mhurhangee/ep-ind-claims huggingface dataset:
An electric storage cell comprising: an electric storage element and electrolyte; a casing housing the electric storage element and the electrolyte; a charging reception antenna connected to the electric storage element and configured to receive electric power transmitted from a power feeding unit in a contactless manner; and a discharging transmission antenna connected to the electric storage element and configured to transmit electric power stored in the electric storage element in a contactless manner; characterised in that the casing further comprises: a frame having a trench formed in an inner circumference of the frame to surround the electric storage element; and a pair of film bodies between which the frame is housed and the electric storage element is encapsulated with the electrolyte; wherein at least one of the charging reception antenna and the discharging transmission antenna is arranged in the trench. an electric storage element and electrolyte; a casing housing the electric storage element and the electrolyte; a charging reception antenna connected to the electric storage element and configured to receive electric power transmitted from a power feeding unit in a contactless manner; and a discharging transmission antenna connected to the electric storage element and configured to transmit electric power stored in the electric storage element in a contactless manner; characterised in that the casing further comprises: a frame having a trench formed in an inner circumference of the frame to surround the electric storage element; and a pair of film bodies between which the frame is housed and the electric storage element is encapsulated with the electrolyte; wherein at least one of the charging reception antenna and the discharging transmission antenna is arranged in the trench. a frame having a trench formed in an inner circumference of the frame to surround the electric storage element; and a pair of film bodies between which the frame is housed and the electric storage element is encapsulated with the electrolyte; wherein at least one of the charging reception antenna and the discharging transmission antenna is arranged in the trench.
Separation device for separating contamination in the form of solids from a gaseous medium, such as air, with a spiral separator, which comprises a guide apparatus in the form of a spiral, and a hollow, cylindrical filter element, which are arranged in a housing comprising a cylindrical housing inner wall, the media flow being able to be conveyed to the guide apparatus, thus causing an at least partial separation of the respective contamination from the media flow, the guide apparatus comprising a plurality of spiral arms, in pairs, adjacent to and opposite one another, which delimit radially extending flow chambers such that the media flow is guided radially outwards and moves in a spiral manner with respect to the inner wall of the housing, the separation device being set up such that the media flow is accelerated by the spiral guidance and passed along the inner wall of the housing in the direction of a media outlet, such that the solid contamination is slowed down during this operation due to friction on the inner wall of the housing and separated from the housing and such that the remaining gas is then further purified by the filter element, said filter element, when viewed in the radial direction, being at a pre-definable distance from the housing, characterised in that the individual spiral arms sit on one end surface of an underlying cup-shaped receptacle, in which the filter element is inserted, and in that the spiral separator, when viewed in the radial direction, is at a pre-definable distance from the housing.
A heating system, comprising: - a heater; - a power source configured to provide power to a heater to heat a workpiece via the heater; - a controller; - at least one sensor for measuring the temperature of the workpiece and for providing temperature measurements to the controller; - a memory device including a list of values that associates temperature change values with corresponding thermal mass of the workpiece; characterized in that the controller is configured to: - receive a first temperature measurement signal from the at least one sensor, the first temperature measurement signal corresponding to a first temperature of the workpiece; - turn on the power source to activate the heater to heat the workpiece; - receive a second temperature measurement signal from the at least one sensor in response to heating the workpiece, the second temperature measurement signal corresponding to a second temperature of the workpiece; - calculate a change in temperature of the workpiece based on the first and second temperatures; and - access the memory device (112, 116) that includes a list of values that associates temperature change values with corresponding thermal mass of the workpiece; - identify a temperature change value corresponding to the calculated change in temperature; and - identify the thermal mass by looking up the change in temperature in the memory device (112, 116), so that the thermal mass of the workpiece is determined based on the change in temperature. - a heater; - a power source configured to provide power to a heater to heat a workpiece via the heater; - a controller; - at least one sensor for measuring the temperature of the workpiece and for providing temperature measurements to the controller; - a memory device including a list of values that associates temperature change values with corresponding thermal mass of the workpiece; - receive a first temperature measurement signal from the at least one sensor, the first temperature measurement signal corresponding to a first temperature of the workpiece; - turn on the power source to activate the heater to heat the workpiece; - receive a second temperature measurement signal from the at least one sensor in response to heating the workpiece, the second temperature measurement signal corresponding to a second temperature of the workpiece; - calculate a change in temperature of the workpiece based on the first and second temperatures; and - access the memory device (112, 116) that includes a list of values that associates temperature change values with corresponding thermal mass of the workpiece; - identify a temperature change value corresponding to the calculated change in temperature; and - identify the thermal mass by looking up the change in temperature in the memory device (112, 116), so that the thermal mass of the workpiece is determined based on the change in temperature.
Bearing assembly comprising a rolling bearing having at least one inner ring and at least one outer ring, wherein rolling bodies are arranged between the bearing rings (3, 4), and further comprising a sealing assembly having a carrier element which is directly or indirectly fastened to one of the bearing rings, wherein the carrier element holds a seal having at least one sealing lip, and wherein the at least one sealing lip butts against the other of the bearing rings or a component connected thereto, wherein the carrier element comprises: a carrier disc which is directly or indirectly fastened to one of the bearing rings, at least two sleeves (11, 12) which are arranged coaxially to one another and which are arranged with a radial spacing on the carrier disc, a first fixed cover element which is directly or indirectly connected to the at least two sleeves (11, 12) at one of their axial ends, and a second releasable cover element which is directly or indirectly connected to the at least two sleeves (11, 12) in a releasable manner, wherein a sleeve, the first fixed cover element and the second releasable cover element form a receiving chamber for the seal, characterized in that the carrier disc and at least one of the sleeves (11, 12) and/or the first cover element and at least one of the sleeves (11, 12) and/or the second cover element and at least one of the sleeves (11, 12) are connected to one another by a formfitting connection (15, 16), wherein the formfitting connection (15, 16) is formed by a number of lug-shaped projections which are arranged on the sleeve (11, 12) and which engage in congruent recesses in the carrier disc or in the first cover element or in the second cover element. a carrier disc which is directly or indirectly fastened to one of the bearing rings, at least two sleeves (11, 12) which are arranged coaxially to one another and which are arranged with a radial spacing on the carrier disc, a first fixed cover element which is directly or indirectly connected to the at least two sleeves (11, 12) at one of their axial ends, and a second releasable cover element which is directly or indirectly connected to the at least two sleeves (11, 12) in a releasable manner, wherein a sleeve, the first fixed cover element and the second releasable cover element form a receiving chamber for the seal, characterized in that the carrier disc and at least one of the sleeves (11, 12) and/or the first cover element and at least one of the sleeves (11, 12) and/or the second cover element and at least one of the sleeves (11, 12) are connected to one another by a formfitting connection (15, 16), wherein the formfitting connection (15, 16) is formed by a number of lug-shaped projections which are arranged on the sleeve (11, 12) and which engage in congruent recesses in the carrier disc or in the first cover element or in the second cover element.
Method for operating a heating group subsystem of a machine for producing or treating a fibrous web, in particular a paper web or cardboard web, the heating group subsystem comprising a first heating group and a last heating group and at least one further heating group with in each case at least one apparatus (1.1, 1.2, 1.3, 1.4, 2.1, 2.2, 3.1, 3.2), in particular a drying cylinder, which is heated by way of heating steam which has a steam pressure for heating the fibrous web, the fibrous web being guided, as viewed in the running direction of the machine, first of all through the first heating group, subsequently through the at least one further heating group and subsequently through the last heating group, characterized in that the steam pressure of the heating steam of the at least one further heating group is set to be lower than the respective steam pressure of the heating steam of the first heating group and the last heating group.
A mounting profile for fastening a guide rail profile for a liftable an lowerable curtain, in particular a shutter curtain, on a building opening, with the mounting profile being fastenable on a window frame or on a wall reveal, and comprising a set of retaining elements (130, 140, 145, 180) for positive connection by detent of the guide rail profile with the mounting profile, as well as at least an alternative set of retaining elements (130, 140, 145, 150, 160) for positive snap-in connection of an alternative guide rail profile arrangement with different fastening means than the guide rail profile with the mounting profile in order that the two sets of retaining elements are at least not entirely identical, the mounting profile comprising a rear surface by means of which it abuts the window frame in a fixed state, a front face with at least a bearing surface facing in the opposite direction of the rear surface as well as a side flank facing the wall reveal and a side flank distant from the wall reveal, characterized in that the set of retaining elements (130, 140, 145, 180) comprises the following: a hook in the area of the side flank distant from the wall reveal close to the window frame which extends from a surface parallel to the rear surface in the direction towards a plane of the rear surface, as well as for completion of the support a detent projection in the area of the side flank of the mounting profile facing the wall reveal, namely in the corner area of the external wall on the side of the wall reveal and the front side of the mounting profile, which is attached to an external wall on the wall reveal side of the mounting profile in a fixed state, comprises an undercut protruding in parallel to the rear surface, and faces towards the inside and away from the wall reveal, and the bearing surface facing in the opposite direction of the rear surface, wherein the alternative set of retaining elements (130, 140, 145, 150, 160) comprising a detent groove extending towards the inside from the side flank facing away from the wall reveal and the bearing surface facing in the opposite direction of the rear surface. a hook in the area of the side flank distant from the wall reveal close to the window frame which extends from a surface parallel to the rear surface in the direction towards a plane of the rear surface, as well as for completion of the support a detent projection in the area of the side flank of the mounting profile facing the wall reveal, namely in the corner area of the external wall on the side of the wall reveal and the front side of the mounting profile, which is attached to an external wall on the wall reveal side of the mounting profile in a fixed state, comprises an undercut protruding in parallel to the rear surface, and faces towards the inside and away from the wall reveal, and the bearing surface facing in the opposite direction of the rear surface, wherein the alternative set of retaining elements (130, 140, 145, 150, 160) comprising a detent groove extending towards the inside from the side flank facing away from the wall reveal and the bearing surface facing in the opposite direction of the rear surface.
A polyolefin polymer processing system comprising: at least one polymer processor selected from at least one of a pelletizer, a blow molding device, a roto molding device, an injection molding device, a cast film device, a blown film device and a coextrusion device, and one or more devices each comprising a head member, an elongated body comprising a hollow section and having a longitudinal axis, a plurality of holes extending through at least one wall of the elongated body, and at least one shoulder parallel to the longitudinal axis; the head member of the device having a conical shape and tapering away from the at least one shoulder, characterized in that: the polyolefin polymer processing system further comprises: at least one extruder and at least one screen changer or at least one plate member; the one or more device(s) being placed in a fixed position in the at least one screen changer or the at least one plate member; and further characterized in that the plurality of holes of the one or more devices comprises, respectively to each hole, an inner aperture and outer aperture and the diameter of the outer aperture is greater than the diameter of the inner aperture. at least one polymer processor selected from at least one of a pelletizer, a blow molding device, a roto molding device, an injection molding device, a cast film device, a blown film device and a coextrusion device, and one or more devices each comprising a head member, an elongated body comprising a hollow section and having a longitudinal axis, a plurality of holes extending through at least one wall of the elongated body, and at least one shoulder parallel to the longitudinal axis; the head member of the device having a conical shape and tapering away from the at least one shoulder, characterized in that: the polyolefin polymer processing system further comprises: at least one extruder and at least one screen changer or at least one plate member; the one or more device(s) being placed in a fixed position in the at least one screen changer or the at least one plate member; and further characterized in that the plurality of holes of the one or more devices comprises, respectively to each hole, an inner aperture and outer aperture and the diameter of the outer aperture is greater than the diameter of the inner aperture. the polyolefin polymer processing system further comprises: at least one extruder and at least one screen changer or at least one plate member; at least one extruder and at least one screen changer or at least one plate member; the one or more device(s) being placed in a fixed position in the at least one screen changer or the at least one plate member; and further characterized in that the plurality of holes of the one or more devices comprises, respectively to each hole, an inner aperture and outer aperture and the diameter of the outer aperture is greater than the diameter of the inner aperture.
A beer maker comprising: a capsule accommodation body in which a capsule accommodation part for attachably/detachably accommodating a capsule containing a beer material is formed; and a lid module opening/closing the capsule accommodation part, wherein the lid module includes: a lid connectable to the capsule accommodation body, in particular by a hinge (38A, 38B); and a water supply body disposed at the lid, the water supply body in which an inner water supply flow path guiding water to a capsule accommodated in the capsule accommodation part is formed; wherein a sealing member adhered closely to a top surface of the capsule accommodation body and a bottom surface of the water supply body is disposed between the capsule accommodation body and the water supply body. a capsule accommodation body in which a capsule accommodation part for attachably/detachably accommodating a capsule containing a beer material is formed; and a lid module opening/closing the capsule accommodation part, wherein the lid module includes: a lid connectable to the capsule accommodation body, in particular by a hinge (38A, 38B); and a water supply body disposed at the lid, the water supply body in which an inner water supply flow path guiding water to a capsule accommodated in the capsule accommodation part is formed; wherein a sealing member adhered closely to a top surface of the capsule accommodation body and a bottom surface of the water supply body is disposed between the capsule accommodation body and the water supply body. a lid connectable to the capsule accommodation body, in particular by a hinge (38A, 38B); and a water supply body disposed at the lid, the water supply body in which an inner water supply flow path guiding water to a capsule accommodated in the capsule accommodation part is formed; wherein a sealing member adhered closely to a top surface of the capsule accommodation body and a bottom surface of the water supply body is disposed between the capsule accommodation body and the water supply body.
Method for operating an automatic transmission of a motor vehicle, in particular a multi-stage automatic transmission, wherein the automatic transmission has at least five shift elements, wherein, for the transmission of torque or transmission of power in a forward gear ratio and in a reverse gear ratio, at least three shift elements are closed, and wherein, during the gear ratio disengagement for the transfer of the automatic transmission from a forward gear ratio or a reverse gear ratio into a neutral position, at least one of the shift elements of the automatic transmission that is closed in the respective forward gear ratio or reverse gear ratio is fully opened, characterized in that, during the gear ratio disengagement, a first of the shift elements that is closed in the forward gear ratio or reverse gear ratio out of all of the shift elements to be opened during the gear ratio disengagement is opened first, in that said first shift element is, in a first time interval, partially opened in modulated fashion or transferred into a partially filled state in modulated fashion, in such a way that no torque or approximately no torque is transmitted by said first shift element and thus the transmission of torque or transmission of power of the automatic transmission is interrupted, in that, in a second time interval following the first time interval, said first shift element is fully opened proceeding from the partial opening, and in that, in the second time interval, a second and a third of the shift elements that are closed in the forward gear ratio or reverse gear ratio are fully opened.
A method for transmitting data, comprising: determining, by a network side device, a radio frame, wherein the radio frame comprises an enhanced subframe, and the enhanced subframe comprises an uplink, UL, portion and a downlink, DL, portion; and communicating, the network side device, with a user equipment through the radio frame; characterised in that the enhanced subframe in the radio frame is an enhanced subframe of a second type; wherein the UL portion is prior to the DL portion in the enhanced subframe of the second type. determining, by a network side device, a radio frame, wherein the radio frame comprises an enhanced subframe, and the enhanced subframe comprises an uplink, UL, portion and a downlink, DL, portion; and communicating, the network side device, with a user equipment through the radio frame; characterised in that the enhanced subframe in the radio frame is an enhanced subframe of a second type; wherein the UL portion is prior to the DL portion in the enhanced subframe of the second type.
Method for testing the strings of a photovoltaic system, which strings generate a DC voltage (U DC), the system comprising at least one photovoltaic converter for converting the DC voltage (U DC) of the strings into an AC voltage (U AC) for feeding into a supply network and/or a load, having two connecting lines (11, 12) for each string, comprising a control device, a DC-to-DC converter, an intermediate circuit, a DC-to-AC converter and an MPP tracker, each string being individually connected via the control device by means of switching contacts of integrated relays in each connecting line (11, 12), in order to detect at least individual values of the U/I characteristic curve of each string by means of current measuring devices arranged on one connecting line for each string and integrated in the photovoltaic converter and by means of a voltage measuring device, each string having an insulation resistance (R I), characterised in that the polarity of each string on solar modules and the insulation resistance (R I) of each string is detected and stored in a memory connected to the control device, the feeding operation of the photovoltaic system is subsequently started and the at least individual values of the U/I characteristic curve of each string on solar modules are detected and stored automatically and on command, at specified time intervals (Δt) or depending on specific operating events or operating parameters, and in that environmental parameters in the region of the string are additionally measured and supplied to the control device, which values are stored in the memory in order to produce a test report and the detected values are optionally converted to Standard Test Conditions under defined environmental conditions and are compared with values stored in the memory, and if there are impermissible deviations of the detected values and values optionally converted to Standard Test Conditions to the values stored in the memory, a warning is issued.