main shaft portion, an intermediate portion extending from the main shaft portion, and a tip end portion being a portion that extends from the intermediate portion and being thinner than the main shaft portion, a main shaft portion, an intermediate portion extending from the main shaft portion, and a tip end portion being a portion that extends from the intermediate portion and being thinner than the main shaft portion, which is provided in the housing so as to be movable in an axial direction, and in which at least the tip end portion and the intermediate portion are disposed outside the housing, wherein the intermediate portion is configured to get narrower from the main shaft portion side toward the tip end portion side and the intermediate portion is provided with at least one inclination surface which when the device is attached to a vehicle inclines downward in a direction toward the outside of the vehicle in a width direction of the vehicle and inclines to a central axis in a direction toward the tip end portion.
Heat exchanger comprising - an enclosure having a bottom, a cover and a peripheral casing, - at least one block (1 - 3; 201) arranged between the bottom and the cover, each block comprising a body, first so-called longitudinal channels (10; 210), formed in this body along a longitudinal direction of the block, which open onto two opposite front faces (11, 11'; 211) of the body second channels (12; 212), formed in this body along a second direction, which is: * either a transverse direction, these second channels then being transverse channels, which open onto two opposite transverse faces (13, 13') of the body, * or said longitudinal direction, these second channels then being longitudinal channels also opening onto said opposite front faces of the body, the exchanger further comprising - first inlet means of a first fluid into the first channels - second inlet means of the second fluid into the second channels - first outlet means of the first fluid from the first channels - second outlet means of the second fluid from the second channels - sealing means between the first and second fluids, said exchanger being characterised in that the sealing means comprise, on at least one interface of the interfaces (112, 114, 123, 135) between two opposite front faces belonging: - to the cover and to the block adjacent thereto - to the bottom and to the block adjacent thereto - optionally to two contiguous blocks at least one so-called radially inner peripheral seal (J1, J'1; JR1, JR'1, JR2, JR'2, JR3), each inner seal extending radially outside the area (14; DR1, DR'1, DR2, DR'2, DR3) of the openings of at least a portion of the longitudinal channels, a so-called radially outer peripheral seal (J2, J'2) defining, with the inner peripheral seal(s) and the opposite front faces, a space (E, E'; E201) for containing a possible leak of one or the other fluid. - an enclosure having a bottom, a cover and a peripheral casing, - at least one block (1 - 3; 201) arranged between the bottom and the cover, each block comprising a body, * either a transverse direction, these second channels then being transverse channels, which open onto two opposite transverse faces (13, 13') of the body, * or said longitudinal direction, these second channels then being longitudinal channels also opening onto said opposite front faces of the body, - first inlet means of a first fluid into the first channels - second inlet means of the second fluid into the second channels - first outlet means of the first fluid from the first channels - second outlet means of the second fluid from the second channels - sealing means between the first and second fluids, - to the cover and to the block adjacent thereto - to the bottom and to the block adjacent thereto - optionally to two contiguous blocks
An embossed textile material comprising: a sheet having a first surface and an opposite second surface, wherein only the second surface is embossed, and wherein a plurality of extended regions form protrusions on the second surface and at least one compressed region forms an indentation in the second surface, the at least one compressed region extending around the extended regions. a sheet having a first surface and an opposite second surface, wherein only the second surface is embossed, and wherein a plurality of extended regions form protrusions on the second surface and at least one compressed region forms an indentation in the second surface, the at least one compressed region extending around the extended regions.
A device for endovascular vein puncture, comprising: a. an elongate catheter (102; 602) extending along a longitudinal catheter axis (104; 604) and having a catheter proximal portion and a catheter distal portion; b. a needle guide (101; 620a) having a blunt needle guide distal end (103; 622a), wherein the needle guide (101; 620a) is deployable from the catheter (102; 602) from a needle guide storage position to a needle guide working position, wherein in the needle guide working position, the needle guide distal end (103; 622a) is radially spaced from the catheter (102; 602), and in the needle guide storage position, the needle guide distal end (103; 622a) is withdrawn towards the catheter (102; 602) relative to the needle guide working position; and c. a needle (105; 628a) having a sharp puncturing end, wherein the needle (105; 628a) is deployable from within the needle guide (101; 620a) from a needle storage position to a puncturing position, wherein in the needle storage position, the puncturing end is shy of the needle guide distal end (103; 622a), and in the puncturing position, the puncturing end extends proud of the needle guide distal end (103; 622a), characterized by the fact that said device further comprises a delivery device (115, 2334) deployable from within the needle (105; 628a) from a delivery device storage position to a delivery device treatment position. a. an elongate catheter (102; 602) extending along a longitudinal catheter axis (104; 604) and having a catheter proximal portion and a catheter distal portion; b. a needle guide (101; 620a) having a blunt needle guide distal end (103; 622a), wherein the needle guide (101; 620a) is deployable from the catheter (102; 602) from a needle guide storage position to a needle guide working position, wherein in the needle guide working position, the needle guide distal end (103; 622a) is radially spaced from the catheter (102; 602), and in the needle guide storage position, the needle guide distal end (103; 622a) is withdrawn towards the catheter (102; 602) relative to the needle guide working position; and c. a needle (105; 628a) having a sharp puncturing end, wherein the needle (105; 628a) is deployable from within the needle guide (101; 620a) from a needle storage position to a puncturing position, wherein in the needle storage position, the puncturing end is shy of the needle guide distal end (103; 622a), and in the puncturing position, the puncturing end extends proud of the needle guide distal end (103; 622a),
A position sensor mount for a diagnostic system for fluid control valves, comprising a base having a mount for coupling to a position sensor and a first clamp jaw; a toggle clamp fixedly attached to the base, the toggle clamp having a main body coupled to the mount, a handle linkage pivotably coupled to the main body, and a second clamp jaw that opposes the first clamp jaw and is pivotably coupled to the main body, wherein the handle linkage is pivotably coupled to the second clamp jaw, such that pivoting the handle linkage moves the second clamp jaw toward and/or away from the first clamp jaw to clamp and/or release an object between the first and second clamp jaws (122, 128), wherein the toggle clamp automatically adjusts to provide a fixed clamping force at different distances between the first clamp jaw and the second clamp jaw; and an engagement assembly carried by the second clamp jaw, wherein the engagement assembly includes: a first clamp pad having a distal end that directly faces the first clamp jaw and swivels relative to the second clamp jaw; a separating arm carried by the second clamp jaw, wherein the separating arm extends transverse to the second clamp jaw; the first clamp pad carried by the separating arm; and a second clamp pad carried by the separating arm, the second clamp pad having a distal end that directly faces the first clamp jaw and swivels relative to the second clamp jaw, wherein the first and second clamp pads (132, 134) are disposed on opposite lateral sides of the separating arm. a first clamp pad having a distal end that directly faces the first clamp jaw and swivels relative to the second clamp jaw; a separating arm carried by the second clamp jaw, wherein the separating arm extends transverse to the second clamp jaw; the first clamp pad carried by the separating arm; and a second clamp pad carried by the separating arm, the second clamp pad having a distal end that directly faces the first clamp jaw and swivels relative to the second clamp jaw, wherein the first and second clamp pads (132, 134) are disposed on opposite lateral sides of the separating arm.
A spreading roll for ribbon-shaped material, comprising:. a cylinder;. a supporting shaft, adapted to support said cylinder and to allow the rotation of said cylinder on its axis;. a plurality of elastic strings, adapted to engage said cylinder so as to be free to run on the outer periphery of said cylinder;. fixing and orientation means of said elastic strings, said fixing and orientation means being associated with said cylinder and to said supporting shaft, being adapted to maintain said elastic strings adjacent to one another on the surface of said cylinder and to adjust the extension of said elastic strings, said fixing and orientation means of said elastic strings comprise at least one adjuster device, comprising in turn:. a connection block, adapted to engage the shaft of said cylinder and the ends of said elastic strings in integral manner;. an adjustment block of the tension of said elastic strings associated with said connection block and characterised by comprising a bevel gear pair (22, 23), adapted to adjust the inclination of said connection block with respect to the axis of said supporting shaft;. fastening means adapted to block the mutual orientation between said connection block and said adjustment block.. a cylinder;. a supporting shaft, adapted to support said cylinder and to allow the rotation of said cylinder on its axis;. a plurality of elastic strings, adapted to engage said cylinder so as to be free to run on the outer periphery of said cylinder;. fixing and orientation means of said elastic strings, said fixing and orientation means being associated with said cylinder and to said supporting shaft, being adapted to maintain said elastic strings adjacent to one another on the surface of said cylinder and to adjust the extension of said elastic strings, said fixing and orientation means of said elastic strings comprise at least one adjuster device, comprising in turn:. a connection block, adapted to engage the shaft of said cylinder and the ends of said elastic strings in integral manner;. an adjustment block of the tension of said elastic strings associated with said connection block and characterised by comprising a bevel gear pair (22, 23), adapted to adjust the inclination of said connection block with respect to the axis of said supporting shaft;. fastening means adapted to block the mutual orientation between said connection block and said adjustment block.
A manual chain block (10, 40) comprising: a drive shaft capable of rotating in response to a manual operational force; and a load sheave around which a load chain is looped, the load sheave being mounted coaxially to the drive shaft, supported together with the drive shaft on a frame (11 a) via a bearing and coupled to the drive shaft so that mechanical power is transmitted therebetween, via a reduction gear mechanism, wherein the reduction gear mechanism includes a pinion gear provided on the drive shaft, reduction gears (16b, 16c) which mesh with the pinion gear, and a load gear which is interlocked with the load sheave and meshes with the reduction gears (16b, 16c), characterized in that the manual chain block (10, 40) further comprises an auxiliary plate mounted on a side surface of the frame and in the periphery of the bearing, the auxiliary plate including a stepped portion formed in a thrust direction of the bearing and having a bearing hole which serves as a bearing for the reduction gear. a drive shaft capable of rotating in response to a manual operational force; and a load sheave around which a load chain is looped, the load sheave being mounted coaxially to the drive shaft, supported together with the drive shaft on a frame (11 a) via a bearing and coupled to the drive shaft so that mechanical power is transmitted therebetween, via a reduction gear mechanism, wherein the reduction gear mechanism includes a pinion gear provided on the drive shaft, reduction gears (16b, 16c) which mesh with the pinion gear, and a load gear which is interlocked with the load sheave and meshes with the reduction gears (16b, 16c), characterized in that the manual chain block (10, 40) further comprises an auxiliary plate mounted on a side surface of the frame and in the periphery of the bearing, the auxiliary plate including a stepped portion formed in a thrust direction of the bearing and having a bearing hole which serves as a bearing for the reduction gear.
Glasses, more particularly rimless glasses, wherein on their outer marginal area the glasses lenses have drilled holes for fixing the temples by means of synthetic threads characterised in that each temple is provided with an axis allowing the temple to be turned and each lens has an outer marginal double pair (3a, 3b and 3a', 3b') of drilled holes, wherein each axis is fixed by means of the synthetic threads and the drilled holes to the rear of the corresponding lens.
An automatic analysis device comprising: a container filled with a fluid; a pressure source; a probe configured to separate the fluid within the container; a driving unit configured to move the probe; a flow path which connects the probe and the pressure source; a pressure sensor configured to measure pressure variations within the flow path; a storage unit configured to store time series measurement data of the pressure sensor; and a sensor configured to detect a liquid level position within the container; a position determination unit configured to determine position information of the position of the flow path or the probe, characterized in further comprising estimation means configured to estimate a condition of flow generated within the flow path based on the time series measurement data and a reference value of pressure, means for determining the reference value of pressure calculated from position information of the flow path or the probe determined by the position determination unit and from the immersion depth information (h) by the liquid level sensor, and means for subtracting the pressure reference value from the time series measurement data, wherein the estimation means are configured to use the time series measurement data obtained from the subtraction means. a container filled with a fluid; a pressure source; a probe configured to separate the fluid within the container; a driving unit configured to move the probe; a flow path which connects the probe and the pressure source; a pressure sensor configured to measure pressure variations within the flow path; a storage unit configured to store time series measurement data of the pressure sensor; and a sensor configured to detect a liquid level position within the container; a position determination unit configured to determine position information of the position of the flow path or the probe, characterized in further comprising estimation means configured to estimate a condition of flow generated within the flow path based on the time series measurement data and a reference value of pressure, means for determining the reference value of pressure calculated from position information of the flow path or the probe determined by the position determination unit and from the immersion depth information (h) by the liquid level sensor, and means for subtracting the pressure reference value from the time series measurement data, wherein the estimation means are configured to use the time series measurement data obtained from the subtraction means.
Sealed-passage device for piping, comprising a securing ring intended to be fixed to a conduit, a support intended to be fixed to a partition around an orifice through which the conduit passes, and a deformable annular seal positioned between the securing ring and the support, characterized in that the securing ring is configured to clamp the annular seal on the conduit and the annular seal comprises a partially annular first portion assembled with a partially annular second portion, the partially annular first portion and the partially annular second portion being configured to overlap at least in part between the securing ring and the support and form an annular seal.
A marker associated with anthracnose resistance in plants of the genus Fragaria consisting of at least 20 continuous nucleotides of a nucleotide sequence selected from the group consisting of SEQ ID NOs: 1 to 10.
An inflatable dunnage bag for a container defining one or more walls, the inflatable dunnage bag comprising: a bag portion; and a valve assembly (24; 84) connected to the bag portion for allowing an inflation nozzle to inflate the bag portion and configured to allow a fluid into the bag portion during an inflation process and to inhibit the fluid from escaping from the bag portion when the bag portion is inflated; characterized in that the valve assembly (24; 84) includes a resilient plate having an upper portion and a lower portion; wherein the upper portion is foldable relative to the lower portion so that, when the upper portion is folded, the lower portion biases at least a portion of the valve assembly (24; 84) in a direction opposite the direction in which the upper portion is folded. a bag portion; and a valve assembly (24; 84) connected to the bag portion for allowing an inflation nozzle to inflate the bag portion and configured to allow a fluid into the bag portion during an inflation process and to inhibit the fluid from escaping from the bag portion when the bag portion is inflated; characterized in that the valve assembly (24; 84) includes a resilient plate having an upper portion and a lower portion; wherein the upper portion is foldable relative to the lower portion so that, when the upper portion is folded, the lower portion biases at least a portion of the valve assembly (24; 84) in a direction opposite the direction in which the upper portion is folded.