mhurhangee/ep-ind-claims huggingface dataset:
A laser device, comprising: a laser that is tunable in response to a control signal and produces a laser beam at a laser frequency; and an optical resonator structured to support a whispering gallery mode circulating in the optical resonator, the optical resonator being optically coupled to the laser to receive a portion of the laser beam into the optical resonator in the whispering gallery mode and to feed laser light in the whispering gallery mode in the optical resonator back to the laser to stabilize the laser frequency at a frequency of the whispering gallery mode and to reduce a linewidth of the laser, characterised in that the optical resonator includes an optical grating on the surface of the optical resonator to generate a counter-propagating light beam to a light beam in the whispering gallery mode circulating in the optical resonator, the counter-propagating light beam being coupled into the laser. a laser that is tunable in response to a control signal and produces a laser beam at a laser frequency; and an optical resonator structured to support a whispering gallery mode circulating in the optical resonator, the optical resonator being optically coupled to the laser to receive a portion of the laser beam into the optical resonator in the whispering gallery mode and to feed laser light in the whispering gallery mode in the optical resonator back to the laser to stabilize the laser frequency at a frequency of the whispering gallery mode and to reduce a linewidth of the laser, characterised in that the optical resonator includes an optical grating on the surface of the optical resonator to generate a counter-propagating light beam to a light beam in the whispering gallery mode circulating in the optical resonator, the counter-propagating light beam being coupled into the laser.
Food storage container (8, 8') for a household refrigeration appliance, with a tray for storing the food and having an air conditioning device, with which air can be exchanged between the environment and the interior of the food storage container (8, 8') in a first operating state of the air conditioning device, and with an attachment which is separate to the tray and is placed on the tray from above, wherein the air conditioning device has an actuation element for direct actuation of the air conditioning device by a user, said actuation element being a slider, wherein the slider is displaceably mounted on a strip of the food storage container (8, 8') which is arranged at the front in the depth direction (z) of the food storage container (8, 8') so that the first operating state of the air conditioning device is set in a first sliding position and a second operating state of the air conditioning device, which differs from the first, is set in a second sliding position, which differs from the first sliding position, wherein the slider is formed as a U-shaped profile in cross-section, which encompasses the strip, wherein the slider is displaceably mounted on the strip between the sliding positions over the entire displacement path, characterised in that, on a top side facing a bottom side of a bearing limb of the strip, a lower U-limb of the slider, viewed in the height direction (y) of the food storage container (8, 8'), has at least one sliding web for sliding on the top side.
A torsional damper for a clutch, particularly of a motor vehicle, comprising a hub coupled to a radial annular web, two guide washers (10, 11) extending radially on either side of the annular web and connected fixedly to one another and movably rotationally with respect to the hub and the annular web; and elastic members and friction means mounted between the guide washers (10, 11) and the annular web in order to absorb and damp vibrations and rotational irregularities, relative angular deflections of the guide washers (10, 11) and the annular web being limited by stops (23, 24) of the guide washers (10, 11) that become supported against protruding parts (25, 26) of the annular web, wherein the guide washers and the annular web each comprise a first series of stops (23, 25) that mutually interact in order to limit the relative angular deflection in a first rotation direction, and a second series of stops (24, 26) that mutually interact in order to limit the relative angular deflection in a second rotation direction opposite to the first, the stops of the first series (23, 25) being different from the stops of the second series (24, 26), characterized in that the stops of the first series (23, 25) and the stops of the second series (24, 26) are formed by separate protruding elements. relative angular deflections of the guide washers (10, 11) and the annular web being limited by stops (23, 24) of the guide washers (10, 11) that become supported against protruding parts (25, 26) of the annular web, wherein the guide washers and the annular web each comprise a first series of stops (23, 25) that mutually interact in order to limit the relative angular deflection in a first rotation direction, and a second series of stops (24, 26) that mutually interact in order to limit the relative angular deflection in a second rotation direction opposite to the first, the stops of the first series (23, 25) being different from the stops of the second series (24, 26), characterized in that the stops of the first series (23, 25) and the stops of the second series (24, 26) are formed by separate protruding elements.
Battery for a motor vehicle with a plurality of battery cells which form a cell stack, and with at least one lead (16, 18) via which, when the battery is in operation, electrical energy can be taken from the cell stack or fed into the cell stack, characterised by at least one monitoring unit for monitoring a resistance present on at least one breakable connection point (28, 30, 32, 54, 56) of the at least one lead (16, 18) with a further component (20, 24, 52, 58) of the battery, wherein the monitoring unit is connected in a parallel branch of the at least one connection point (28, 30, 32, 54, 56) is such a way that when the connection point (28, 30, 32, 54, 56) is live a voltage decreases on the parallel branch if the transition resistance at the separable connection point (28, 30, 32, 54, 56) exceeds an admissible maximum value.
An electromagnetic relay comprising: a bobbin comprising a winding part, first and second jaw parts (210b, 210c) extending from both ends of the winding part, and a pair of opposing side wall parts (210c1) extending from two opposing sides of the first jaw part; a coil wound on the winding part of the bobbin; an iron core attached to the bobbin; an armature supported so as to be freely swung by a hinge spring and magnetically attracted to one end of the iron core by supplying a current to the coil; a movable contact which contacts or is separated from a fixed contact in accordance with a swing movement of the armature; and a case that accommodates the elements, wherein the first jaw part of the bobbin is formed to extend partly toward a side wall of the case from the winding part so as to separate a space where the coil exists from a space where the fixed contact and the movable contact exist, wherein each of the side wall parts (210c1) extends from the first jaw part substantially parallel to a tangent plane of the outer diameter surface of the coil in a direction along the axis of the bobbin away from the second jaw part; and characterised in that, the first jaw part of the bobbin is formed to extend partly toward the side wall of the case, and further extend toward the space where the coil exists. a bobbin comprising a winding part, first and second jaw parts (210b, 210c) extending from both ends of the winding part, and a pair of opposing side wall parts (210c1) extending from two opposing sides of the first jaw part; a coil wound on the winding part of the bobbin; an iron core attached to the bobbin; an armature supported so as to be freely swung by a hinge spring and magnetically attracted to one end of the iron core by supplying a current to the coil; a movable contact which contacts or is separated from a fixed contact in accordance with a swing movement of the armature; and a case that accommodates the elements, wherein the first jaw part of the bobbin is formed to extend partly toward a side wall of the case from the winding part so as to separate a space where the coil exists from a space where the fixed contact and the movable contact exist, wherein each of the side wall parts (210c1) extends from the first jaw part substantially parallel to a tangent plane of the outer diameter surface of the coil in a direction along the axis of the bobbin away from the second jaw part; and characterised in that, the first jaw part of the bobbin is formed to extend partly toward the side wall of the case, and further extend toward the space where the coil exists.
A turbine, comprising a stationary structure, having an inlet for connection to a supply line for a flow of a fluid, and an impeller, having a hollow movable structure rotatably supported by the stationary structure to rotate about a respective axis, the movable structure having a front, a back and a peripheral part, wherein the movable structure has a plurality of flow channels (60, 61) that extend from the peripheral part of the movable structure towards a central region thereof, wherein the movable structure has, at a central region of its front, an impeller inlet in fluid communication with the inlet of the stationary structure and with the flow channels (60, 61), the impeller inlet preferably substantially facing an end section of the inlet of the stationary structure, and wherein a drive shaft is operatively connected to the back of the movable structure, in such a way that the fluid that enters the turbine from the inlet of the stationary structure flows into the movable structure via the impeller inlet, to then flow into the flow channels (60, 61) and exits therefrom in the form of jets via respective outlets (70, 71) at the peripheral part of the movable structure, thereby causing rotation of the latter and hence of the drive shaft, wherein the front, the back, and the peripheral part of the movable structure delimit a hollow volume of the movable structure, in which the flow channels (60, 61) of said plurality extend, the front and the back of the movable structure preferably being substantially parallel to each other, and wherein the plurality of flow channels (60, 61) comprises: - a plurality of channels that extend from the peripheral part of the movable structure as far as a central region thereof; and - a plurality of channels that extend from the peripheral part of the movable structure as far as an intermediate region thereof that is spatially comprised between the peripheral part and said central region, wherein the turbine further comprises, at the impeller inlet, a flow divider supported in a fixed position by the stationary structure and configured for sub-dividing the flow of the fluid entering the movable structure into a plurality of sub-flows, and wherein the back of the movable structure has, in a central region thereof, a substantially conical deflector member that generally faces the impeller inlet and that extends towards the flow divider, the deflector member being configured for directing the sub-flows towards the flow channels (60, 61). - a plurality of channels that extend from the peripheral part of the movable structure as far as a central region thereof; and - a plurality of channels that extend from the peripheral part of the movable structure as far as an intermediate region thereof that is spatially comprised between the peripheral part and said central region,
A display device, comprising: a driving gate electrode; a scan line being spaced apart from the driving gate electrode and extending in a first direction; a first data line to transmit a data signal, the first data line crossing the scan line; a driving voltage line to transmit a driving voltage, the driving voltage line crossing the scan line; a semiconductor member including a first channel region overlapping the driving gate electrode; and a control line having two opposing edges extending parallel to each other in a plan view, the control line including a first portion and a second portion connected to each other, wherein: the two opposing edges of the first portion extends in the first direction, and the semiconductor member further includes a first vertical portion extending in a second direction perpendicular to the first direction, characterized in that the two opposing edges are curved at a point between the first portion and the second portion near the first vertical portion, an imaginary straight extension of the first portion does not pass the second portion, and the semiconductor member further includes a second channel region overlapping the second portion. a driving gate electrode; a scan line being spaced apart from the driving gate electrode and extending in a first direction; a first data line to transmit a data signal, the first data line crossing the scan line; a driving voltage line to transmit a driving voltage, the driving voltage line crossing the scan line; a semiconductor member including a first channel region overlapping the driving gate electrode; and a control line having two opposing edges extending parallel to each other in a plan view, the control line including a first portion and a second portion connected to each other, wherein: the two opposing edges of the first portion extends in the first direction, and the semiconductor member further includes a first vertical portion extending in a second direction perpendicular to the first direction, characterized in that the two opposing edges are curved at a point between the first portion and the second portion near the first vertical portion, an imaginary straight extension of the first portion does not pass the second portion, and the semiconductor member further includes a second channel region overlapping the second portion. the two opposing edges of the first portion extends in the first direction, and the semiconductor member further includes a first vertical portion extending in a second direction perpendicular to the first direction, characterized in that the two opposing edges are curved at a point between the first portion and the second portion near the first vertical portion, an imaginary straight extension of the first portion does not pass the second portion, and the semiconductor member further includes a second channel region overlapping the second portion.
A grinding method for grinding a workpiece using a grinding wheel that has a grinding layer on an outer periphery of a core of the grinding wheel, comprising: controlling a grinding operation and a truing operation on the basis of a calculated outside diameter of the grinding wheel; characterized by recording an outside diameter of the core, a first thickness that is a thickness of the grinding layer and a first time difference that is a time difference in arrival at an ultrasonic sensor between a reflected wave from a surface of the grinding layer having the first thickness and a reflected wave from a surface of the outer periphery of the core; recording a second time difference that is a time difference in arrival at the ultrasonic sensor between a reflected wave from a surface of the grinding layer having a second thickness that is a thickness of the grinding layer and a reflected wave from the surface of the outer periphery of the core; calculating a decrease in time difference, which is a difference between the first time difference and the second time difference; calculating a predetermined reduction amount by a product of a component sonic velocity, which is a sonic velocity in a component that constitutes the grinding layer, and the decrease in time difference; calculating the second thickness by subtracting the predetermined reduction amount from the first thickness; and calculating an outside diameter of the grinding wheel based on a sum of double the second thickness and the outside diameter of the core. controlling a grinding operation and a truing operation on the basis of a calculated outside diameter of the grinding wheel; characterized by recording an outside diameter of the core, a first thickness that is a thickness of the grinding layer and a first time difference that is a time difference in arrival at an ultrasonic sensor between a reflected wave from a surface of the grinding layer having the first thickness and a reflected wave from a surface of the outer periphery of the core; recording a second time difference that is a time difference in arrival at the ultrasonic sensor between a reflected wave from a surface of the grinding layer having a second thickness that is a thickness of the grinding layer and a reflected wave from the surface of the outer periphery of the core; calculating a decrease in time difference, which is a difference between the first time difference and the second time difference; calculating a predetermined reduction amount by a product of a component sonic velocity, which is a sonic velocity in a component that constitutes the grinding layer, and the decrease in time difference; calculating the second thickness by subtracting the predetermined reduction amount from the first thickness; and calculating an outside diameter of the grinding wheel based on a sum of double the second thickness and the outside diameter of the core.
A process for pressurizing a container assembly, comprising: locating a valve assembly 28 at a mouth 25 of an outer container 12; engaging the outer container around a neck 20 of the outer container at a location between a shoulder 22 of the outer container and a mouth 25 of the outer container with a neck clamp device 52, the neck clamp device 52 used to support the outer container 12 as the outer container moves from one location to a different location; forming an at least partial seal about the neck 20 of the outer container 12 at a location remote from the shoulder 22 of the outer container using an outer bell member 64 of a crimper-pressurized fluid fill head comprising engaging the neck clamp device 52 with the outer bell member 64, thereby forming the at least partial seal about the neck 20 of the outer container 12; introducing a pressurized fluid 76, 78 into the outer container 12; and forming a fluid-tight seal between the valve assembly 28 and the outer container 12. locating a valve assembly 28 at a mouth 25 of an outer container 12; engaging the outer container around a neck 20 of the outer container at a location between a shoulder 22 of the outer container and a mouth 25 of the outer container with a neck clamp device 52, the neck clamp device 52 used to support the outer container 12 as the outer container moves from one location to a different location; forming an at least partial seal about the neck 20 of the outer container 12 at a location remote from the shoulder 22 of the outer container using an outer bell member 64 of a crimper-pressurized fluid fill head comprising engaging the neck clamp device 52 with the outer bell member 64, thereby forming the at least partial seal about the neck 20 of the outer container 12; introducing a pressurized fluid 76, 78 into the outer container 12; and forming a fluid-tight seal between the valve assembly 28 and the outer container 12.
Needle comprising a body extending along a longitudinal axis and having two ends, and wherein the body comprises a polyarylene material comprising at least one polyarylene, characterised in that at least one end of the body is beveled, wherein the angle ∝ which the longitudinal axis makes with the at least one beveled end ranges from 2.5° to 35° and that said polyarylene is a kinked rigid-rod polyphenylene copolymer, essentially all recurring units of which consist of a mix of p-phenylene substituted by a phenylketone group with unsubstituted m-phenylene in a mole ratio p-phenylene:m-phenylene of from 60:40 to 40:60, and wherein the needle is free of reinforcement filaments embedded in the polyarylene material, such as stainless steel reinforcement filaments.
An isolated bispecific antigen-binding molecule, comprising: (a) a first antigen-binding domain that specifically binds a human B cell maturation antigen (BCMA) that comprises HCDR1,HCDR2,HCDR3 domains, respectively, comprising the amino acid sequences of SEQ ID NOs: 68, 70, 72, and LCDR1,LCDR2,LCDR3 domains, respectively, comprising the amino acid sequences of SEQ ID NOs: 84, 86, 88; and (b) a second antigen-binding domain that specifically binds human CD3 that comprises HCDR1,HCDR2,HCDR3 domains, respectively, comprising the amino acid sequences of SEQ ID NOs: 92, 94, 96, and LCDR1,LCDR2,LCDR3 domains, respectively, comprising the amino acid sequences of SEQ ID NOs: 84, 86, 88. (a) a first antigen-binding domain that specifically binds a human B cell maturation antigen (BCMA) that comprises HCDR1,HCDR2,HCDR3 domains, respectively, comprising the amino acid sequences of SEQ ID NOs: 68, 70, 72, and LCDR1,LCDR2,LCDR3 domains, respectively, comprising the amino acid sequences of SEQ ID NOs: 84, 86, 88; and (b) a second antigen-binding domain that specifically binds human CD3 that comprises HCDR1,HCDR2,HCDR3 domains, respectively, comprising the amino acid sequences of SEQ ID NOs: 92, 94, 96, and LCDR1,LCDR2,LCDR3 domains, respectively, comprising the amino acid sequences of SEQ ID NOs: 84, 86, 88.