mhurhangee/ep-ind-claims huggingface dataset:
A heating apparatus, comprising: a first cavity; a heating member configured to heat a fluid in the first cavity; a second cavity, wherein a fluid inlet of the second cavity is in communication with a fluid outlet of the first cavity; a heat conducting member configured to isolate the first cavity from the second cavity; a temperature detector configured to detect a temperature of a fluid in the second cavity, wherein the temperature detector is arranged at the fluid inlet of the second cavity; and a controller configured to perform heating control on the heating member based on the temperature detected by the temperature detector, wherein the fluid flows into the first cavity and is heated by the heating member, then flows into the second cavity, and the fluid performs heat exchange with the fluid in the first cavity via the heat conducting member when the fluid flows through the second cavity. a first cavity; a heating member configured to heat a fluid in the first cavity; a second cavity, wherein a fluid inlet of the second cavity is in communication with a fluid outlet of the first cavity; a heat conducting member configured to isolate the first cavity from the second cavity; a temperature detector configured to detect a temperature of a fluid in the second cavity, wherein the temperature detector is arranged at the fluid inlet of the second cavity; and a controller configured to perform heating control on the heating member based on the temperature detected by the temperature detector, wherein the fluid flows into the first cavity and is heated by the heating member, then flows into the second cavity, and the fluid performs heat exchange with the fluid in the first cavity via the heat conducting member when the fluid flows through the second cavity.
A method for a minimally invasive surgical system, the method comprising: desaturating a visible color image (212, 400A) of tissue captured in the visible electro-magnetic spectrum from a surgical site within a patient into a desaturated image (212', 400B); coloring an enhanced image (213, 214) representing data captured from the surgical site outside the visible electro-magnetic spectrum with a visible color to form a color enhanced image (213', 214'); and combining the color enhanced image (213', 214') and the desaturated image (212', 400B) together to form a blended image of the surgical site for display on a display device (140, 181). desaturating a visible color image (212, 400A) of tissue captured in the visible electro-magnetic spectrum from a surgical site within a patient into a desaturated image (212', 400B); coloring an enhanced image (213, 214) representing data captured from the surgical site outside the visible electro-magnetic spectrum with a visible color to form a color enhanced image (213', 214'); and combining the color enhanced image (213', 214') and the desaturated image (212', 400B) together to form a blended image of the surgical site for display on a display device (140, 181).
An injection moulded thermoplastic preform (2, 102) for blow moulding to form a container, the preform (2, 102) comprising a lower closed base portion (4, 104), a hollow body portion (6, 106) having an annular wall, a hollow transition portion (8, 108) between the lower closed base portion and the hollow body portion, and an upper open end portion (10, 110) adjacent to an upper part (12, 112) of the hollow body portion, wherein the closed base portion comprises a central portion (14, 114) which extends over at least 50% of an internal radius of a lower end (16, 116) of the hollow body portion and is either substantially flat or has a shallow concave or convex internal curvature (18, 118), and the transition portion comprises an upwardly and radially outwardly tapering portion (24, 124) extending away from the central portion to connect to the hollow body portion, the tapering portion being frustoconical and defined between outer and inner frustoconical walls (109, 111), the tapering portion increasing in thickness from the central portion to the hollow body portion, characterised in that the outer frustoconical wall is inclined at an angle of from 18 to 24 degrees to a longitudinal axis of the preform and the inner frustoconical wall is inclined at an angle of from 12 to less than 18 degrees to the longitudinal axis of the preform, and the outer frustoconical wall has a length, measured along the outer frustoconical wall between the lower closed base portion and the hollow body portion, of from 3 to 5 times the thickness of the annular wall of the hollow body portion.
An adhesive securing member for an ostomy product comprising: a flexible arcuate membrane having a radial inner edge, a radial outer edge, and an adhesive surface for securing the membrane simultaneously to the skin of an ostomate and to an ostomy flange, characterised in that the membrane includes at least two independently movable tab portions at the radial outer edge of the membrane, and the membrane has an outer border section along at least the radial outer edge and a central region located radially inwards of the border section, the border section having a reduced thickness relative to the central region. a flexible arcuate membrane having a radial inner edge, a radial outer edge, and an adhesive surface for securing the membrane simultaneously to the skin of an ostomate and to an ostomy flange, characterised in that the membrane includes at least two independently movable tab portions at the radial outer edge of the membrane, and the membrane has an outer border section along at least the radial outer edge and a central region located radially inwards of the border section, the border section having a reduced thickness relative to the central region.
A method for wireless communications performed by a user equipment, UE, the method comprising: receiving, from a base station, a configuration for a service type, wherein the service type includes an ultra-reliable low latency communication, URLLC, service; receiving, from the base station, a downlink control information, DCI, message that includes an activation indicator indicating that the UE is to begin monitoring for the service type; monitoring a downlink control channel associated with the service type based at least in part on the configuration for the service type and the activation indicator, wherein a configured periodicity for monitoring the downlink control channel associated with the service type is less than a periodicity with which the UE monitors for the DCI message that includes the activation indicator; and receiving a downlink message associated with the service type in accordance with the configuration for the service type. receiving, from a base station, a configuration for a service type, wherein the service type includes an ultra-reliable low latency communication, URLLC, service; receiving, from the base station, a downlink control information, DCI, message that includes an activation indicator indicating that the UE is to begin monitoring for the service type; monitoring a downlink control channel associated with the service type based at least in part on the configuration for the service type and the activation indicator, wherein a configured periodicity for monitoring the downlink control channel associated with the service type is less than a periodicity with which the UE monitors for the DCI message that includes the activation indicator; and receiving a downlink message associated with the service type in accordance with the configuration for the service type.
A fully automatic coffee machine having a water tank, a pump, a brewing unit, a heater, a steam relief unit and a drainage system where a drip tray is equipped with a multi function element detachably connected to the drip tray of the coffee machine characterized in that the multi function element contains a steam guiding part and a strainer part and a bottom side of the steam guiding part is equipped with at least one rib.
A method of stabilising railway track comprising: inserting an elongate support having a generally hollow interior into the ground in the vicinity of existing railway track in-situ, the support being inserted to a depth such that the entire support is below the surface of the ground thereby leaving a void between the support and the surface of the ground; inserting a cementitious material into the hollow interior of the support; characterised in that a ballast material is inserted into the void between the support and the ground surface; the support is between 2 and 8 metres in length and is inserted into the ground in a generally upright orientation to a depth such that the support pierces through and substantially spans the depth of a subgrade region once inserted. inserting an elongate support having a generally hollow interior into the ground in the vicinity of existing railway track in-situ, the support being inserted to a depth such that the entire support is below the surface of the ground thereby leaving a void between the support and the surface of the ground; inserting a cementitious material into the hollow interior of the support; characterised in that a ballast material is inserted into the void between the support and the ground surface; the support is between 2 and 8 metres in length and is inserted into the ground in a generally upright orientation to a depth such that the support pierces through and substantially spans the depth of a subgrade region once inserted.
A glass-ceramic cooktop having a flat upper side forming a cooktop and an underside, wherein the glass-ceramic material of the cooktop has transmittance values greater than 0.1% in the visible light region in the entire wavelength range greater than 420 nm, a light transmittance in the visible range of 0.8-2.5% and a transmittance in the infrared at 1600 nm of 0-85%, and wherein the glass-ceramic material has high quartz mixed crystals as the predominant crystal phase, characterized in that the underside is flat, non-structured and plane-parallel to the upper side, in that at least one coating and/or a film is applied to the underside, in that the coating and/or film is part of a display, in that the coating and/or film forms a masking with translucent and opaque regions and in that a lighting element is disposed at a distance in the region under the coated underside.
A radiation imaging apparatus (I 1) comprising: a sensor array in which a plurality of sensors configured to output signals corresponding to irradiated radiation are arranged to form a plurality of rows and a plurality of columns; detection means configured to detect radiation; driving means configured to drive the sensor array so as to initialize the plurality of sensors for each row repeatedly at least until the detection means detects radiation and to read out, from the plurality of sensors for each row sequentially, signals each of which corresponds to an amount of charge accumulated after final initialization of the corresponding sensor; and processing means configured to process signals from the sensor array, characterized in that the processing means is configured to measure a waveform representing an intensity of irradiated radiation, calculate, based on the waveform, a ratio between a radiation dose measured in a first term from a time the irradiation is started to a time the initialization is performed and a radiation dose measured in a second term from a time the first term ends to a time the irradiation ends, and correct a signal from a sensor on a row, of the plurality of sensors, which has been initialized during the irradiation, so as to compensate for a degradation in the signal due to the initialization performed after the irradiation, based on both the ratio and the signal from the sensor on the row which has been initialized during the irradiation. a sensor array in which a plurality of sensors configured to output signals corresponding to irradiated radiation are arranged to form a plurality of rows and a plurality of columns; detection means configured to detect radiation; driving means configured to drive the sensor array so as to initialize the plurality of sensors for each row repeatedly at least until the detection means detects radiation and to read out, from the plurality of sensors for each row sequentially, signals each of which corresponds to an amount of charge accumulated after final initialization of the corresponding sensor; and processing means configured to process signals from the sensor array, characterized in that the processing means is configured to measure a waveform representing an intensity of irradiated radiation, calculate, based on the waveform, a ratio between a radiation dose measured in a first term from a time the irradiation is started to a time the initialization is performed and a radiation dose measured in a second term from a time the first term ends to a time the irradiation ends, and correct a signal from a sensor on a row, of the plurality of sensors, which has been initialized during the irradiation, so as to compensate for a degradation in the signal due to the initialization performed after the irradiation, based on both the ratio and the signal from the sensor on the row which has been initialized during the irradiation.
A cleaning sheet for cleaning a cleaning target object, comprising: a base material sheet; a first brush portion that is provided to the base material sheet and is formed of a fiber material; and a second brush portion that is provided to the base material sheet characterized in that the second brush portion is formed of crushed pulp materials that are layered, and wherein the first brush portion is formed by joining the base material sheet and a fibrous web in a plurality of joining portions, cutting the fibrous web in a predetermined position between the joining portions, and raising the fibrous web. a base material sheet; a first brush portion that is provided to the base material sheet and is formed of a fiber material; and a second brush portion that is provided to the base material sheet characterized in that the second brush portion is formed of crushed pulp materials that are layered, and wherein the first brush portion is formed by joining the base material sheet and a fibrous web in a plurality of joining portions, cutting the fibrous web in a predetermined position between the joining portions, and raising the fibrous web.
Cleaning apparatus for cleaning a transparent element of an optical or optoelectronic apparatus with a fluid cleaning agent, comprising a housing in which the apparatus is arranged, wherein, in the housing, provision is made of a ring duct which is able to be filled with the cleaning agent via a cleaning agent inflow and which passes at least regionally around the transparent element, and comprising at least one nozzle, which is configured to spray the cleaning agent onto the transparent element and is fed from the ring duct, characterized in that provision is made of at least one electrically conductive heating element for heating the ring duct and/or a region of the housing, or of the cleaning agent inflow, that is directly adjacent to the ring duct, wherein the heating element is arranged in the housing within the ring duct.
A garment (32, 35, 40, 48, 54) adapted for the prophylaxis or treatment of the accumulation of a fluid in the body of a subject in need thereof, the garment (32, 35, 40, 48, 54) including a flexible support, the support being formed from front and rear layers of webbing (22, 20) and having a plurality of spaced apart protuberances formed by raised elements disposed on the rear layer of the webbing, the front and rear layers of webbing (22, 20) being secured together between the protuberances by seams forming respective compartment of the webbing (22, 20) that house the raised elements, the front layer of the webbing generally conforming to the shape of the raised elements so as to provide said protuberances, the support being disposed so that the protuberances are on the inner surface of the garment (32, 35, 40, 48, 54), the protuberances being flexible and adapted to be partially compressed when pressed against the body of the subject so as to operatively apply localised pressure to an area of the subject's body with, or subject to, accumulation of the fluid, the garment (32, 35, 40, 48, 54) being fitted so as to operatively press the protuberances against the body of the subject such that movement of the body of the subject induces a passive massaging action by the protuberances.
A method of producing a compressed data packet in a communication station, which includes a payload generator module and a header generator module, said method comprising: determining a packet format of the data packet based on a compressed header information field of a partial packet, wherein a partial packet is a packet generated and processed internally within the communication station, but which is never transmitted to a receiving unit, wherein the step of determining includes; generating a partial packet in the payload generator module; compressing in the header generator module, data in a populated header information field of the partial packet; determining and selecting in the header generator module, a packet format for the data packet based on the compressed header information field of the partial packet, and generating compressed data for the data packet dependent on the determined packet format. determining a packet format of the data packet based on a compressed header information field of a partial packet, wherein a partial packet is a packet generated and processed internally within the communication station, but which is never transmitted to a receiving unit, wherein the step of determining includes; generating a partial packet in the payload generator module; compressing in the header generator module, data in a populated header information field of the partial packet; determining and selecting in the header generator module, a packet format for the data packet based on the compressed header information field of the partial packet, and generating compressed data for the data packet dependent on the determined packet format.
Suction sealing device for heat-sealing an overlapping seam when packaging sensitive, in particular heat-sensitive products, having a sealing bar with a contact side and is provided with a plurality of suction openings on the contact side, characterized in that a plurality of suction openings arranged next to one another in the longitudinal direction of the overlapping seam during heat sealing are provided, and the contact side has a sealing strip, which is to be arranged along the overlapping seam and is interrupted by the suction openings, and which has a higher thermal conductivity and/or a higher introducible heat capacity than the rest of the contact side.
A method of receiving data at a relay node in a wireless communication system supporting a Multi User-Multiple Input Multiple Output, Multi User-MIMO, antenna scheme, the method comprising: receiving a relay physical downlink control channel, R-PDCCH, from a base station using first antenna port information and a first scramble identity, SCID, via a first resource block pair, RB pair, wherein the R-PDCCH includes second antenna port information and a second SCID; and receiving downlink data from the base station using the R-PDCCH, wherein if the downlink data is received in a part of the first RB pair via which the R-PDCCH is transmitted, the downlink data is demodulated using the first antenna port information and the first SCID which are used for the R-PDCCH, wherein if the downlink data is received in a part of a second RB pair via which the R-PDCCH is not transmitted, the downlink data is demodulated using the second antenna port information and the second SCID indicated by the R-PDCCH, wherein each of the RB pairs includes frequency and time resources, characterized in that wherein a RB bundle consists of more than two RB pairs with a same precoding as a precoding applied to the first RB pair via which the R-PDCCH is received, wherein if the downlink data is received in a third RB pair belonging to the RB bundle, the downlink data is demodulated using the first antenna port information and the first SCID which are used for the R-PDCCH. receiving a relay physical downlink control channel, R-PDCCH, from a base station using first antenna port information and a first scramble identity, SCID, via a first resource block pair, RB pair, wherein the R-PDCCH includes second antenna port information and a second SCID; and receiving downlink data from the base station using the R-PDCCH, wherein if the downlink data is received in a part of the first RB pair via which the R-PDCCH is transmitted, the downlink data is demodulated using the first antenna port information and the first SCID which are used for the R-PDCCH, wherein if the downlink data is received in a part of a second RB pair via which the R-PDCCH is not transmitted, the downlink data is demodulated using the second antenna port information and the second SCID indicated by the R-PDCCH, wherein each of the RB pairs includes frequency and time resources, characterized in that wherein a RB bundle consists of more than two RB pairs with a same precoding as a precoding applied to the first RB pair via which the R-PDCCH is received, wherein if the downlink data is received in a third RB pair belonging to the RB bundle, the downlink data is demodulated using the first antenna port information and the first SCID which are used for the R-PDCCH.
A lithium ion capacitor comprising: a positive electrode; a negative electrode; and an electrolytic solution contacting to the positive electrode and the negative electrode, wherein the electrolytic solution includes an organic solvent and a lithium salt electrolyte having an imide structure; characterized in that the positive electrode includes a collector foil and a positive electrode active material; and the positive electrode active material is held onto the collector foil by means of a binder including a polymer having a RED value to the electrolytic solution of more than 1, the RED value representing a relative energy difference with respect to the electrolytic solution based on Hansen solubility parameters. a positive electrode; a negative electrode; and an electrolytic solution contacting to the positive electrode and the negative electrode, wherein the electrolytic solution includes an organic solvent and a lithium salt electrolyte having an imide structure; characterized in that the positive electrode includes a collector foil and a positive electrode active material; and the positive electrode active material is held onto the collector foil by means of a binder including a polymer having a RED value to the electrolytic solution of more than 1, the RED value representing a relative energy difference with respect to the electrolytic solution based on Hansen solubility parameters.
Method for inputting data to a function implemented on a control device, in which measurements (34, 54) on a system are carried out at different measurement points on a test bench and a global data-based model (38, 58) is created using the measured values obtained, virtual measurements which simulate real measurements on the test bench being carried out on the global data-based model (38, 58), uncertainties for virtual measured values of the virtual measurements being determined from the global data-based model (38, 58) and the uncertainties of the virtual measured values being taken into account when inputting data to the function for the control device, characterized in that it is detected, on the basis of the uncertainties of the virtual measured values, whether a quality of the data-based model (38, 58) is insufficient for inputting data to the function at least in one region of the measurement points, and improvements to the data-based model (38, 58) are achieved on the basis of supplementary measured values from supplementary measurements on the test bench if the quality of the data-based model (38, 58) is insufficient at least in the one region of the measurement points.