mhurhangee/ep-ind-claims huggingface dataset:
An X-ray system comprising: a plurality of detectors arranged to generate raw X-ray data; a scan engine coupled to the plurality of detectors and arranged to receive the raw X-ray data and to generate calibrated X-ray data; and an image reconstruction engine coupled to the scan engine and arranged to convert the calibrated X-ray data into one or more processed X-ray images; and characterized in that the X-ray system further comprises a scan controller coupled with said plurality of detectors and said scan engine and arranged to receive said raw X-ray data and to dynamically optimize processing of said raw X-ray data by said scan engine by analyzing the raw X-ray data and identifying one or more regions comprising required information, the one or more regions comprising required information being a subset of all regions detected by said plurality of detectors, and issuing instructions to the scan engine to process raw X-ray data only from detectors corresponding to the one or more regions comprising required information. a plurality of detectors arranged to generate raw X-ray data; a scan engine coupled to the plurality of detectors and arranged to receive the raw X-ray data and to generate calibrated X-ray data; and an image reconstruction engine coupled to the scan engine and arranged to convert the calibrated X-ray data into one or more processed X-ray images; and
A plate-type heat exchanger, in particular for motor vehicles, having a multiplicity of plate pairs (5, 30, 62, 63, 64, 71) in order to form first, second and third flow paths, wherein a space region for fourth flow paths is formed between adjacent plate pairs (5, 30, 62, 63, 64, 71), the plate pairs (5, 30, 62, 63, 64, 71) are formed from at least a first plate (60, 70) and a second plate (60, 70) in order to form the first flow paths and the second flow paths between the first and the second plate (60, 70), characterised in that an attachment plate (36, 61, 73) is in each case placed onto the first and onto the second plate (60, 70) in order to form the third flow path between the first plate (60, 70) and the attachment plate (36, 61, 73) and between the second plate (60, 70) and the attachment plate (36, 61, 73).
Cutting head, in particular for a lopper, with a hollow, flat housing which is formed by two housing halves (1, 2), has a handle connector (21, 22) for attachment to a manipulation handle, and is designed to accommodate a blade which is pivotable about a shaft (7, 8) that is fixed to the housing and a counter blade, the ends of which that support the cutting elements protrude from a narrow side of the housing, and with a driving means (10, 11, 15) for the blade disposed in the housing, which driving means include a first connecting element which acts on a lever arm of the blade and a second connecting element which extends through the handle connector (21, 22) to actuating means on the handle, and a gearwheel consisting of two circular first and second parts (111, 112) with different diameters which are attached coaxially to one another, which is supported so as to be rotatable inside the housing (1, 2) about an axis of rotation, wherein the first part of the gearwheel has a smaller diameter than the second part and is at least partly surrounded by the first connecting element, the first end of which is attached to the first part and the second end of which is connected to the lever arm of the blade, and wherein the second part of the gearwheel is at least partly surrounded by the second connecting element, one end of which is attached to the second part and the other end of which extends into the handle connector (21, 22), characterized in that the first part of the gearwheel is disposed in the plane of the blade, the rear end of the counter blade has a profile which is adapted to the shape and size of the second part of the gearwheel, the second part of the gearwheel is disposed at least substantially in the plane of the counter blade and the other end of the second connecting element surrounding the second part passes over an idler pulley into the handle connector (21, 22).
A method for reporting measurement data, characterized by comprising: mapping each of measurement values of adjacent cells that meet a reporting criterion to a first reported value in a 6-bit reported value mode; selecting, according to the first reported value, a cell allowed to be reported from the adjacent cells that meet the reporting criterion; mapping a measurement value of the cell allowed to be reported to a second reported value in a 3-bit reported value mode; and reporting the second reported value to a network. mapping each of measurement values of adjacent cells that meet a reporting criterion to a first reported value in a 6-bit reported value mode; selecting, according to the first reported value, a cell allowed to be reported from the adjacent cells that meet the reporting criterion; mapping a measurement value of the cell allowed to be reported to a second reported value in a 3-bit reported value mode; and reporting the second reported value to a network.
A downhole self-isolating wellbore drilling system comprising: a cutting grinder tool to be attached to a drill string uphole relative to a drill bit attached to a downhole end of the drill string, the cutting grinder tool to receive and pulverize formation cuttings resulting from drilling a formation using the drill bit; and an isolation tool to be attached to the drill string uphole relative to the cutting grinder tool, the isolation tool to control flow of the pulverized formation cuttings mixed with a drilling mud through the drill string, wherein controlling the flow of the mixture is based on a presence of hydrocarbons and comprises: determining the presence of the hydrocarbons released from the formation in the mixture and at least partially blocking the flow of the mixture towards a surface in response to determining the presence of hydrocarbons. a cutting grinder tool to be attached to a drill string uphole relative to a drill bit attached to a downhole end of the drill string, the cutting grinder tool to receive and pulverize formation cuttings resulting from drilling a formation using the drill bit; and an isolation tool to be attached to the drill string uphole relative to the cutting grinder tool, the isolation tool to control flow of the pulverized formation cuttings mixed with a drilling mud through the drill string, wherein controlling the flow of the mixture is based on a presence of hydrocarbons and comprises: determining the presence of the hydrocarbons released from the formation in the mixture and at least partially blocking the flow of the mixture towards a surface in response to determining the presence of hydrocarbons. determining the presence of the hydrocarbons released from the formation in the mixture and at least partially blocking the flow of the mixture towards a surface in response to determining the presence of hydrocarbons.
A method for monitoring the condition of a laser machining head, said method comprising the steps of: - acquiring measurement data by means of at least one sensor unit arranged on or in said laser machining head, - determining an input vector based on the acquired measurement data; and - determining an output vector by applying a model trained by machine learning to the input vector, characterised in that the output vector contains estimated condition data of at least two elements of said laser machining head for determining the overall condition of said laser machining head, wherein the model comprises a plurality of first models for determining condition data of one element of said laser machining head each, and a second model for determining condition data of said laser machining head from the condition data of the elements obtained from the first models. - acquiring measurement data by means of at least one sensor unit arranged on or in said laser machining head, - determining an input vector based on the acquired measurement data; and - determining an output vector by applying a model trained by machine learning to the input vector, the output vector contains estimated condition data of at least two elements of said laser machining head for determining the overall condition of said laser machining head, wherein the model comprises a plurality of first models for determining condition data of one element of said laser machining head each, and a second model for determining condition data of said laser machining head from the condition data of the elements obtained from the first models.
A management device used in a mounting system including multiple mounting-related devices in which a member related to mounting of a component is attached to one or more attachment sections, and a moving work device configured to move between the multiple mounting-related devices to automatically attach and detach the member to and from the attachment sections, the management device characterized by: a management control section configured to, when acquiring prohibition information including information on the attachment sections to and from which the member is not attachable and detachable by the moving work device from the mounting-related device, create an instruction list based on the prohibition information, wherein an attachment and detachment instruction of the member for the attachment sections other than the attachment sections to and from which the member is not attachable and detachable is registered in the instruction list, and cause the moving work device to execute attachment and detachment processing of the member based on the instruction list. multiple mounting-related devices in which a member related to mounting of a component is attached to one or more attachment sections, and a moving work device configured to move between the multiple mounting-related devices to automatically attach and detach the member to and from the attachment sections, create an instruction list based on the prohibition information, wherein an attachment and detachment instruction of the member for the attachment sections other than the attachment sections to and from which the member is not attachable and detachable is registered in the instruction list, and cause the moving work device to execute attachment and detachment processing of the member based on the instruction list.
A method for transmitting a status protocol data unit, PDU, in a mobile communications system, the method comprising: constructing a status PDU providing positive and/or negative acknowledgements of acknowledged mode data, AMD, PDUs or portions of AMD PDUs by considering available resources, such that the constructed status PDU fits to a total size of the available resources indicated by a lower layer; and transmitting the constructed status PDU to a peer radio link control, RLC, entity, wherein the total size of the available resources refers to a total size of RLC PDUs. constructing a status PDU providing positive and/or negative acknowledgements of acknowledged mode data, AMD, PDUs or portions of AMD PDUs by considering available resources, such that the constructed status PDU fits to a total size of the available resources indicated by a lower layer; and transmitting the constructed status PDU to a peer radio link control, RLC, entity, wherein the total size of the available resources refers to a total size of RLC PDUs.
A method for stable ethanol steam reforming, wherein a catalytic ethanol reforming is carried out in two vessels operating in parallel mode both filled in with a catalyst active for this reaction, characterized in that while the first vessel, acting in reforming operation mode, is made flowing with an ethanol rich gaseous stream under pressure to generate an hydrogen rich stream, the second parallel vessel, acting in regeneration mode, is made flowing with superheated steam at pressure lower than the previous one in order to carry out the gasification of carbonaceous compounds deposited on the catalyst, wherein the regeneration temperature is higher than the reforming temperature, both temperatures being lower than or equal to 600°C.
Lamp, in particular security lamp or escape sign luminaire, with an outer housing put together out of two housing parts (3, 4) substantially along a peripheral connecting edge, electronics and light source disposed within the outer housing, wherein the outer housing has lateral transparent or translucent guide surfaces which have a pictogram, characterised in that within the outer housing is disposed an inner housing which has a water repelling device disposed on one side to an upper section of the connecting edge, which water repelling device has at least one drainage rib protruding to the upper interior side of the outer housing in order to divide the outer housing into a dry area and a wet area, wherein on one back side of the drainage ribs pointing away from the connecting edge of the outer housing, current-carrying elements or components and/or light source are disposed at the inner housing.
An improved process for the preparation of Dalteparin sodium, which comprises the steps of: (a) depolymerising heparin sodium with sodium nitrite of 2.5 to 3.5% by weight in the presence of an acid, (b) reducing the product obtained in step (a) with ≤ 2.0 mole equivalents of a reducing agent to obtain crude Dalteparin sodium, (c) isolating the crude Dalteparin sodium obtained in step (b), (d) stirring the crude product obtained in step (c) in a solvent mixture to obtain precipitate of Dalteparin sodium, (e) dissolving the precipitate obtained in step (d) in water and subjecting to ultra-violet irradiation at 254 nm wavelength and 4 to 40W power for a time period of 10 seconds to 8 minutes and (f) lyophilizing the solution obtained in step (e) in presence of alcohol to obtain Dalteparin sodium in free powder form. (a) depolymerising heparin sodium with sodium nitrite of 2.5 to 3.5% by weight in the presence of an acid, (b) reducing the product obtained in step (a) with ≤ 2.0 mole equivalents of a reducing agent to obtain crude Dalteparin sodium, (c) isolating the crude Dalteparin sodium obtained in step (b), (d) stirring the crude product obtained in step (c) in a solvent mixture to obtain precipitate of Dalteparin sodium, (e) dissolving the precipitate obtained in step (d) in water and subjecting to ultra-violet irradiation at 254 nm wavelength and 4 to 40W power for a time period of 10 seconds to 8 minutes and (f) lyophilizing the solution obtained in step (e) in presence of alcohol to obtain Dalteparin sodium in free powder form.
A system comprising: a first buffer configured to store first media packets therein received from a first media stream comprising error correction packets; a second buffer configured to store second media packets therein received from a second media stream comprising error correction packets, the first media stream and the second media stream including redundant content that is transmitted separately; and a combiner configured to store media packets from each of the first and second buffers, the combiner is configured to discard a given duplicate media packet read from one of the first or second buffers that has been identified as being identical to another of the media packets read from the other of the buffers based on analysis of a predetermined identifier in each of the media packets read from the first and second buffers, such that the combiner is configured to provide an output stream of packets that includes only one of the identical media packets read from the first and second buffers and the error correction packets from both of the first and second media streams. a first buffer configured to store first media packets therein received from a first media stream comprising error correction packets; a second buffer configured to store second media packets therein received from a second media stream comprising error correction packets, the first media stream and the second media stream including redundant content that is transmitted separately; and a combiner configured to store media packets from each of the first and second buffers, the combiner is configured to discard a given duplicate media packet read from one of the first or second buffers that has been identified as being identical to another of the media packets read from the other of the buffers based on analysis of a predetermined identifier in each of the media packets read from the first and second buffers, such that the combiner is configured to provide an output stream of packets that includes only one of the identical media packets read from the first and second buffers and the error correction packets from both of the first and second media streams.
Portable smoothing apparatus comprising a handle and a steam-emitting head connected to an upper end of the handle, the steam-emitting head having a front end comprising a treatment face for vertically facing a garment to be smoothed when the apparatus is held in a vertical smoothing position with the handle situated beneath the head, characterised in that the steam-emitting head comprises a through opening which opens onto the treatment face and allows visual access to the area being treated through the steam-emitting head.
A connection fitting (10a, b, c, d) for connecting two air guide members 12a, 12b) to each other, comprising: a fitting body in which a first fitting member is provided to one end portion to which in use one of the air guide members is attached and a second fitting member is provided to the other end portion to which in use the other of the air guide members is attached, the fitting body being formed with a guide flow path for guiding air flowing between the air guide members (12a, 12b), a partition wall provided in the fitting body and partitioning the guide flow path into one end side flow path portion and the other end side flow path portion; a cover made of transparent material, the cover having a through hole formed into a generally cylindrical shape in which the fitting body is introduced, wherein a humidity detection flow path causing one of the flow path portions and the other of the flow path portions to communicate with each other is formed between the cover and the fitting body; and a humidity indicator arranged in the humidity detection flow path so as to cover an outer surface of the fitting body, the humidity indicator changing color thereof in accordance with the humidity of the air flowing through the humidity detection flow path. a fitting body in which a first fitting member is provided to one end portion to which in use one of the air guide members is attached and a second fitting member is provided to the other end portion to which in use the other of the air guide members is attached, the fitting body being formed with a guide flow path for guiding air flowing between the air guide members (12a, 12b), a partition wall provided in the fitting body and partitioning the guide flow path into one end side flow path portion and the other end side flow path portion; a cover made of transparent material, the cover having a through hole formed into a generally cylindrical shape in which the fitting body is introduced, wherein a humidity detection flow path causing one of the flow path portions and the other of the flow path portions to communicate with each other is formed between the cover and the fitting body; and a humidity indicator arranged in the humidity detection flow path so as to cover an outer surface of the fitting body, the humidity indicator changing color thereof in accordance with the humidity of the air flowing through the humidity detection flow path.
A surgical garment worn by an individual, the surgical garment comprising: a sleeve having a distal end defining a lumen for receiving an arm of the individual; a cuff portion disposed at the distal end of the sleeve, the cuff portion extending the lumen defined by the sleeve and further defining an opening; characterized by a barrier member disposed within the lumen proximal to the opening and configured to selectively prevent a hand of the individual's arm from extending through the opening defined by the cuff portion. a sleeve having a distal end defining a lumen for receiving an arm of the individual; a cuff portion disposed at the distal end of the sleeve, the cuff portion extending the lumen defined by the sleeve and further defining an opening; characterized by a barrier member disposed within the lumen proximal to the opening and configured to selectively prevent a hand of the individual's arm from extending through the opening defined by the cuff portion.
A discharge head comprising: multiple nozzles from each of which a liquid is discharged; multiple pressure chambers respectively communicating with the multiple nozzles; multiple supply branch channels each communicating with two or more of the multiple pressure chambers to supply the liquid to the two or more of the pressure chambers; multiple collection branch channels each communicating with two or more of the multiple pressure chambers to collect the liquid from the two or more of the pressure chambers; a supply main channel communicating with each of the multiple supply branch channels to supply the liquid to the multiple supply branch channels; a collection main channel communicating with each of the multiple collection branch channels to collect the liquid from the multiple collection branch channels; a first bypass channel communicating with each of the supply main channel and the collection main channel to connect the supply main channel and the collection main channel; and a first open-close unit configured to: openably close the first bypass channel; and characterized in that the first open-close unit is also configured to decrease a flow rate of the liquid flowing through the first bypass channel with an increase in a first pressure difference between an upstream side and a downstream side of the first open-close unit. multiple nozzles from each of which a liquid is discharged; multiple pressure chambers respectively communicating with the multiple nozzles; multiple supply branch channels each communicating with two or more of the multiple pressure chambers to supply the liquid to the two or more of the pressure chambers; multiple collection branch channels each communicating with two or more of the multiple pressure chambers to collect the liquid from the two or more of the pressure chambers; a supply main channel communicating with each of the multiple supply branch channels to supply the liquid to the multiple supply branch channels; a collection main channel communicating with each of the multiple collection branch channels to collect the liquid from the multiple collection branch channels; a first bypass channel communicating with each of the supply main channel and the collection main channel to connect the supply main channel and the collection main channel; and a first open-close unit configured to: openably close the first bypass channel; and characterized in that the first open-close unit is also configured to decrease a flow rate of the liquid flowing through the first bypass channel with an increase in a first pressure difference between an upstream side and a downstream side of the first open-close unit. openably close the first bypass channel; and characterized in that the first open-close unit is also configured to decrease a flow rate of the liquid flowing through the first bypass channel with an increase in a first pressure difference between an upstream side and a downstream side of the first open-close unit.