mhurhangee/ep-ind-claims huggingface dataset:
An electrical connector comprising: a dielectric housing; a plurality of electrical signal contacts carried by the dielectric housing and arranged along a first plane (T-L1), wherein the signal contacts define signal pairs such that a respective gap is disposed between adjacent signal pairs; a ground plate carried by the dielectric housing, the ground plate including a ground plate body oriented in a second plane (T-L2) that is substantially parallel to the first plane (T-L1) and offset from the first plane, the ground plate body defining a plurality of mating ends and a plurality of mounting ends and first and second opposed surfaces of the ground plate body, characterized in that the ground plate includes a plurality of ribs that defines first and second opposed surfaces of the ribs, wherein the first surfaces of the plurality of ribs project from the first surface of the ground plate body in a direction toward the gap, the second surfaces of the plurality of ribs are recessed into the second surface of the ground plate body, the plurality of ribs define first portions and second portions, the second portions are proximate to the plurality of mounting ends of the ground plate, the electrical signal contacts define respective mating ends and mounting ends, and respective mating ends and mounting ends of the ground plate body extend from the ground plate body and are disposed in the first plane. a dielectric housing; a plurality of electrical signal contacts carried by the dielectric housing and arranged along a first plane (T-L1), wherein the signal contacts define signal pairs such that a respective gap is disposed between adjacent signal pairs; a ground plate carried by the dielectric housing, the ground plate including a ground plate body oriented in a second plane (T-L2) that is substantially parallel to the first plane (T-L1) and offset from the first plane, the ground plate body defining a plurality of mating ends and a plurality of mounting ends and first and second opposed surfaces of the ground plate body, characterized in that the ground plate includes a plurality of ribs that defines first and second opposed surfaces of the ribs, wherein the first surfaces of the plurality of ribs project from the first surface of the ground plate body in a direction toward the gap, the second surfaces of the plurality of ribs are recessed into the second surface of the ground plate body, the plurality of ribs define first portions and second portions, the second portions are proximate to the plurality of mounting ends of the ground plate, the electrical signal contacts define respective mating ends and mounting ends, and respective mating ends and mounting ends of the ground plate body extend from the ground plate body and are disposed in the first plane.
A method of allocating bandwidth comprising: detecting a cue tone, by a digital ad splicer, from a broadcast stream, the cue tone comprising data indicating at least the beginning of an addressable break in the broadcast stream; notifying a digital ad server, by the digital ad splicer, that a cue tone has been detected; transmitting, from the digital ad server, a request to a resource manager to allocate a portion of available bandwidth to an addressable content stream based on the data of the cue tone, the resource manager being configured to serve bandwidth requests according to a prioritization policy; streaming, from the digital ad server, the addressable content stream to a receiver during the addressable break responsive to receiving an allocation of the portion of available bandwidth from the resource manager; switching the receiver from the broadcast stream to the addressable content stream for the duration of the addressable break; and de-allocating the portion of bandwidth after the end of the addressable break, wherein the resource manager allocates the portion of bandwidth at a first time prior to the start-time of the addressable break and de-allocates the portion of bandwidth at a second time after the end-time of the addressable break. detecting a cue tone, by a digital ad splicer, from a broadcast stream, the cue tone comprising data indicating at least the beginning of an addressable break in the broadcast stream; notifying a digital ad server, by the digital ad splicer, that a cue tone has been detected; transmitting, from the digital ad server, a request to a resource manager to allocate a portion of available bandwidth to an addressable content stream based on the data of the cue tone, the resource manager being configured to serve bandwidth requests according to a prioritization policy; streaming, from the digital ad server, the addressable content stream to a receiver during the addressable break responsive to receiving an allocation of the portion of available bandwidth from the resource manager; switching the receiver from the broadcast stream to the addressable content stream for the duration of the addressable break; and de-allocating the portion of bandwidth after the end of the addressable break, wherein the resource manager allocates the portion of bandwidth at a first time prior to the start-time of the addressable break and de-allocates the portion of bandwidth at a second time after the end-time of the addressable break.
A process for removing sulfur compounds from a hydrocarbonaceous gas mixture, wherein the hydrocarbonaceous gas mixture is contacted with an adsorber material comprising copper oxide on magnesium silicate as support material, wherein the sulfur compounds are selected from the group consisting of mercaptans (R-S-H), organic sulfides (R-S-R), disulfides (R-S-S-R) and cyclic sulfur compounds, and the hydrocarbonaceous gas mixture is natural gas or liquid petroleum gas.
Timepiece regulating mechanism comprising a plate and, mounted to move at least in a pivoting motion with respect to said plate, an escape wheel, which pivots about an axis of escapement and is arranged to receive a drive torque via a gear train, and a first oscillator comprising a first rigid structure connected to said plate by first elastic return means, said regulating mechanism further comprising at least a second oscillator comprising a second rigid structure which is connected to said first rigid structure by second elastic return means which are arranged to allow at least a pivoting motion of said second rigid structure with respect to said first rigid structure, where said second structure comprises guide means arranged to cooperate with complementary guide means comprised in said escape wheel, together forming a motion transmission means for synchronising said first oscillator and said second oscillator with said gear train, characterised in that said second rigid structure is pivotably mounted on said first rigid structure.
A 3D printing method, comprising: laminating a plurality of layers including a fabrication material and a release material to form an object and a release layer on the surface of the object, wherein a surface free energy of the release material is equal to or smaller than 25 mJ/m 2, and characterized in that a solubility parameter value of the release material is smaller than an solubility parameter value of the fabrication material. laminating a plurality of layers including a fabrication material and a release material to form an object and a release layer on the surface of the object, wherein a surface free energy of the release material is equal to or smaller than 25 mJ/m 2, and characterized in that a solubility parameter value of the release material is smaller than an solubility parameter value of the fabrication material.
Reactive adhesive film system, comprising at least one first reactive adhesive film, with (a) a polymeric film-forming matrix, (b) at least one reactive monomer or reactive resin, and (c) an initiator, in particular a radical initiator; and at least one second reactive adhesive film, with (a) a polymeric film-forming matrix, (b) at least one reactive monomer or reactive resin, and (c) an activator; wherein the first and the second reactive adhesive film each have an outer side and an inner side, and the inner side of a first reactive adhesive film is in contact or can be brought into contact with the inner side of a second reactive adhesive film; and wherein the outer side of at least one first and/or second reactive adhesive film is plasma-treated.
A hybrid vehicle power generation system comprising: a control device; a generator performing communication with the control device, generating high-voltage electric power according to an instruction of the control device in a normal state without communication abnormality, and autonomously generating high-voltage electric power in an abnormal communication state with communication abnormality; a high-voltage current path connected to the generator and receiving the high-voltage electric power generated by the generator; and a contactor switched by the control device to a closed state of connecting the high-voltage current path or an open state of disconnecting the high-voltage current path, the hybrid vehicle power generation system being characterized by a low-voltage current path connected to the generator and supplying low-voltage electric power, having a voltage lower than the high-voltage electric power supplied to the high-voltage current path, to the generator; and a relay switched by the control device to a closed state of connecting the low-voltage current path or an open state of disconnecting the low-voltage current path, wherein the generator stops the autonomous generation of electric power when the relay is switched to the open state to disconnect the low-voltage current path during the autonomous generation of electric power, and wherein the control device switches the relay from the closed state to the open state before the contactor is switched from the closed state to the open state when switching the contactor from the closed state to the open state. a control device; a generator performing communication with the control device, generating high-voltage electric power according to an instruction of the control device in a normal state without communication abnormality, and autonomously generating high-voltage electric power in an abnormal communication state with communication abnormality; a high-voltage current path connected to the generator and receiving the high-voltage electric power generated by the generator; and a contactor switched by the control device to a closed state of connecting the high-voltage current path or an open state of disconnecting the high-voltage current path, the hybrid vehicle power generation system being characterized by a low-voltage current path connected to the generator and supplying low-voltage electric power, having a voltage lower than the high-voltage electric power supplied to the high-voltage current path, to the generator; and a relay switched by the control device to a closed state of connecting the low-voltage current path or an open state of disconnecting the low-voltage current path, wherein the generator stops the autonomous generation of electric power when the relay is switched to the open state to disconnect the low-voltage current path during the autonomous generation of electric power, and wherein the control device switches the relay from the closed state to the open state before the contactor is switched from the closed state to the open state when switching the contactor from the closed state to the open state.
A direct type backlight, comprising: light emitting bodies; a reflecting sheet disposed below the light emitting bodies; a back plate disposed below the reflecting sheet; and a diffusing plate disposed above the light emitting bodies, wherein the backlight further comprises a reflection-enhancing layer disposed between the diffusing plate and the light emitting bodies, and the reflection-enhancing layer has, on a side thereof facing the light emitting bodies, a reflectivity that is greater than a reflectivity of the diffusing plate and smaller than 1; wherein the reflection-enhancing layer (35, 135) is a transflective layer; and wherein the transflective layer is a polyethylene terephthalate film; and characterized in that the polyethylene terephthalate film is applied with scattering particles on a surface thereof. light emitting bodies; a reflecting sheet disposed below the light emitting bodies; a back plate disposed below the reflecting sheet; and a diffusing plate disposed above the light emitting bodies, wherein the backlight further comprises a reflection-enhancing layer disposed between the diffusing plate and the light emitting bodies, and the reflection-enhancing layer has, on a side thereof facing the light emitting bodies, a reflectivity that is greater than a reflectivity of the diffusing plate and smaller than 1; wherein the reflection-enhancing layer (35, 135) is a transflective layer; and wherein the transflective layer is a polyethylene terephthalate film; and characterized in that the polyethylene terephthalate film is applied with scattering particles on a surface thereof.
A lighting system, configured to provide lighting system light, the lighting system comprising: - a light source configured to provide light source light with light intensity in the blue spectral region; - a first luminescent material configured to convert at least part of the light source light into first luminescent material light with light intensity in the green spectral region and having a full width half maximum (FWHM) of at least 90 nm; - a second luminescent material configured to convert (i) at least part of the light source light, or (ii) at least part of the light source light and at least part of the first luminescent material light into second luminescent material light with light intensity in the spectral region of 610-680 nm, wherein the second luminescent material under excitation with at least part of the light source light, or (ii) at least part of the light source light and at least part of the first luminescent material light shows one or more emission lines having a full width half maximum (FWHM) at RT of 40 nm or less; - a third luminescent material configured to provide third luminescent material light upon excitation with one or more of the light source light and the first luminescent material light, wherein the third luminescent material is a broad band emitter in the orange and/or red spectral region, wherein the lighting system is configured to provide at a first setting of the lighting system lighting system light comprising said light source light, said first luminescent material light, said second luminescent material light and said third luminescent material light, having a color point (x;y) with x=0.38 ±0.1 and with y=0.3±0.1. - a light source configured to provide light source light with light intensity in the blue spectral region; - a first luminescent material configured to convert at least part of the light source light into first luminescent material light with light intensity in the green spectral region and having a full width half maximum (FWHM) of at least 90 nm; - a second luminescent material configured to convert (i) at least part of the light source light, or (ii) at least part of the light source light and at least part of the first luminescent material light into second luminescent material light with light intensity in the spectral region of 610-680 nm, wherein the second luminescent material under excitation with at least part of the light source light, or (ii) at least part of the light source light and at least part of the first luminescent material light shows one or more emission lines having a full width half maximum (FWHM) at RT of 40 nm or less; - a third luminescent material configured to provide third luminescent material light upon excitation with one or more of the light source light and the first luminescent material light, wherein the third luminescent material is a broad band emitter in the orange and/or red spectral region,
A surface emitting quantum cascade laser comprising: an active layer with a plurality of quantum well layers stacked therein, the active layer being capable of emitting laser light by inter-subband transition; a first semiconductor layer provided on the active layer and having a first upper surface, a square lattice constituting a two-dimensional photonic crystal in the first semiconductor layer, the square lattice including pits, each pit having opening ends (P 1, P 2, P 3) at the first upper surface, and each pit being linearly asymmetric with respect to each of the two lines parallel to the two orthogonal sides ( D, E) of the square lattice; and a first electrode provided on the first semiconductor layer, wherein the first electrode includes a frame part (50a, 50b) and a plurality of stripe parts arranged in parallel to each other with a prescribed pitch, so that they obliquely cross the frame part and have both end parts joined to the frame part, wherein the plurality of stripe parts and the frame part together define a periodic opening of the first electrode, wherein the laser light is emitted from the opening of the first electrode,and the laser light is emitted in a direction generally perpendicular to the active layer. an active layer with a plurality of quantum well layers stacked therein, the active layer being capable of emitting laser light by inter-subband transition; a first semiconductor layer provided on the active layer and having a first upper surface, a square lattice constituting a two-dimensional photonic crystal in the first semiconductor layer, the square lattice including pits, each pit having opening ends (P 1, P 2, P 3) at the first upper surface, and each pit being linearly asymmetric with respect to each of the two lines parallel to the two orthogonal sides ( D, E) of the square lattice; and a first electrode provided on the first semiconductor layer, wherein the first electrode includes a frame part (50a, 50b) and a plurality of stripe parts arranged in parallel to each other with a prescribed pitch, so that they obliquely cross the frame part and have both end parts joined to the frame part, wherein the plurality of stripe parts and the frame part together define a periodic opening of the first electrode, wherein the laser light is emitted from the opening of the first electrode,and the laser light is emitted in a direction generally perpendicular to the active layer.
A method of monitoring for possible error in an immunoassay, the method comprising: disposing an immunoassay fluid sample on an immunoassay region; determining the position of a flow edge, across the immunoassay region, of the fluid sample as the fluid sample passes along the immunoassay region, the flow edge defining a boundary between a wetted part of the immunoassay region and an unwetted part of the immunoassay region; determining a value of a parameter representing variation with time of the position of the flow edge of the fluid sample across the immunoassay region; obtaining, while the fluid sample is passing along the immunoassay region, information about possible error in the immunoassay from the value of the parameter; and obtaining a correction for the performance of the immunoassay from the determined value of the parameter. disposing an immunoassay fluid sample on an immunoassay region; determining the position of a flow edge, across the immunoassay region, of the fluid sample as the fluid sample passes along the immunoassay region, the flow edge defining a boundary between a wetted part of the immunoassay region and an unwetted part of the immunoassay region; determining a value of a parameter representing variation with time of the position of the flow edge of the fluid sample across the immunoassay region; obtaining, while the fluid sample is passing along the immunoassay region, information about possible error in the immunoassay from the value of the parameter; and obtaining a correction for the performance of the immunoassay from the determined value of the parameter.
A cleaner head (10, 110) for a vacuum cleaner, the cleaner head (10, 110) comprising: a suction cavity (34, 134) comprising an opening (22, 122) through which debris enters the cleaner head (10, 110), and an outlet (80, 82, 182); an agitator (36, 136) mounted in the suction cavity (34, 134) in a cantilevered manner for rotation relative thereto, the agitator (36, 136) comprising a core (38, 138) which is conical in shape and has a first, free end (42, 142) and a second end (44, 144) which has a larger diameter than the first end (42, 142); characterised in that an agitator engaging member (96, 196) for pressing against the agitator (36, 136) any debris which has become wrapped around the agitator (36, 136). a suction cavity (34, 134) comprising an opening (22, 122) through which debris enters the cleaner head (10, 110), and an outlet (80, 82, 182); an agitator (36, 136) mounted in the suction cavity (34, 134) in a cantilevered manner for rotation relative thereto, the agitator (36, 136) comprising a core (38, 138) which is conical in shape and has a first, free end (42, 142) and a second end (44, 144) which has a larger diameter than the first end (42, 142); characterised in that
A sensor system, comprising: a plurality of detectors (50, 60) that detect the same physical quantity of the same detection target and output a digital value (Da, Db) according to the detected physical quantity; a communication circuit that transmits a plurality of the digital values (Da, Db) received from the plurality of detectors (50, 60); and an arithmetic unit that receives the digital values (Da, Db) from the communication circuit; characterized in that the communication circuit places the plurality of the digital values (Da, Db) in a plurality of frames (F1 to F3) to transmit the plurality of frames, and forms the plurality of frames (F1 to F3) such that bit information data of the plurality of the digital values (Da, Db) placed in the plurality of frames (F1 to F3) is arranged in different orders between or among the plurality of the digital values (Da, Db). a plurality of detectors (50, 60) that detect the same physical quantity of the same detection target and output a digital value (Da, Db) according to the detected physical quantity; a communication circuit that transmits a plurality of the digital values (Da, Db) received from the plurality of detectors (50, 60); and an arithmetic unit that receives the digital values (Da, Db) from the communication circuit; characterized in that the communication circuit places the plurality of the digital values (Da, Db) in a plurality of frames (F1 to F3) to transmit the plurality of frames, and forms the plurality of frames (F1 to F3) such that bit information data of the plurality of the digital values (Da, Db) placed in the plurality of frames (F1 to F3) is arranged in different orders between or among the plurality of the digital values (Da, Db).
Device for cardiopulmonary massage and/or resuscitation, with a massaging device which can be reversibly driven in an actuation direction by a drive unit, which has a pressure surface that can be positioned in a target contact area on the rib cage of a patient, and with a position sensor device for detecting changes in the position of the massaging device and/or the pressure surface thereof relative to the target contact area on the rib cage of the patient in a plane normal to the actuation direction of the massaging device, characterised in that the position sensor device has a capacitive sensor arrangement with a position sensor arranged on the pressure surface and with position marking means which cooperates with the position sensor, fixed on the target contact area on the rib cage of the patient, wherein the position sensor arranged on the pressure surface has at least one sensor electrode (29, 30) and the position marking means has at least one metallic pickup element, wherein the position sensor device has an evaluation device and/or a monitoring unit with means for determining capacitance changes between the pickup element and the at least one sensor electrode (29, 30) as well as for determining the resulting changes in the relative position between the pressure surface and the position marking means.