mhurhangee/ep-ind-claims huggingface dataset:
An electron beam radiation system adapted to irradiate a target site on a patient with electron beam radiation dose having a controlled and adjustable penetration depth, said system comprising: a) an electron beam generation unit adapted to aim an electron beam at the treatment site, said electron beam having an adjustable and controllable electron beam energy that can be adjusted to correspond to a desired penetration depth; and b) a control system configured to permit controlling the electron beam, wherein the control system comprises a feedback system, comprising: i) first and second sensors (31, 34) presentable to the electron beam in a manner effective to detect first and second characteristics of the electron beam; the first and second characteristics being different characteristics of the beam; the system being characterised by further comprising: ii) a controller adapted to use the first and second characteristics to derive an analog characteristic and that is adapted to use information comprising the analog characteristic and a reference value to derive an error signal, and wherein the controller is adapted to generate a control signal from the error signal and to cause the control signal to control the penetration depth of the electron beam. a) an electron beam generation unit adapted to aim an electron beam at the treatment site, said electron beam having an adjustable and controllable electron beam energy that can be adjusted to correspond to a desired penetration depth; and b) a control system configured to permit controlling the electron beam, wherein the control system comprises a feedback system, comprising: i) first and second sensors (31, 34) presentable to the electron beam in a manner effective to detect first and second characteristics of the electron beam; the first and second characteristics being different characteristics of the beam; the system being characterised by further comprising: ii) a controller adapted to use the first and second characteristics to derive an analog characteristic and that is adapted to use information comprising the analog i) first and second sensors (31, 34) presentable to the electron beam in a manner effective to detect first and second characteristics of the electron beam; the first and second characteristics being different characteristics of the beam; the system being characterised by further comprising: ii) a controller adapted to use the first and second characteristics to derive an analog characteristic and that is adapted to use information comprising the analog
A method for presenting communication information in video communication, comprising: controlling collection of audio information and video information of a video communication site; determining a position of a speaker in the video communication site according to the audio information, wherein the speaker is a person of participants in the video communication site that speaks; acquiring speech video information from the video information according to the position of the speaker, wherein the speech video information is video information of the speaker within a speaking period; and controlling presentation of the speech video information, characterized in that the controlling presentation of the speech video information comprises: controlling recording of the speech video information; and controlling presentation of the recorded speech video information after the speaking period expires, further comprising: forbidding real-time presentation of speech audio information and the speech video information within the speaking period, wherein the speech audio information is information within the speaking period in the audio information. controlling collection of audio information and video information of a video communication site; determining a position of a speaker in the video communication site according to the audio information, wherein the speaker is a person of participants in the video communication site that speaks; acquiring speech video information from the video information according to the position of the speaker, wherein the speech video information is video information of the speaker within a speaking period; and controlling presentation of the speech video information, characterized in that the controlling presentation of the speech video information comprises: controlling recording of the speech video information; and controlling presentation of the recorded speech video information after the speaking period expires, controlling recording of the speech video information; and controlling presentation of the recorded speech video information after the speaking period expires, further comprising: forbidding real-time presentation of speech audio information and the speech video information within the speaking period, wherein the speech audio information is information within the speaking period in the audio information.
High efficiency seawater evaporation apparatus comprising: a saltpan, a showering unit installed at the saltpan, and an evaporation rope module wherein multiple evaporation ropes are collected in group by a holder, wherein the respective evaporation ropes are extended along an upper and lower direction in the state where the evaporation ropes are each other separated in a predetermined interval; wherein, when seawater is supplied to the respective evaporation ropes by the showering unit, the seawater may flow down along the surface of the respective evaporation ropes, wherein the holder has multiple rope holes which is penetrated from an upper surface to a lower surface, and the space is secured between the evaporation ropes passing through the rope holes, and wherein a plurality of the holders are arranged along the upper and lower direction of the evaporation rope in a predetermined interval, and wherein a gripping portion is included, and the gripping portion collects the evaporation ropes toward the center of the evaporation rope module and the evaporation ropes with an upper supporting rope part and a bottom support rope part support the upper and lower surface of the holder.
A vehicle traveling support control apparatus comprising: a traveling environment determining portion that determines a traveling environment of a vehicle; a support device determining portion that determines a serviceable traveling support device (11, 51, 52) from one or more traveling support devices mounted in the vehicle in accordance with the traveling environment determined by the traveling environment determining portion; a presentation portion that presents support guidance of the serviceable traveling support device (11, 51, 52); and a control portion that controls the presentation portion to present the support guidance of the serviceable traveling support device (11, 51, 52) based on use frequency of the serviceable traveling support device (11, 51, 52) determined by the support device determining portion, characterized in that a number of times of use of the serviceable traveling support device (11, 51, 52) is counted and stored for determining the use frequency; when the stored number of times of use is smaller than a set predetermined number of times, the support guidance comprises an operation procedure of the serviceable traveling support device (11, 51, 52); when the stored number of times of use is equal to or larger than the set predetermined number of times, the support guidance does not comprise the operation procedure of the serviceable traveling support device (11, 51, 52). a traveling environment determining portion that determines a traveling environment of a vehicle; a support device determining portion that determines a serviceable traveling support device (11, 51, 52) from one or more traveling support devices mounted in the vehicle in accordance with the traveling environment determined by the traveling environment determining portion; a presentation portion that presents support guidance of the serviceable traveling support device (11, 51, 52); and a control portion that controls the presentation portion to present the support guidance of the serviceable traveling support device (11, 51, 52) based on use frequency of the serviceable traveling support device (11, 51, 52) determined by the support device determining portion, characterized in that a number of times of use of the serviceable traveling support device (11, 51, 52) is counted and stored for determining the use frequency; when the stored number of times of use is smaller than a set predetermined number of times, the support guidance comprises an operation procedure of the serviceable traveling support device (11, 51, 52); when the stored number of times of use is equal to or larger than the set predetermined number of times, the support guidance does not comprise the operation procedure of the serviceable traveling support device (11, 51, 52).
A method for forming an object, the method comprising: moving a recoat assembly in a coating direction over a build material, wherein the recoat assembly comprises a first roller and a second roller that is spaced apart from the first roller; rotating the first roller of the recoat assembly in a counter-rotation direction, such that a bottom of the first roller moves in the coating direction; contacting the build material with the first roller of the recoat assembly, thereby fluidizing at least a portion of the build material; irradiating, with a front energy source coupled to a front end of the recoat assembly, an initial layer of build material positioned in a build area; subsequent to irradiating the initial layer of build material, moving fluidized build material from a supply receptacle to the build area with the first roller, thereby depositing a second layer of the build material over the initial layer of build material; and subsequent to depositing the second layer of the build material, irradiating, with a rear energy source positioned rearward of the front energy source, the second layer of build material within the build area. moving a recoat assembly in a coating direction over a build material, wherein the recoat assembly comprises a first roller and a second roller that is spaced apart from the first roller; rotating the first roller of the recoat assembly in a counter-rotation direction, such that a bottom of the first roller moves in the coating direction; contacting the build material with the first roller of the recoat assembly, thereby fluidizing at least a portion of the build material; irradiating, with a front energy source coupled to a front end of the recoat assembly, an initial layer of build material positioned in a build area; subsequent to irradiating the initial layer of build material, moving fluidized build material from a supply receptacle to the build area with the first roller, thereby depositing a second layer of the build material over the initial layer of build material; and subsequent to depositing the second layer of the build material, irradiating, with a rear energy source positioned rearward of the front energy source, the second layer of build material within the build area.
A transition arrangement adapted to provide a signal transition between a substrate integrated waveguide, SIW, to a waveguide interface, the SIW comprising a dielectric material, a first metal layer, a second metal layer and an electric wall element arrangement (7a, 7b, 7c), the dielectric materiel having a layer thickness (t d) and being positioned between the first metal layer and the second metal layer, the electric wall element arrangement comprising a first electric wall element and a second electric wall element, the first electric wall element and the second electric wall element at least partly running mutually parallel, separated by a SIW width (w s), in a SIW longitudinal extension (e s) and electrically connecting the first metal layer with the second metal layer, microwave signals being arranged to propagate along the SIW longitudinal extension (e s) in a confinement limited by at least the first metal layer, the second metal layer, the first electric wall element and the second wall element, the transition arrangement comprising a coupling aperture in the first metal layer and a third wall element running between the first electric wall element and the second wall element, across the SIW longitudinal extension (e s), characterized in that the transition arrangement further comprises an at least partly electrically conducting intermediate transition element which in turn comprises a first main surface, a second main surface and a transition aperture, the transition aperture comprising a first opening with a first width (w 1) in the first main surface, and a second opening with a second width (w 2) in the second main surface, the widths (w 1, w 2) extending along the SIW longitudinal extension (e s), the transition element being mounted to the first metal layer such that the first opening faces, and at least partly covers, the coupling aperture, the first width (w 1) exceeding the second width (w 2) and the transition from the first width (w 1) to the second width (w 2) taking place between the first opening and the second opening in at least one step (15, 16), where the second opening faces, and is mounted to, the waveguide interface, such that a waveguide interface opening partly covers the second opening, the waveguide interface opening being offset relative the second opening towards the third wall element such that a front step is formed on a part of the second main surface that falls within the waveguide interface opening.
A method of making pigments, comprising: introducing a carrier gas into a container; heating the container to produce an organic colored vapor from an organic colored material; introducing the organic colored vapor into a fluidized bed reactor or a rotating drum comprising a core particle; introducing a carrier gas into a container to produce an inorganic vapor from an inorganic material; and introducing the inorganic vapor into the fluidized bed reactor; wherein the core particle is totally encapsulated with the organic colored vapor and the inorganic vapor to form a composite layer. introducing a carrier gas into a container; heating the container to produce an organic colored vapor from an organic colored material; introducing the organic colored vapor into a fluidized bed reactor or a rotating drum comprising a core particle; introducing a carrier gas into a container to produce an inorganic vapor from an inorganic material; and introducing the inorganic vapor into the fluidized bed reactor;
A system for determining if a curtain plate of a differential mobility spectrometry device is contaminated, comprising: a DMS device that includes a curtain plate, which is configured to receive a curtain gas that includes a chemical modifier into the curtain plate, and, before or while receiving ions of an analyte into the DMS device, is configured to perform a diagnostic experiment in which a compensation voltage (CoV) of the DMS device is stepped through a series of values in order to apply different CoV values to at least one precursor ion derived from the chemical modifier; and a mass spectrometer that, during the diagnostic experiment, for each CoV value of the series of values, is configured to select the at least one precursor ion and mass analyze the at least one precursor ion, producing an intensity for each CoV value of the series of values for the at least one precursor ion, calculate an intensity versus CoV value peak from the intensities measured for each CoV value of the series of values for the at least one precursor ion, calculate a representative CoV value for the peak, calculate an absolute value of the difference between the representative CoV value and a known CoV value or a range of known CoV values that represent an uncontaminated curtain plate, and, if the absolute value of the difference is greater than or equal to a predetermined threshold value, determine that the curtain plate is contaminated. a DMS device that includes a curtain plate, which is configured to receive a curtain gas that includes a chemical modifier into the curtain plate, and, before or while receiving ions of an analyte into the DMS device, is configured to perform a diagnostic experiment in which a compensation voltage (CoV) of the DMS device is stepped through a series of values in order to apply different CoV values to at least one precursor ion derived from the chemical modifier; and a mass spectrometer that, during the diagnostic experiment, for each CoV value of the series of values, is configured to select the at least one precursor ion and mass analyze the at least one precursor ion, producing an intensity for each CoV value of the series of values for the at least one precursor ion, calculate an intensity versus CoV value peak from the intensities measured for each CoV value of the series of values for the at least one precursor ion, calculate a representative CoV value for the peak, calculate an absolute value of the difference between the representative CoV value and a known CoV value or a range of known CoV values that represent an uncontaminated curtain plate, and, if the absolute value of the difference is greater than or equal to a predetermined threshold value, determine that the curtain plate is contaminated.
Active matrix for a liquid crystal display, comprising: in an active zone, a plurality of pixel electrodes (EP n,m) each having a storage capacity (C st) connected to the pixel electrode and each one addressable by means of a selection line (r n) among N selection lines and a data line (c m) among M data lines, the selection lines being addressed sequentially by means of a driver circuit; characterised in that it comprises in the active zone and for each selection line (r n) connected to a driver circuit output, a line stabilisation capacity (CL n) having a first electrode connected to said selection line (r n) and a second electrode connected to a bus conductor powered by a direct reference voltage (Vref), and that is distributed along the selection line (r n), equivalent to M elementary stabilisation capacities (CL n, m, CL nm+ 1) arranged in parallel, one per data line (c m, C m +1). in an active zone, a plurality of pixel electrodes (EP n,m) each having a storage capacity (C st) connected to the pixel electrode and each one addressable by means of a selection line (r n) among N selection lines and a data line (c m) among M data lines, the selection lines being addressed sequentially by means of a driver circuit; characterised in that it comprises in the active zone and for each selection line (r n) connected to a driver circuit output, a line stabilisation capacity (CL n) having a first electrode connected to said selection line (r n) and a second electrode connected to a bus conductor powered by a direct reference voltage (Vref), and that is distributed along the selection line (r n), equivalent to M elementary stabilisation capacities (CL n, m, CL nm+ 1) arranged in parallel, one per data line (c m, C m +1).
A cooker comprising - a cast iron burner plate, - at least one burner that is situated on the burner plate, - a casing having four side walls that support the burner plate, - at least one bracket -- that is produced from sheet metal, -- that is L-shaped, -- with one end mounted to the inner side of the casing side wall and the other end to the burner plate, characterized by - at least one protrusion that is situated on the lower surface of the burner plate, - at least one drawn part that is situated on the bracket so as to be seated onto the said protrusion, wherein the bracket is mounted under the burner plate by fixing the drawn part to the protrusion with a screw such that the screw end remains inside the protrusion and the screw is prevented from piercing through the upper surface of the burner plate and from being visible. - a cast iron burner plate, - at least one burner that is situated on the burner plate, - a casing having four side walls that support the burner plate, - at least one bracket -- that is produced from sheet metal, -- that is L-shaped, -- with one end mounted to the inner side of the casing side wall and the other end to the burner plate, characterized by - at least one protrusion that is situated on the lower surface of the burner plate, -- that is produced from sheet metal, -- that is L-shaped, -- with one end mounted to the inner side of the casing side wall and the other end to the burner plate, - at least one protrusion that is situated on the lower surface of the burner plate, - at least one drawn part that is situated on the bracket so as to be seated onto the said protrusion,
Medication adherence management system comprising a holding apparatus with a receptacle for holding or connecting to a medicament container, wherein the medication adherence management system or holding apparatus comprises a detector device and/or a data processing device or control device for registering a medication activity, opening or closing of the medicament container and/or loss of weight of the medicament container, wherein the holding apparatus comprises elements, at least a first element and second element, which are movable relative to each other for holding and/orfixing the medicament container and/or for adapting to medicament containers of different size and/or different shape, and wherein the medication adherence management system or holding apparatus comprises a locking device for releasably locking the at least two elements (110, 111) against relative movement, characterized in that the locking device is designed such that the at least two elements (110, 111) can be locked in at least two different positions with respect to each other.
A data transmission method, comprising: determining, by user equipment, a logical channel used for to-be-transmitted D2D data; determining, by the user equipment, a logical channel group corresponding to the logical channel; reporting, by the user equipment, a D2D data volume of the user equipment that is in the logical channel group to a network device; and sending, by the user equipment, on a D2D resource that is allocated by the network device to the user equipment according to the D2D data volume, the to-be-transmitted D2D data to another user equipment by using the determined logical channel. determining, by user equipment, a logical channel used for to-be-transmitted D2D data; determining, by the user equipment, a logical channel group corresponding to the logical channel; reporting, by the user equipment, a D2D data volume of the user equipment that is in the logical channel group to a network device; and sending, by the user equipment, on a D2D resource that is allocated by the network device to the user equipment according to the D2D data volume, the to-be-transmitted D2D data to another user equipment by using the determined logical channel.