mhurhangee/ep-ind-claims huggingface dataset:
A system for detecting one or more analyte species present in a gaseous or liquid medium, the system comprising: a resonant optical cavity containing said medium and having at least two cavity mirrors (5, 6, 7), one of which is a cavity coupling mirror, the cavity having a plurality of optical resonance cavity modes; a laser that emits continuous wave laser light, wherein the laser is capable of being scanned whereby a mean optical frequency of the laser is adjustable over a range of frequencies, and wherein the laser is responsive to optical feedback light emerging from the cavity; mode matching optics configured to couple the laser light to the cavity via the cavity coupling mirror; and a detector (8, 9) configured to measure an intensity of the intracavity optical power of light circulating in the cavity and to generate a signal representing the intracavity optical power of light circulating in the cavity; characterised in that the transmissivity of at least one of the cavity mirrors (5, 6, 7) is selected so that the intensity of the optical feedback light impinging on the laser is below a threshold intensity value so as to ensure that a frequency hold interval range of the optical frequency of the laser is smaller than a free spectral range of the cavity and no additional optical elements are provided in the path between the laser and the cavity dedicated to control optical feedback strength. a resonant optical cavity containing said medium and having at least two cavity mirrors (5, 6, 7), one of which is a cavity coupling mirror, the cavity having a plurality of optical resonance cavity modes; a laser that emits continuous wave laser light, wherein the laser is capable of being scanned whereby a mean optical frequency of the laser is adjustable over a range of frequencies, and wherein the laser is responsive to optical feedback light emerging from the cavity; mode matching optics configured to couple the laser light to the cavity via the cavity coupling mirror; and a detector (8, 9) configured to measure an intensity of the intracavity optical power of light circulating in the cavity and to generate a signal representing the intracavity optical power of light circulating in the cavity; characterised in that the transmissivity of at least one of the cavity mirrors (5, 6, 7) is selected so that the intensity of the optical feedback light impinging on the laser is below a threshold intensity value so as to ensure that a frequency hold interval range of the optical frequency of the laser is smaller than a free spectral range of the cavity and no additional optical elements are provided in the path between the laser and the cavity dedicated to control optical feedback strength.
A tissue piece treating apparatus for performing, on a tissue piece, a fixing treatment, a dehydrating treatment, a degreasing treatment, and a permeating treatment, the apparatus comprising: a cassette in which the tissue piece is housed; a storage container in which the cassette is housed; a treating tank in which the storage container is housed, a main body part comprising support elements for supporting the apparatus on a floor, wherein a bottom portion of the storage container is formed in a planar shape, a bottom portion of the treating tank is formed in a planar shape, the storage container includes a plurality of through holes, the support elements define a plane, the treating tank is disposed to the main body part by being inclined relative to the plane defined by the support elements, and the storage container is housed by being inclined at the same angle as the treating tank. a cassette in which the tissue piece is housed; a storage container in which the cassette is housed; a treating tank in which the storage container is housed, a main body part comprising support elements for supporting the apparatus on a floor, wherein a bottom portion of the storage container is formed in a planar shape, a bottom portion of the treating tank is formed in a planar shape, the storage container includes a plurality of through holes, the support elements define a plane, the treating tank is disposed to the main body part by being inclined relative to the plane defined by the support elements, and the storage container is housed by being inclined at the same angle as the treating tank.
A power take off comprising: a housing; an input mechanism that is supported in the housing and is adapted to be rotatably driven by a source of rotational energy; a two piece damping assembly (61, 61a) that is rotatably driven by the input mechanism; and an output mechanism (56, 57) that is supported in the housing and is rotatably driven by the two piece damping assembly (61, 61a), the output mechanism (56, 57) being adapted to rotatably drive a rotatably driven accessory, wherein the two piece damping assembly (61, 61a) is part of a clutch assembly for selectively causing the output mechanism (56, 57) to be rotatably driven by the input mechanism and the two piece damping assembly (61, 61a) minimizes the transmission of torque transients from the input mechanism to the output mechanism (56, 57), wherein the two piece damping assembly (61, 61a) is a cluster gear assembly that includes a drive gear portion and an axially-extending hollow cylindrical bell portion with a splined inner surface, wherein the drive gear portion includes a plurality of first stops that define a plurality of circumferentially extending openings, and wherein the hollow cylindrical bell portion of the two piece damping assembly (61, 61a) includes a plurality of second stops that extend into respective ones of the circumferentially extending openings defined by the drive gear portion of the two piece damping assembly (61, 61a). a housing; an input mechanism that is supported in the housing and is adapted to be rotatably driven by a source of rotational energy; a two piece damping assembly (61, 61a) that is rotatably driven by the input mechanism; and an output mechanism (56, 57) that is supported in the housing and is rotatably driven by the two piece damping assembly (61, 61a), the output mechanism (56, 57) being adapted to rotatably drive a rotatably driven accessory, wherein the two piece damping assembly (61, 61a) is part of a clutch assembly for selectively causing the output mechanism (56, 57) to be rotatably driven by the input mechanism and the two piece damping assembly (61, 61a) minimizes the transmission of torque transients from the input mechanism to the output mechanism (56, 57), wherein the two piece damping assembly (61, 61a) is a cluster gear assembly that includes a drive gear portion and an axially-extending hollow cylindrical bell portion with a splined inner surface, wherein the drive gear portion includes a plurality of first stops that define a plurality of circumferentially extending openings, and wherein the hollow cylindrical bell portion of the two piece damping assembly (61, 61a) includes a plurality of second stops that extend into respective ones of the circumferentially extending openings defined by the drive gear portion of the two piece damping assembly (61, 61a).
Rolling element bearing comprising a plurality of rolling elements (125, 225) disposed between an outer bearing raceway and an inner bearing raceway (107, 207a, 207b), in which: • the rolling elements comprise a first rolling contact surface (126, 226); • the inner bearing raceway and the outer bearing raceway comprise a second rolling contact surface; and • the first and second rolling contact surfaces are curved in a longitudinal direction (y); wherein at least one of the first and second rolling contact surfaces, which together form a contact interface, has a varying radius of curvature (r rol(y)) in longitudinal direction, characterised in that a reduced radius of curvature of the contact interface, in longitudinal direction, R y,new (y), varies as a function of contact length according to a predetermined relationship, given by: 1 R y, new y = 1 R y − A 1 R y cos π y b ref wherein, y is a coordinate in longitudinal direction, where y=0 at a centre of the contact interface; A is a tuning factor; b ref is a reference contact length, equal to half of the effective contact length; R y is an imaginary, constant reduced radius of curvature of the contact interface in longitudinal direction, calculated according to: R y = r y, rol − 1 + r y, rw − 1 − 1, wherein r y,rol is a constant radius of curvature in longitudinal direction, defined between 1 st and 2 nd endpoints of contact (228, 229) on the first rolling contact surface of the contact interface; and r y,rw is a constant radius of curvature, defined between the 1 st and 2 nd endpoints of contact (208, 209) on the second rolling contact surface of the contact interface. • the rolling elements comprise a first rolling contact surface (126, 226); • the inner bearing raceway and the outer bearing raceway comprise a second rolling contact surface; and • the first and second rolling contact surfaces are curved in a longitudinal direction (y); y is a coordinate in longitudinal direction, where y=0 at a centre of the contact interface; A is a tuning factor; b ref is a reference contact length, equal to half of the effective contact length; R y is an imaginary, constant reduced radius of curvature of the contact interface r y,rol is a constant radius of curvature in longitudinal direction, defined between 1 st and 2 nd endpoints of contact (228, 229) on the first rolling contact surface of the contact interface; and r y,rw is a constant radius of curvature, defined between the 1 st and 2 nd endpoints of contact (208, 209) on the second rolling contact surface of the contact interface.
A surgical instrument assembly (1000, 1100, 1200), comprising: a shaft; an end effector attached to said shaft; a firing member configured to move through said end effector during a firing stroke; characterised by a stretchable optical waveguide (1061, 1161, 1261) attached to said shaft and said firing member, wherein said stretchable optical waveguide is configured to stretch as said firing member is moved through said firing stroke; a light sensor configured to sense a change in light presence within said stretchable optical waveguide during said firing stroke; and a control circuit configured to monitor signals received from said light sensor to determine at least one parameter of said firing member during said firing stroke. an end effector attached to said shaft; a firing member configured to move through said end effector during a firing stroke; characterised by a stretchable optical waveguide (1061, 1161, 1261) attached to said shaft and said firing member, wherein said stretchable optical waveguide is configured to stretch as said firing member is moved through said firing stroke; a light sensor configured to sense a change in light presence within said stretchable optical waveguide during said firing stroke; and a control circuit configured to monitor signals received from said light sensor to determine at least one parameter of said firing member during said firing stroke.
A system to control glucose in a patient, the system comprising: a medication delivery device configured to deliver a medication dose to the patient; and a controller operably coupled to the medication delivery device and including control logic operative to: execute a multi-model predictive controller algorithm at least in part by executing a plurality of models each comprising a plurality of model parameters having a set of values, wherein executing the plurality of models includes propagating multiple state vectors, select one of the plurality of executed models based on differences between glucose values of the propagated state vectors and previously measured glucose values, calculate a basal deviation using the selected model, wherein the basal deviation is a dosage amount above or below a predefined basal profile, and determine a first medication dose based at least in part on the calculated basal deviation and the predefined basal profile. a medication delivery device configured to deliver a medication dose to the patient; and a controller operably coupled to the medication delivery device and including control logic operative to: execute a multi-model predictive controller algorithm at least in part by executing a plurality of models each comprising a plurality of model parameters having a set of values, wherein executing the plurality of models includes propagating multiple state vectors, select one of the plurality of executed models based on differences between glucose values of the propagated state vectors and previously measured glucose values, calculate a basal deviation using the selected model, wherein the basal deviation is a dosage amount above or below a predefined basal profile, and determine a first medication dose based at least in part on the calculated basal deviation and the predefined basal profile. execute a multi-model predictive controller algorithm at least in part by executing a plurality of models each comprising a plurality of model parameters having a set of values, wherein executing the plurality of models includes propagating multiple state vectors, select one of the plurality of executed models based on differences between glucose values of the propagated state vectors and previously measured glucose values, calculate a basal deviation using the selected model, wherein the basal deviation is a dosage amount above or below a predefined basal profile, and determine a first medication dose based at least in part on the calculated basal deviation and the predefined basal profile.
A packaging method for polycrystalline silicon, comprising: - after filling polycrystalline silicon into a packaging bag, clamping a part which is closer to an opening side of the packaging bag than a filling part filled with the polycrystalline silicon and which is also closer to the filling part side than a planned heat-seal part to heat-seal the packaging bag, by clamping rods so as not to flow gas into the filling part; - in a state of being clamped by the clamping rods, clamping and heat-sealing the planned heat-seal part by sealing rods; - and taking off the clamping rods after heat-sealing. - after filling polycrystalline silicon into a packaging bag, clamping a part which is closer to an opening side of the packaging bag than a filling part filled with the polycrystalline silicon and which is also closer to the filling part side than a planned heat-seal part to heat-seal the packaging bag, by clamping rods so as not to flow gas into the filling part; - in a state of being clamped by the clamping rods, clamping and heat-sealing the planned heat-seal part by sealing rods; - and taking off the clamping rods after heat-sealing.
Heatable hollow body for transporting and/or for storing liquid, gaseous and/or pasty media, comprising at least one heatable layer which comprises an electrically conductive material, a first electrical conductor which is electrically conductively connected to the heatable layer, and a second electrical conductor which is electrically conductively connected to the heatable layer, wherein the first electrical conductor and the second electrical conductor each have a sheathing (15, 16) at least in sections, wherein at least the sheathing (15, 16) of one of the two electrical conductors (13, 14) is electrically conductive and designed as a PTC thermistor, characterized in that the current flow can take place from the respective electrical conductor (13, 14), through the sheathing (15, 16) of said electrical conductor, into the electrically conductive layer, and vice versa.
An epoxy adhesive comprising at least two parts, which includes a first part A comprising at least one epoxy resin containing two or more epoxy groups in one molecule, and a second part B comprising at least one thiol curing agent, wherein at least one peroxide containing a -O-O- structure is comprised in part A, part B and/or a third separate part C.
Coil device for receiving at least one electrical coil, in particular for a pole tube assembly of a solenoid valve, an actuator or a pump, having: • a coil former; and • at least one winding connection which has • a connection section which is designed to hold at least one end of the electrical winding when the coil former is in a wrapped state; and • at least one fastening section which is characterized by being designed to be clamped between an outer surface section of the coil former and the electrical winding in the wrapped state. • a coil former; and • at least one winding connection which has • a connection section which is designed to hold at least one end of the electrical winding when the coil former is in a wrapped state; and • at least one fastening section which is characterized by being designed to be clamped between an outer surface section of the coil former and the electrical winding in the wrapped state.
An absorbent article comprising a topsheet, a backsheet, and an absorbent core structure comprising a wearer facing core layer comprising either a heterogeneous mass layer wherein the heterogeneous mass layer comprises open cell foam and fibers, or a fibrous structure comprising a fibrous network, wherein a portion of the topsheet and wearer facing core layer are integrated such that they reside in the same X-Y plane; wherein the integrated topsheet and the wearer facing core layer comprise one or more wells; wherein a grouping of fibers of the topsheet is physically inserted into the wearer facing core layer so that within a single X-Y plane, fibers from the topsheet are in contact with fibers of the wearer facing core layer; wherein at least a portion of the grouping of fibers forms a portion of an outer surface of a well. wherein the integrated topsheet and the wearer facing core layer comprise one or more wells; wherein a grouping of fibers of the topsheet is physically inserted into the wearer facing core layer so that within a single X-Y plane, fibers from the topsheet are in contact with fibers of the wearer facing core layer; wherein at least a portion of the grouping of fibers forms a portion of an outer surface of a well.
A PLA-containing building component comprising: polylactic acid; at least 3 wt-% TiO 2 pigment, based on the total weight of the PLA-containing building component; and at least 0.5 wt-% of one or more stabilizers comprising one or more carbodiimide groups, based on the total weight of the PLA-containing building component, wherein the building component comprises a fenestration component or a portion thereof, wherein the fenestration component comprises a window or door component or a capping material for a window or door component. polylactic acid; at least 3 wt-% TiO 2 pigment, based on the total weight of the PLA-containing building component; and at least 0.5 wt-% of one or more stabilizers comprising one or more carbodiimide groups, based on the total weight of the PLA-containing building component, wherein the building component comprises a fenestration component or a portion thereof, wherein the fenestration component comprises a window or door component or a capping material for a window or door component.
A method performed by a system of a wireless communication network, for detecting neighboring User Equipments, UEs, of a first UE that is wirelessly connected to a first base station of the network, the method comprising: receiving power measurements performed on signals received at the first UE, which signals are sent from base stations in the vicinity of the first UE, each received power measurement being associated with an ID of the base station from which the signal was sent, receiving power measurements of signals received at a second UE that is wirelessly connected to a second base station of the network, different from the first base station, which signals are sent from base stations in the vicinity of the second UE, each power measurement being associated with an ID of the base station from which the signal was sent, determining a correlation between the received power measurements of the first UE and the received power measurements of the second UE, based on the determined correlation, determining whether the second UE is a neighbor to the first UE. receiving power measurements performed on signals received at the first UE, which signals are sent from base stations in the vicinity of the first UE, each received power measurement being associated with an ID of the base station from which the signal was sent, receiving power measurements of signals received at a second UE that is wirelessly connected to a second base station of the network, different from the first base station, which signals are sent from base stations in the vicinity of the second UE, each power measurement being associated with an ID of the base station from which the signal was sent, determining a correlation between the received power measurements of the first UE and the received power measurements of the second UE, based on the determined correlation, determining whether the second UE is a neighbor to the first UE.
Tibial component of an artificial knee joint, comprising a support plate on which an anchoring keel for anchoring in the tibia of the wearer of the knee joint is arranged, wherein the anchoring keel having a first wall section and a second wall section which are connected to one another, wherein both wall sections (4, 5) having a convex outer shape (6, 7) in an anterior-posterior view at least over a predetermined circumferential section, characterized in that the two wall sections (4, 5) have a substantially semicircular or semi-elliptical shape in the anterior-posterior view, wherein the anchoring keel being arranged on the support plate centered on the support plate with respect to the lateral-medial direction and centered with respect to the anterior-posterior direction relative to the center of the support plate.
A method for producing a transformable dry preform, in particular for the creation of a product made of composite materials, characterized in that it comprises the sequence of the following steps: - simultaneous weft/wale knitting of at least one stitch thread and at least one unidirectional reinforcement thread, at least one stitch thread comprising a material, the nature of which being different to that of a material comprised in at least one unidirectional reinforcement thread, one of said materials being a thermoplastic material and the other material being a material referred to as a reinforcement material, at least one unidirectional reinforcement thread comprising at least one reinforcement material and at least one thermoplastic material, the thermoplastic material having a melting point lower than the melting point of the reinforcement material, - creation of a three-dimensional knit that constitutes a dry preform in the shape of the product that is to be obtained. - simultaneous weft/wale knitting of at least one stitch thread and at least one unidirectional reinforcement thread, at least one stitch thread comprising a material, the nature of which being different to that of a material comprised in at least one unidirectional reinforcement thread, one of said materials being a thermoplastic material and the other material being a material referred to as a reinforcement material, at least one unidirectional reinforcement thread comprising at least one reinforcement material and at least one thermoplastic material, the thermoplastic material having a melting point lower than the melting point of the reinforcement material, - creation of a three-dimensional knit that constitutes a dry preform in the shape of the product that is to be obtained.