mhurhangee/ep-ind-claims huggingface dataset:
A medical sensing system comprising a processing system communicatively coupled to a plurality of medical sensing devices (108, 110, 116), the processing system including: a data acquisition module (136, 138, 140, 142, 144) associated with each of the medical sensing modalities of the medical sensing devices and operable to receive patient data associated with each of the medical sensing modalities from the corresponding medical sensing devices, each of the data acquisition modules being further operable to create a plurality of messages containing patient data; a message queue module operable to receive and temporarily store the plurality of messages from the data acquisition modules; a processing module associated with each of the medical sensing modalities and operable to retrieve the plurality of messages created by the corresponding data acquisition module from the message queue module, to process the patient data within the plurality of messages, and to transmit a second plurality of messages containing the processed patient data to the message queue module; a user interface module associated with each of the medical sensing modalities and operable to retrieve the second plurality of messages from the message queue module and to present the processed patient data within a graphical user interface; and a processing stack operable to expose an application programming interface to the processing module. a data acquisition module (136, 138, 140, 142, 144) associated with each of the medical sensing modalities of the medical sensing devices and operable to receive patient data associated with each of the medical sensing modalities from the corresponding medical sensing devices, each of the data acquisition modules being further operable to create a plurality of messages containing patient data; a message queue module operable to receive and temporarily store the plurality of messages from the data acquisition modules; a processing module associated with each of the medical sensing modalities and operable to retrieve the plurality of messages created by the corresponding data acquisition module from the message queue module, to process the patient data within the plurality of messages, and to transmit a second plurality of messages containing the processed patient data to the message queue module; a user interface module associated with each of the medical sensing modalities and operable to retrieve the second plurality of messages from the message queue module and to present the processed patient data within a graphical user interface; and a processing stack operable to expose an application programming interface to the processing module.
A compound of Formula: or a pharmaceutically acceptable salt thereof, wherein the compound is selected from the group consisting of: or a pharmaceutically acceptable salt of a compound selected from the group consisting of:
An annular brake member (631,1131) for a brake assembly of a robot joint where said annular brake member is configured to be rotatable arranged on a motor axle of a joint motor of a robot joint, where said motor axle is rotatable around an motor axis, said annular brake member comprises a plurality of brake protrusions configured to engage with an engagement member whereby engagement between at least one of said brake protrusions and said engagement member prevents rotation of said annular brake member around said motor axis characterized in that said plurality of brake protrusions (632a-3, 1132a-j) are formed by a frame work of interconnected slats (1021, 1121) and at least one of said brake protrusion comprises two slats forming the sides of a triangular like shape and where a central part of the annular brake member forms the bottom side (1023, 1123) of said triangular like shape.
A vehicle comprising: an engine; a first motor generator; a second motor generator; a transmission including an input shaft, an output shaft, and at least one clutch, the input shaft being coupled to the second motor generator, the output shaft being coupled to drive wheels of the vehicle, and the clutch being configured to switch between the input shaft and the output shaft to a power transmission state or a power transmission shut-off state; a differential device including a first rotating element, a second rotating element, and a third rotating element, the first rotating element being coupled to the first motor generator, the second rotating element being coupled to the second motor generator, the third rotating element being coupled to an output shaft of the engine, and the differential device being configured such that when rotation speeds of two rotating elements among the first rotating element, the second rotating element, and the third rotating element are determined, rotation speed of the remaining one rotating element is determined; and an electronic control unit (64, 68, 70) configured to control the first motor generator, the second motor generator, and the clutch, the vehicle being characterized in that the electronic control unit (64, 68, 70) is configured to detect a rotation speed difference between the input shaft and the output shaft when the clutch is controlled so as to be brought into the power transmission shut-off state, and in that the electronic control unit (64, 68, 70) is configured to, when the rotation speed difference detected by the electronic control unit (64, 68, 70) is smaller than a predetermined value (α), inhibit the cranking of the engine using the first motor generator and to, when the power transmission shut-off state is established, provoke the cranking of the engine using the first motor generator. an engine; a first motor generator; a second motor generator; a transmission including an input shaft, an output shaft, and at least one clutch, the input shaft being coupled to the second motor generator, the output shaft being coupled to drive wheels of the vehicle, and the clutch being configured to switch between the input shaft and the output shaft to a power transmission state or a power transmission shut-off state; a differential device including a first rotating element, a second rotating element, and a third rotating element, the first rotating element being coupled to the first motor generator, the second rotating element being coupled to the second motor generator, the third rotating element being coupled to an output shaft of the engine, and the differential device being configured such that when rotation speeds of two rotating elements among the first rotating element, the second rotating element, and the third rotating element are determined, rotation speed of the remaining one rotating element is determined; and an electronic control unit (64, 68, 70) configured to control the first motor generator, the second motor generator, and the clutch,
A monoclonal antibody specifically binding to human B cell maturation antigen (BCMA), wherein the antibody comprises a CDR3H region of SEQ ID NO:17 and a CDR3L region of SEQ ID NO:20 and a CDR1H, CDR2H, CDR1L, and CDR2L region combination selected from the group of: a) CDR1H region of SEQ ID NO:21 and CDR2H region of SEQ ID NO:22, CDR1L region of SEQ ID NO:25, and CDR2L region of SEQ ID NO:26, and b) CDR1H region of SEQ ID NO:21 and CDR2H region of SEQ ID NO:22, CDR1L region of SEQ ID NO:27, and CDR2L region of SEQ ID NO:28. a) CDR1H region of SEQ ID NO:21 and CDR2H region of SEQ ID NO:22, CDR1L region of SEQ ID NO:25, and CDR2L region of SEQ ID NO:26, and b) CDR1H region of SEQ ID NO:21 and CDR2H region of SEQ ID NO:22, CDR1L region of SEQ ID NO:27, and CDR2L region of SEQ ID NO:28.
Method for determining the total iron content in a sample of a liquid lubricating oil, in particular from a marine engine, by means of the following steps: a) a sample of the lubricating oil is taken, b) the sample and diluted nitric acid (HNO 3) that forms iron ions are added to a mixing vessel and mixed, c) the mixing vessel is placed in an ultrasonic bath and, at an increased temperature, is subjected to an ultrasonic field at least until a phase separation occurs in the mixture between a heavier phase containing iron ions and a lighter phase containing oil residues, the mixing vessel having a height to diameter ratio of < 1 or being inclined such that the surface area of the phase separation plane is as large as possible, d) the heavier phase of the mixture is filtered out and the heavier phase forming the filtrate is transferred to a reaction vessel containing an iron complexing agent solution, e) the iron content of the sample is analysed by determining the opacity, chrominance or luminance of a colour formation in the reaction vessel. a) a sample of the lubricating oil is taken, b) the sample and diluted nitric acid (HNO 3) that forms iron ions are added to a mixing vessel and mixed, c) the mixing vessel is placed in an ultrasonic bath and, at an increased temperature, is subjected to an ultrasonic field at least until a phase separation occurs in the mixture between a heavier phase containing iron ions and a lighter phase containing oil residues, the mixing vessel having a height to diameter ratio of < 1 or being inclined such that the surface area of the phase separation plane is as large as possible, d) the heavier phase of the mixture is filtered out and the heavier phase forming the filtrate is transferred to a reaction vessel containing an iron complexing agent solution, e) the iron content of the sample is analysed by determining the opacity, chrominance or luminance of a colour formation in the reaction vessel.
A watch case comprising: - a middle, - a first tube provided with first indexing means, - a control crown including: • a cap having a distinctive sign on a front face, and • a bush intended to be connected to the movement of the watch, - a second tube adapted to be fastened to the middle and to receive the bush, - the control crown and the first tube including respective screwing means (1b,4b) for screwing them together; characterized in that: - second indexing means (3a,3a',3a") fastened to the middle are provided to cooperate with the first indexing means of the first tube, and - the first tube and the second tube are conformed so that fastening the second tube to the middle ensures axial immobilization of the first tube relative to the middle, an abutment surface of the first tube coming into contact with a stop surface (3d; 3d') of the middle or the stop surface of a ring fixed or linked to the middle. - a middle, - a first tube provided with first indexing means, - a control crown including: • a cap having a distinctive sign on a front face, and • a bush intended to be connected to the movement of the watch, • a cap having a distinctive sign on a front face, and • a bush intended to be connected to the movement of the watch, - a second tube adapted to be fastened to the middle and to receive the bush, - the control crown and the first tube including respective screwing means (1b,4b) for screwing them together; characterized in that: - second indexing means (3a,3a',3a") fastened to the middle are provided to cooperate with the first indexing means of the first tube, and - the first tube and the second tube are conformed so that fastening the second tube to the middle ensures axial immobilization of the first tube relative to the middle, an abutment surface of the first tube coming into contact with a stop surface (3d; 3d') of the middle or the stop surface of a ring fixed or linked to the middle. - second indexing means (3a,3a',3a") fastened to the middle are provided to cooperate with the first indexing means of the first tube, and - the first tube and the second tube are conformed so that fastening the second tube to the middle ensures axial immobilization of the first tube relative to the middle, an abutment surface of the first tube coming into contact with a stop surface (3d; 3d') of the middle or the stop surface of a ring fixed or linked to the middle.
Cigarette pack having an outer wrapper made of sheet material and having a label which is positioned between the pack and the outer wrapper and, upon removal of the outer wrapper, can be severed in interaction with a tear-open strip, which severs the outer wrapper and is positioned on the same, wherein the label, upon removal of the outer wrapper and/or upon actuation of the tear-open strip, is severed such that at least one piece (24; 37, 38) of the label, on account of a corresponding connection, remains fixed to the pack, wherein the label, has at least one weakening line, in particular perforation line (29; 35, 36), which is directed transversely to the longitudinal extent of the label such that the label can be severed along the weakening line (29; 35, 36) by actuation of the tear-open strip, which runs preferably on the inside of the label or by removal of the outer wrapper, wherein at least the piece (24; 37, 38) of the label, this piece being connected to the pack, is bounded by the weakening line, and wherein the weakening line is arranged alongside the tear-open strip, parallel to the same, and to be precise on that side of the tear-open strip which is assigned to the piece of the label, which is fixed to the pack, characterized in that the label, upon removal of the outer wrapper and/or upon actuation of the tear-open strip, is severed such that at least one further, different piece (25; 39) of the label remains fixed to the tear-open strip.
Cleaning machine, comprising at least one cleaning roller (46; 46'), a roller housing having a roller receptacle for the at least one cleaning roller (46; 46'), wherein the at least one cleaning roller (46; 46') is exchangeably positioned on the roller housing and the roller receptacle has an opening to the outside, a lid (64; 120) for closing the opening, and a locking device for fixing the lid (64; 120) to the roller housing, characterized in that at least one convex holding body (86, 90) is arranged on the roller housing, in that a pivotable bracket is arranged on the lid (64; 120), in that at least one receptacle (84, 88) for the at least one holding body (86, 90) is arranged on the pivotable bracket, and in that in a release position of the pivotable bracket, the at least one holding body (86; 90) is able to dip into the associated receptacle (84; 88) and/or exit the associated receptacle (84; 88), and in a locking position of the pivotable bracket, an exit of the holding body (86; 90) out of the associated receptacle (84; 88) is blocked.
An optoelectronic sensor for detecting an object in a monitoring area, comprising, in a transmission path, a light transmitter and transmission optics assigned to the light transmitter for transmitting a light beam and, in a reception path, a spatially resolving light receiver and a reception optics assigned to the light receiver for receiving the light beam remitted by the object, the reception optics comprising an optical meta element having a meta surface and/or a meta material, and comprising a control and evaluation unit configured to evaluate a reception signal of the light receiver characterized in that the sensor is configured as a light sensor according to the principle of triangulation and comprises, in the reception path, an optical correction element that at least partially compensates for one of three interference effects, namely the impact position of a received light spot on the light receiver varying strongly in the near range and hardly at all in the far range with changes in the object distance, a received light spot size varying with the object distance, and/or a received light level decreasing with the object distance, and in that the optical meta-element at least partially has the function of the optical correction element. characterized in that the sensor is configured as a light sensor according to the principle of triangulation and comprises, in the reception path, an optical correction element that at least partially compensates for one of three interference effects, namely the impact position of a received light spot on the light receiver varying strongly in the near range and hardly at all in the far range with changes in the object distance, a received light spot size varying with the object distance, and/or a received light level decreasing with the object distance, and in that the optical meta-element at least partially has the function of the optical correction element.
A data transmission method, comprising: configuring, by a network device, N groups of scheduling information, wherein N is a positive integer; configuring, by the network device, first downlink data based on M groups of scheduling information comprised in the N groups of scheduling information, wherein the first downlink data comprises at least one piece of downlink data, M is a positive integer less than or equal to N; and sending, by the network device, the first downlink data to a first terminal device in a first transmission time unit and the first downlink data comprises M pieces of downlink data, wherein M is greater than one, the M pieces of downlink data carry same information, and the configuring, by the network device, first downlink data based on M groups of scheduling information comprised in the N groups of scheduling information comprises: separately modulating, by the network device, the M pieces of downlink data based on M modulation and coding schemes MCSs indicated in the M groups of scheduling information; and respectively mapping, by the network device, the M pieces of downlink data onto M channel resources indicated in the M groups of scheduling information. configuring, by a network device, N groups of scheduling information, wherein N is a positive integer; configuring, by the network device, first downlink data based on M groups of scheduling information comprised in the N groups of scheduling information, wherein the first downlink data comprises at least one piece of downlink data, M is a positive integer less than or equal to N; and sending, by the network device, the first downlink data to a first terminal device in a first transmission time unit and the first downlink data comprises M pieces of downlink data, wherein M is greater than one, the M pieces of downlink data carry same information, and the configuring, by the network device, first downlink data based on M groups of scheduling information comprised in the N groups of scheduling information comprises: separately modulating, by the network device, the M pieces of downlink data based on M modulation and coding schemes MCSs indicated in the M groups of scheduling information; and respectively mapping, by the network device, the M pieces of downlink data onto M channel resources indicated in the M groups of scheduling information. separately modulating, by the network device, the M pieces of downlink data based on M modulation and coding schemes MCSs indicated in the M groups of scheduling information; and respectively mapping, by the network device, the M pieces of downlink data onto M channel resources indicated in the M groups of scheduling information.
A modular communication connector including: a housing defining a plug receiving opening and comprising a conductor carrying sled having a first plurality of conductors a second plurality of conductors each having insulation displacement contact IDC portions for terminating pairs of wires of a communication cable, wherein the IDC portions are arranged in an upper and a lower row of four IDC portions each such that the top and bottom IDC portions at each end of the rows are arranged to terminate a wire pair and the two internal IDC portions of each row are arranged to terminate a wire pair, characterised in that the modular communication connector further comprises a wire containment fixture having means for positioning wires with respect to the IDC portions and being engageable to and slidably movable along a portion of the conductor carrying sled. a housing defining a plug receiving opening and comprising a conductor carrying sled having a first plurality of conductors a second plurality of conductors each having insulation displacement contact IDC portions for terminating pairs of wires of a communication cable, wherein the IDC portions are arranged in an upper and a lower row of four IDC portions each such that the top and bottom IDC portions at each end of the rows are arranged to terminate a wire pair and the two internal IDC portions of each row are arranged to terminate a wire pair, characterised in that the modular communication connector further comprises a wire containment fixture having means for positioning wires with respect to the IDC portions and being engageable to and slidably movable along a portion of the conductor carrying sled.
An apparatus for biological sewage treatment, comprising an anaerobic treatment section (S1; 201), a concentrated mixed liquor driving device (103, 109, 110, 111; 215, 216, 222) which is disposed to drive a concentrated mixed liquor to flow by using a gas, a sedimentation section (S2; 221) to provide the concentrated mixed liquor, and an aeration section (S3; 225) to provide an aeration gas as at least part of the gas, wherein the anaerobic treatment section (S1; 201) is disposed to receive a sewage feed and a concentrated mixed liquor from the concentrated mixed liquor driving device (103, 109, 110, 111; 215, 216, 222) and perform anaerobic treatment so as to obtain an anaerobic treatment mixed liquor, the aeration section (S3; 225) is disposed to receive the anaerobic treatment mixed liquor and perform aeration treatment by contacting with an aeration gas so as to obtain an aeration treatment mixed liquor, the sedimentation section (S2; 221) is disposed to receive the aeration treatment mixed liquor and perform sedimentation so as to obtain a supernatant and a concentrated mixed liquor, and the concentrated mixed liquor driving device (103, 109, 110, 111; 215, 216, 222) is disposed to receive the concentrated mixed liquor and drive the concentrated mixed liquor to flow by using the aeration gas collected from the aeration section (S3; 225); wherein the concentrated mixed liquor driving device (103, 109, 110, 111; 215, 216) comprises a guiding tube (109; 216) to allow the gas to contact with the concentrated mixed liquor, a gas inlet and a concentrated mixed liquor inlet are set at a lower part of the guiding tube, a gas-liquor mixture conveying section is set at a middle part of the guiding tube, and a gas-liquor mixture outlet is set at a upper part of the guiding tube; wherein the concentrated mixed liquor driving device (103, 109, 110, 111; 215, 216, 222) further comprises a gas-liquor separating device that is fluidly connected with the gas-liquor mixture outlet; wherein the aeration section has a gas-liquor separating device to separate the aeration treatment mixed liquor and the aeration gas, the gas-liquor separating device is fluidly connected with the sedimentation section to allow the sedimentation section to receive the aeration treatment mixed liquor, and the gas-liquor separating device is disposed to prevent the aeration gas from entering the sedimentation section.