mhurhangee/ep-ind-claims huggingface dataset:
A blood treatment device having at least one handle arrangement for a door of the device, wherein the handle arrangement has at least one handle that is configured in ring shape; and in that the handle arrangement furthermore has at least one disinfection unit that works with light, preferably with UV light, and that is arranged to disinfect the handle, with the handle arrangement furthermore having at least one drive unit that is configured to move the handle along the disinfection unit., characterized in that the handle comprises an electrically conductive material; and in that at least one contact sensor that forms a component of the handle arrangement is provided, is electrically conductively connected to the handle by means of a sliding contact, and is configured to detect the contact of the handle and to activate the drive unit with a time offset after such a detection.
Method for applying a protective layer to a steel base for protection from high energy and briefly acting impact stresses, comprising the following method steps: • mixing a sealing alloy in powder form with water to form a pasty mass, wherein the sealing alloy is present in the form of a chromium-containing nickel-based alloy with an iron component of about 1 wt% or in the form of an iron-based alloy and contains up to 40 wt% enamel as binding agent • applying and smoothing the pasty mass on the steel base; • drying the pasty mass at a temperature up to 60 °C, characterized in that the steel base has the form of a steel plate with thickness of a few millimetres, and the protective layer is heated to a temperature of at least 800 °C for even distribution and for melting the sealing alloy on the steel plate in a single heat treatment process. • mixing a sealing alloy in powder form with water to form a pasty mass, wherein the sealing alloy is present in the form of a chromium-containing nickel-based alloy with an iron component of about 1 wt% or in the form of an iron-based alloy and contains up to 40 wt% enamel as binding agent • applying and smoothing the pasty mass on the steel base; • drying the pasty mass at a temperature up to 60 °C,
A vehicle ceiling connecting arrangement for attaching a vehicle ceiling to a vehicle structure of a vehicle, characterized in that said vehicle ceiling connecting arrangement comprising: - a vehicle structure connection portion arranged at a first surface of the vehicle structure, said first surface facing away from an inner compartment of the vehicle, wherein said vehicle structure connection portion comprises an elongated portion extending from the first surface of the vehicle structure in a non-parallel direction relative to the first surface of the vehicle structure; and - a ceiling attachment element connectable to the vehicle structure connection portion, said ceiling attachment element comprising a ceiling clamping surface and a recess portion extending in a non-parallel direction from the ceiling clamping surface, wherein the vehicle ceiling connecting arrangement is configured to assume a ceiling attachment state in which a portion of the vehicle ceiling is sandwiched between the first surface of the vehicle structure and the ceiling clamping surface, said ceiling attachment state is assumed when the elongated portion of the vehicle structure connection portion is inserted into the recess portion. - a vehicle structure connection portion arranged at a first surface of the vehicle structure, said first surface facing away from an inner compartment of the vehicle, wherein said vehicle structure connection portion comprises an elongated portion extending from the first surface of the vehicle structure in a non-parallel direction relative to the first surface of the vehicle structure; and - a ceiling attachment element connectable to the vehicle structure connection portion, said ceiling attachment element comprising a ceiling clamping surface and a recess portion extending in a non-parallel direction from the ceiling clamping surface, wherein the vehicle ceiling connecting arrangement is configured to assume a ceiling attachment state in which a portion of the vehicle ceiling is sandwiched between the first surface of the vehicle structure and the ceiling clamping surface, said ceiling attachment state is assumed when the elongated portion of the vehicle structure connection portion is inserted into the recess portion.
A method for identifying a photovoltaic panel, comprising: acquiring a grayscale image of an infrared image captured by a camera mounted on an unmanned aerial vehicle, the grayscale image including an image of a photovoltaic panel; wherein the method is characterized by performing edge extraction processing on an image in the grayscale image to obtain a monochrome image including a plurality of horizontal lines and a plurality of vertical lines, the horizontal lines being lines in a first direction, an average length of the lines in the first direction being greater than a preset length, the vertical lines being lines in a second direction, and an average length of the lines in the second direction being less than the preset length; and by identifying the photovoltaic panel in the monochrome image based on a relative positional relationship between the horizontal lines and the vertical lines in the monochrome image. acquiring a grayscale image of an infrared image captured by a camera mounted on an unmanned aerial vehicle, the grayscale image including an image of a photovoltaic panel; wherein the method is characterized by performing edge extraction processing on an image in the grayscale image to obtain a monochrome image including a plurality of horizontal lines and a plurality of vertical lines, the horizontal lines being lines in a first direction, an average length of the lines in the first direction being greater than a preset length, the vertical lines being lines in a second direction, and an average length of the lines in the second direction being less than the preset length; and by identifying the photovoltaic panel in the monochrome image based on a relative positional relationship between the horizontal lines and the vertical lines in the monochrome image.
A speed reducer (100, 200, 300), comprising: at least one transmission for changing a speed of rotation of a drive source that generates a rotational force and outputting the rotation at the changed speed; and a coupling member for coupling the transmission to a mating member to which the transmission is to be mounted, wherein the coupling member maintains coupling between the transmission and the mating member irrespective of displacement of the transmission relative to the mating member, characterized in that the transmission includes a casing which is to be fixed to the mating member, wherein the coupling member couples the casing to the mating member, wherein the casing includes a flange portion having a through-hole extending through the flange portion in an axial direction of the transmission, wherein a fixing member inserted or screwed into the through-hole is provided, and wherein the coupling member is mounted to the fixing member. at least one transmission for changing a speed of rotation of a drive source that generates a rotational force and outputting the rotation at the changed speed; and a coupling member for coupling the transmission to a mating member to which the transmission is to be mounted, wherein the coupling member maintains coupling between the transmission and the mating member irrespective of displacement of the transmission relative to the mating member, characterized in that the transmission includes a casing which is to be fixed to the mating member, wherein the coupling member couples the casing to the mating member, wherein the casing includes a flange portion having a through-hole extending through the flange portion in an axial direction of the transmission, wherein a fixing member inserted or screwed into the through-hole is provided, and wherein the coupling member is mounted to the fixing member.
A stove guard including a data processing unit and a heat sensor arrangement for receiving heat radiation from objects located in a given field of view (103, 104) and for delivering detector signals indicative of the received heat radiation to the data processing unit, characterized in that the heat sensor arrangement is arranged to generate detector signals differently corresponding to heat radiation received from a central area of the field of view than to heat radiation received from a circumferential region of the field of view so that - the heat sensor arrangement has at least a first (301,401) and a second (302,402) different detector elements and - the stove guard has one or more optical elements arranged to direct heat radiation to the first detector element from a narrower portion of said field of view than to the second detector element. - the heat sensor arrangement has at least a first (301,401) and a second (302,402) different detector elements and - the stove guard has one or more optical elements arranged to direct heat radiation to the first detector element from a narrower portion of said field of view than to the second detector element.
A steam turbine stationary blade with a hollow inner portion, including: a plurality of slots (10, 11, 12, 13) formed on a blade surface (7, 8) of the steam turbine stationary blade, wherein each of the plurality of slots (10, 11, 12, 13) extends in a blade height direction and wherein the plurality of slots (10, 11, 12, 13) are arranged so as to constitute a plurality of lines in a turbine axial direction of the steam turbine stationary blade, wherein the slots (10, 11, 12, 13) are configured to guide a water film, generated by accumulation of water droplets deposited to the blade surface (7, 8), into the hollow inner portion of the steam turbine stationary blade, characterized in that widths of the slots (10, 11, 12, 13) differ according to their positions in the turbine axial direction on the blade surface (7, 8), wherein the slots (10, 11, 12, 13) include a first slot (10, 12) located upstream in the turbine axial direction and a second slot (11, 13) located downstream of the first slot (10, 12) and having a slot width larger than the slot width of the first slot (10, 12). a plurality of slots (10, 11, 12, 13) formed on a blade surface (7, 8) of the steam turbine stationary blade, wherein each of the plurality of slots (10, 11, 12, 13) extends in a blade height direction and wherein the plurality of slots (10, 11, 12, 13) are arranged so as to constitute a plurality of lines in a turbine axial direction of the steam turbine stationary blade, wherein the slots (10, 11, 12, 13) are configured to guide a water film, generated by accumulation of water droplets deposited to the blade surface (7, 8), into the hollow inner portion of the steam turbine stationary blade, characterized in that widths of the slots (10, 11, 12, 13) differ according to their positions in the turbine axial direction on the blade surface (7, 8), wherein the slots (10, 11, 12, 13) include a first slot (10, 12) located upstream in the turbine axial direction and a second slot (11, 13) located downstream of the first slot (10, 12) and having a slot width larger than the slot width of the first slot (10, 12).
A method for positioning a user equipment in a handover process, comprising: receiving, by a target base station of the user equipment in the handover process, enhanced cell ID, E-CID, positioning measurement related information of the user equipment transmitted from a source base station of the user equipment; and performing, by the target base station, an E-CID positioning measurement for the user equipment according to the E-CID positioning measurement related information after the user equipment has accessed the target base station successfully; wherein the E-CID positioning measurement related information comprises: a Long Term Evolution Positioning Protocol Class A transaction identity, a user equipment measurement identity of a positioning sever, a user equipment measurement identity of a base station and information indicating the user equipment to perform the E-CID positioning measurement. receiving, by a target base station of the user equipment in the handover process, enhanced cell ID, E-CID, positioning measurement related information of the user equipment transmitted from a source base station of the user equipment; and performing, by the target base station, an E-CID positioning measurement for the user equipment according to the E-CID positioning measurement related information after the user equipment has accessed the target base station successfully; wherein the E-CID positioning measurement related information comprises: a Long Term Evolution Positioning Protocol Class A transaction identity, a user equipment measurement identity of a positioning sever, a user equipment measurement identity of a base station and information indicating the user equipment to perform the E-CID positioning measurement.
A system for managing heart failure in a patient, the system comprising: a signal receiver circuit configured to receive a heart sound signal and an impedance signal sensed from the patient; a heart sound detector circuit configured to: determine a HS detection window corresponding to a cardiac diastolic period using the received impedance signal; and detect at least one HS component from the received HS signal within the determined HS detection window, the at least one HS component indicative of cardiac diastolic function; and a heart failure detector circuit configured to generate a cardiac diastolic function indicator using the detected at least one HS component. a signal receiver circuit configured to receive a heart sound signal and an impedance signal sensed from the patient; a heart sound detector circuit configured to: determine a HS detection window corresponding to a cardiac diastolic period using the received impedance signal; and detect at least one HS component from the received HS signal within the determined HS detection window, the at least one HS component indicative of cardiac diastolic function; and determine a HS detection window corresponding to a cardiac diastolic period using the received impedance signal; and detect at least one HS component from the received HS signal within the determined HS detection window, the at least one HS component indicative of cardiac diastolic function; and a heart failure detector circuit configured to generate a cardiac diastolic function indicator using the detected at least one HS component.
A gasketed plate for a plate heat exchanger, characterised in that said plate has a coating comprising silicon oxide, SiO x, having an atomic ratio of O/Si ≥ 2, a content of carbon ≥ 30 atomic% and a coating layer thickness of 3-10 μm, which coating was prepared by sol-gel processing and applied to at least a part of the plate, wherein said coating is applied to the surface of the gasket designated to be in contact with at least one fluid when the plate is in a plate heat exchanger in use, and wherein said plate is made of a base material chosen from titanium, nickel, copper, any alloys of the before mentioned, stainless steel or carbon steel.
A surveying instrument which has a measuring unit, comprising an operation control panel rotatably mounted on said measuring unit with the vertical axis in the center of said measuring unit as the axis of rotation, and a relative angle detecting means for detecting a relative angle of said operation control panel and said measuring unit, wherein said operation control panel is so arranged that a command is issued to relatively rotate said measuring unit based on the relative angle detected by said relative angle detecting means.
An installation structure of a water pump, comprising a pump body and an installation base, the pump body being provided with a water outlet, the installation base is provided with a rotary shaft hole; the pump body is provided with a rotary shaft which is installed in the rotary shaft hole and is rotatable around the rotary shaft hole; characterized in that the installation structure further comprises an anti-sliding structure arranged between the installation base and the rotary shaft or between the installation base and the pump body; wherein either, the rotary shaft hole is axially provided with a first limit surface and a second limit surface; the pump body and the rotary shaft are axially provided with a third limit surface and a fourth limit surface, respectively; and the first limit surface and the second limit surface are positioned between the third limit surface and the fourth limit surface; or, the installation base is axially provided with a first limit surface, and a second limit surface; the rotary shaft is axially provided with a third limit surface, and a fourth limit surface, and the third limit surface and the fourth limit surface are positioned between the first limit surface and the second limit surface. the installation base is provided with a rotary shaft hole; the pump body is provided with a rotary shaft which is installed in the rotary shaft hole and is rotatable around the rotary shaft hole; characterized in that the installation structure further comprises an anti-sliding structure arranged between the installation base and the rotary shaft or between the installation base and the pump body; wherein either, the rotary shaft hole is axially provided with a first limit surface and a second limit surface; the pump body and the rotary shaft are axially provided with a third limit surface and a fourth limit surface, respectively; and the first limit surface and the second limit surface are positioned between the third limit surface and the fourth limit surface; or, the installation base is axially provided with a first limit surface, and a second limit surface; the rotary shaft is axially provided with a third limit surface, and a fourth limit surface, and the third limit surface and the fourth limit surface are positioned between the first limit surface and the second limit surface.
A condensate receiver comprising: a receiving part formed in a circular shape, wherein an outlet of a flue is disposed above the receiving part, and the receiving part is formed in a multi-stage structure to have an increasing separation distance downward from the outlet of the flue with an approach to the inside in a radial direction and receives condensate and combustion gas released by the flue; and a condensate passage extending outward from the center of the receiving part in the radial direction, wherein the condensate passage is configured to connect the inside of the receiving part and the outside of the receiving part to drain the condensate. a receiving part formed in a circular shape, wherein an outlet of a flue is disposed above the receiving part, and the receiving part is formed in a multi-stage structure to have an increasing separation distance downward from the outlet of the flue with an approach to the inside in a radial direction and receives condensate and combustion gas released by the flue; and a condensate passage extending outward from the center of the receiving part in the radial direction, wherein the condensate passage is configured to connect the inside of the receiving part and the outside of the receiving part to drain the condensate.
A mobile device comprising: one or more antennas; a processor; a memory; a radio configured to receive from a wireless communication station a frame comprising a beacon frame including an association capability indication, said association capability indication to indicate a capability of said wireless communication station to perform a wireless association, and wherein said association capability indication includes a first predefined bit value indicating when the wireless communication station performs the functionality of an Access Point, AP, with capability to perform the wireless association, and said association capability indication includes a second predefined bit value, different from the first predefined bit value, indicating when the wireless communication station performs the functionality of a Time of Flight, ToF, responder without capability to perform the wireless association; and a controller configured to initiate an association procedure with said wireless communication station based on said capability information, wherein said controller is configured to initiate said association procedure with said wireless communication station only if the association capability indication includes the first predefined bit value indicating said wireless communication station is capable to perform said wireless association. one or more antennas; a processor; a memory; a radio configured to receive from a wireless communication station a frame comprising a beacon frame including an association capability indication, said association capability indication to indicate a capability of said wireless communication station to perform a wireless association, and wherein said association capability indication includes a first predefined bit value indicating when the wireless communication station performs the functionality of an Access Point, AP, with capability to perform the wireless association, and said association capability indication includes a second predefined bit value, different from the first predefined bit value, indicating when the wireless communication station performs the functionality of a Time of Flight, ToF, responder without capability to perform the wireless association; and a controller configured to initiate an association procedure with said wireless communication station based on said capability information, wherein said controller is configured to initiate said association procedure with said wireless communication station only if the association capability indication includes the first predefined bit value indicating said wireless communication station is capable to perform said wireless association.
A method for operating a first access service depending on a presence of a second access service comprising: - conducting at least one measurement by the first access service, wherein the at least one measurement detects a crosstalk that results from the second access service; - determining based on the at least one measurement whether or not a power spectral density used by the first access service is adjusted; - wherein the second access service is a VDSL2 service, the method being characterised in that the presence of the VDSL2 service is detected by at least one of the following: - determining a difference between a VDSL2 upstream and a VDSL2 downstream crosstalk; - evaluating at least one step in a generated noise at a band edge due to alternating VDSL2 upstream and VDSL2 downstream bands. - conducting at least one measurement by the first access service, wherein the at least one measurement detects a crosstalk that results from the second access service; - determining based on the at least one measurement whether or not a power spectral density used by the first access service is adjusted; - wherein the second access service is a VDSL2 service, - determining a difference between a VDSL2 upstream and a VDSL2 downstream crosstalk; - evaluating at least one step in a generated noise at a band edge due to alternating VDSL2 upstream and VDSL2 downstream bands.