mhurhangee/ep-ind-claims huggingface dataset:
A control box comprising: a case including an inlet and an outlet so that internal air circulates; an electrical component which is positioned in the case and generates heat; a refrigerant cooling device which is attached to one side of the case, contacts the electrical component, and dissipates the heat to the outside; and an air cooling device attached to the one side of the case, disposed close to the outlet, and including a circulation fan which forcibly circulates internal air of the case. a case including an inlet and an outlet so that internal air circulates; an electrical component which is positioned in the case and generates heat; a refrigerant cooling device which is attached to one side of the case, contacts the electrical component, and dissipates the heat to the outside; and an air cooling device attached to the one side of the case, disposed close to the outlet, and including a circulation fan which forcibly circulates internal air of the case.
A machine tool adapted and arranged to carry out removal and addition of material on a work piece located in a work station, the machine having: a first carriage; a first head arranged to remove material from the work piece located in the work station, wherein the first head is selectable from a plurality of first interchangeable processing heads and is removably mounted on the first carriage and arranged to be moveable in at least two axes; a second carriage; and at least one second head arranged to add material to the work piece located in the work station, wherein the second head is selectable from a plurality of second interchangeable processing heads and is removably mounted on the second carriage and arranged to be moveable in at least two axes, wherein the machine is arranged to control an environment of the work station; and wherein the machine comprises a clean side and a dirty side, and the first carriage is used for dirty processing and the second carriage is used for clean processing. a first carriage; a first head arranged to remove material from the work piece located in the work station, wherein the first head is selectable from a plurality of first interchangeable processing heads and is removably mounted on the first carriage and arranged to be moveable in at least two axes; a second carriage; and at least one second head arranged to add material to the work piece located in the work station, wherein the second head is selectable from a plurality of second interchangeable processing heads and is removably mounted on the second carriage and arranged to be moveable in at least two axes, wherein the machine is arranged to control an environment of the work station; and wherein the machine comprises a clean side and a dirty side, and the first carriage is used for dirty processing and the second carriage is used for clean processing. wherein the machine is arranged to control an environment of the work station; and wherein the machine comprises a clean side and a dirty side, and the first carriage is used for dirty processing and the second carriage is used for clean processing.
An implant, comprising: a) a bridge configured for placement within the coronary sinus at a location where the coronary sinus passes over a coronary artery, the bridge having a proximal end, a distal end, and an arched portion defined between the proximal end and the distal end of the bridge; characterized by the implant further comprising: b) a removable proximal core wire having a distal end near the proximal end of the bridge and having a proximal end extending proximally therefrom; c) a removable distal core wire having a proximal end near the distal end of the bridge and having a distal end extending distally therefrom; and d) a sheath material surrounding and encasing the proximal core wire, bridge and distal core wire. a) a bridge configured for placement within the coronary sinus at a location where the coronary sinus passes over a coronary artery, the bridge having a proximal end, a distal end, and an arched portion defined between the proximal end and the distal end of the bridge; characterized by the implant further comprising: b) a removable proximal core wire having a distal end near the proximal end of the bridge and having a proximal end extending proximally therefrom; c) a removable distal core wire having a proximal end near the distal end of the bridge and having a distal end extending distally therefrom; and d) a sheath material surrounding and encasing the proximal core wire, bridge and distal core wire.
Milk cart having a chassis, a storage tank for a liquid foodstuff and a conveyor system which has an inlet connected to an outlet of the storage tank and an exit which is connected or can be connected to a return line terminating in the storage tank, characterized in that the return line has an end section which leads from bottom to top inside the storage tank, is arranged at a lateral distance from a tank wall and has at least one opening at its upper end.
A method of operating a laundry treating appliance having a rotatable drum defining a treating chamber for receiving a laundry load for treatment, and a motor for rotating the treating chamber, the method comprising: accelerating the rotational speed of the treating chamber from a non-satellizing speed to a satellizing speed by increasing the rotational speed of the motor; and characterised by generating a first torque signal (66, 70, 72) indicative of the motor torque over time for at least a portion of the accelerating; comparing the shape of the first torque signal to the shape of a second torque signal indicative of rotating the treating chamber when the laundry load is satellized within the treating chamber; and determining the laundry load is satellized when the shape of the first torque signal matches the shape of the second torque signal. accelerating the rotational speed of the treating chamber from a non-satellizing speed to a satellizing speed by increasing the rotational speed of the motor; and characterised by generating a first torque signal (66, 70, 72) indicative of the motor torque over time for at least a portion of the accelerating; comparing the shape of the first torque signal to the shape of a second torque signal indicative of rotating the treating chamber when the laundry load is satellized within the treating chamber; and determining the laundry load is satellized when the shape of the first torque signal matches the shape of the second torque signal.
A magnetic tunnel junction comprising a tunnel barrier layer and two ferromagnetic layers that are adjacently on and below the tunnel barrier layer, wherein the tunnel barrier layer is made of a cubic nonmagnetic material having a spinel structure, wherein both of the ferromagnetic layers are made of Co 2 FeAl Heusler alloy, and characterized in that a layer made of Fe, CoFe alloy or Co-based Heusler alloy and having a thickness of 1 nm or less is present between said tunnel barrier layer and the ferromagnetic layer thereon and/or between said tunnel barrier layer and the ferromagnetic layer therebelow.
A conveyor belt comprising: a top surface and an opposite bottom surface arranged to convey articles on the conveyor belt along a carryway in a direction of belt travel; a pivot rod extending through the conveyor belt axially perpendicular to the direction of belt travel and parallel to the top and bottom surfaces; and a flight (36; 72; 82) having a pivot at one end coupled to the pivot rod and a projection (46; 74; 84) extending outward from the pivot to a distal end (48; 76), wherein the flight (36;72;82) is rotatable about the pivot rod between a retracted position, in which the projection (46; 74; 84) lies along the top surface with the distal end trailing the pivot in the direction of belt travel, and an extended position, in which the projection (46; 74; 84) stands up away from the top surface; characterized in that the belt further comprises snag-prevention means (50; 80) disposed at the distal end of the flight (36; 72;82) to prevent the distal end of the projection (46; 74;84) from catching on discontinuities in the bottoms of conveyed articles while the flight (36;72;82) is in the retracted position. a top surface and an opposite bottom surface arranged to convey articles on the conveyor belt along a carryway in a direction of belt travel; a pivot rod extending through the conveyor belt axially perpendicular to the direction of belt travel and parallel to the top and bottom surfaces; and a flight (36; 72; 82) having a pivot at one end coupled to the pivot rod and a projection (46; 74; 84) extending outward from the pivot to a distal end (48; 76), wherein the flight (36;72;82) is rotatable about the pivot rod between a retracted position, in which the projection (46; 74; 84) lies along the top surface with the distal end trailing the pivot in the direction of belt travel, and an extended position, in which the projection (46; 74; 84) stands up away from the top surface; characterized in that the belt further comprises snag-prevention means (50; 80) disposed at the distal end of the flight (36; 72;82) to prevent the distal end of the projection (46; 74;84) from catching on discontinuities in the bottoms of conveyed articles while the flight (36;72;82) is in the retracted position.
A method for distinguishing mineral wools, comprising the following steps: - providing near infrared spectra (NIR spectra) of glass wool and rock wool as calibration spectra; - providing a sample that comprises glass wool or rock wool; - creating an NIR spectrum of the sample; - defining a decision-making criterion for classifying the sample as glass wool or as rock wool; and - determining, in a computer-assisted manner, the decision-making criterion by way of a multivariate method using the entries in the NIR spectrum of the sample and the NIR spectra as calibration spectra. - providing near infrared spectra (NIR spectra) of glass wool and rock wool as calibration spectra; - providing a sample that comprises glass wool or rock wool; - creating an NIR spectrum of the sample; - defining a decision-making criterion for classifying the sample as glass wool or as rock wool; and - determining, in a computer-assisted manner, the decision-making criterion by way of a multivariate method using the entries in the NIR spectrum of the sample and the NIR spectra as calibration spectra.
Use of a sol formed from a solvent, an alkoxide, a biopolymer, and a catalyst to prepare a water impermeable product from a porous and/or permeable material.
A plate heat exchanger comprising a plurality of plates each having, at four corners thereof, respective passage holes each serving as an inlet (9,11) or an outlet (10,12) for a first fluid or a second fluid, the plates being stacked such that first passages each defined by adjacent two of the plates and through which the first fluid flows and second passages each defined by adjacent two of the plates and through which the second fluid flows are provided alternately in a stacking direction, wherein the first passage allows the first fluid having flowed therein from an inlet as one of the passage holes that is provided on one side of each of the plates in a long-side direction to be discharged from an outlet as one of the passage holes that is provided on the other side of the plate in the long-side direction, wherein the first passage includes a heat-exchanging passage provided between the inlet and the outlet and in which the second fluid that flows through the second passage adjacent to the first passage and the first fluid exchange heat therebetween, characterised in that the first passage includes an upstream-side bypass passage extending along an upstream-side adjacent hole, which is another one of the passage holes that is provided on the one side in the long-side direction and is different from the inlet, wherein the upstream-side bypass passage is connected to the heat-exchanging passage from an inlet peripheral portion, which is an area around the inlet to a long-side-peripheral portion, which is an area around a long side of the plate that is nearer to the upstream-side adjacent hole, and wherein the upstream-side bypass passage allows some of the first fluid having flowed therein from the inlet to flow from the long-side-peripheral portion into the heat-exchanging passage.
A closing element of a valve assembly of a compressor unloader of a compressor, whereby the compressor includes a casing and a compression chamber (Cc) defined within the casing, and the compressor unloader includes a housing defining a fixed volume unloader chamber (Cu), and the valve assembly has a base disposed between the compression and unloader chambers, a passage extending through the base and fluidly connecting the compression and unloader chambers (Cc,Cu), a seat defined about a section of the passage, and a stem bore defined within the base and having a bore control chamber section and a central axis, the valve assembly closing element comprising: a cylindrical main body moveably disposed at least partially within the stem bore so as to be displaceable along a bore axis, the cylindrical main body having a sealing end surface, the sealing end surface being disposeable against a valve seating surface so as to obstruct a valve passage, and an opposing control end surface disposed within the bore control chamber section; and characterized by a sealing member disposed about the cylindrical main body and located between the sealing and control end surfaces (28,30), the sealing member being configured to prevent fluid flow between the bore control chamber section and the valve passage through the stem bore, at least one of the cylindrical main body and the sealing member being configured such that the cylindrical main body is radially moveable with respect to the bore axis to align the cylindrical main body sealing end surface with the valve seat, wherein the sealing member includes an annular body partially disposed within a cylindrical main body recess, and an outer circumferential surface disposeable against the stem bore. a cylindrical main body moveably disposed at least partially within the stem bore so as to be displaceable along a bore axis, the cylindrical main body having a sealing end surface, the sealing end surface being disposeable against a valve seating surface so as to obstruct a valve passage, and an opposing control end surface disposed within the bore control chamber section; and characterized by a sealing member disposed about the cylindrical main body and located between the sealing and control end surfaces (28,30), the sealing member being configured to prevent fluid flow between the bore control chamber section and the valve passage through the stem bore, at least one of the cylindrical main body and the sealing member being configured such that the cylindrical main body is radially moveable with respect to the bore axis to align the cylindrical main body sealing end surface with the valve seat, wherein the sealing member includes an annular body partially disposed within a cylindrical main body recess, and an outer circumferential surface disposeable against the stem bore.
A porous multi-layered coloured zirconia dental mill blank comprising a bottom layer B having the composition COMP-B which comprises ceramic components CER-COMP-B, colouring components COL-COMP-B and stabilizing components STAB-COMP-B, a top layer E having the composition COMP-E which comprises ceramic components CER-COMP-E, colouring components COL-COMP-E stabilizing components STAB-COMP-E, at least one intermediate layer E x having the composition COMP-E of top layer E, at least one intermediate layer B x having the composition COMP-B of bottom layer B, x being an integer and indicating the number of intermediate layers, characterized in that the layers with compositions COMP-B and COMP-E are arranged in alternating order, and wherein the thickness of the individual layers B, B x is decreasing from bottom to top and the thickness of the individual layers E, E x is decreasing from top to bottom. a bottom layer B having the composition COMP-B which comprises ceramic components CER-COMP-B, colouring components COL-COMP-B and stabilizing components STAB-COMP-B, a top layer E having the composition COMP-E which comprises ceramic components CER-COMP-E, colouring components COL-COMP-E stabilizing components STAB-COMP-E, at least one intermediate layer E x having the composition COMP-E of top layer E, at least one intermediate layer B x having the composition COMP-B of bottom layer B, x being an integer and indicating the number of intermediate layers,
A needleless connector, comprising: a body; a valve element at least partially disposed within the body, the valve element comprising a cylindrical portion having an outwardly extending flange at a distal end, the flange having a bottom surface divided into an outer area and an inner area such that the outer area and the inner area are aligned, and a base comprising a rim having a top surface that is in contact with at least a portion of the outer area of the flange of the valve element, the rim defining a recess with a bottom surface distally separated from the top surface of the rim, and at least one support member extending from the rim laterally into the recess so as to contact the inner area of the bottom surface of the flange, the base further comprises an air channel extending from the bottom surface of the recess through the base to an ambient environment. a body; a valve element at least partially disposed within the body, the valve element comprising a cylindrical portion having an outwardly extending flange at a distal end, the flange having a bottom surface divided into an outer area and an inner area such that the outer area and the inner area are aligned, and a base comprising a rim having a top surface that is in contact with at least a portion of the outer area of the flange of the valve element, the rim defining a recess with a bottom surface distally separated from the top surface of the rim, and at least one support member extending from the rim laterally into the recess so as to contact the inner area of the bottom surface of the flange, the base further comprises an air channel extending from the bottom surface of the recess through the base to an ambient environment.
A method of displaying video data, said method comprising the steps: determining a query for motion within video data to select a video data source from a plurality of video data sources; displaying a layout for the determined query for motion within video data; and displaying video data from the selected video data source in accordance with the determined query, by a video window in the displayed layout for the determined query, said displaying comprising in an event that a motion within the video data is detected, adding the video window for the video data from a video data source as the selected video data source, and in an event that a motion within the video data is not detected, removing (605, 703, 804) the video window for the video data from a video data source as the selected video data source. determining a query for motion within video data to select a video data source from a plurality of video data sources; displaying a layout for the determined query for motion within video data; and displaying video data from the selected video data source in accordance with the determined query, by a video window in the displayed layout for the determined query, said displaying comprising in an event that a motion within the video data is detected, adding the video window for the video data from a video data source as the selected video data source, and in an event that a motion within the video data is not detected, removing (605, 703, 804) the video window for the video data from a video data source as the selected video data source. in an event that a motion within the video data is detected, adding the video window for the video data from a video data source as the selected video data source, and in an event that a motion within the video data is not detected, removing (605, 703, 804) the video window for the video data from a video data source as the selected video data source.
An adaptor for a multi-tool comprising: a tool shank holder configured to be operably coupled to a tool shank of a multi-tool, and an index ring, characterized by a locking ring configured to engage a tool selection wheel of the multi-tool, the locking ring configured to be operably coupled yet rotatable relative to the tool shank holder, whereby the locking ring extends from the tool shank holder and is defined with a plurality of slots; wherein the index ring is configured to be operably joined to the locking ring via a plurality of cam keys, the cam keys being rigidly held to the index ring and extending inward from a periphery of the index ring so as to correspondingly align with the slots of the locking ring; and wherein when at least one of the cam keys is inserted within one of the slots of the locking ring, the locking ring is rotationally coupled to the index ring, while the tool shank holder and locking ring are free to move vertically relative to the index ring. a tool shank holder configured to be operably coupled to a tool shank of a multi-tool, and an index ring, characterized by a locking ring configured to engage a tool selection wheel of the multi-tool, the locking ring configured to be operably coupled yet rotatable relative to the tool shank holder, whereby the locking ring extends from the tool shank holder and is defined with a plurality of slots; wherein the index ring is configured to be operably joined to the locking ring via a plurality of cam keys, the cam keys being rigidly held to the index ring and extending inward from a periphery of the index ring so as to correspondingly align with the slots of the locking ring; and wherein when at least one of the cam keys is inserted within one of the slots of the locking ring, the locking ring is rotationally coupled to the index ring, while the tool shank holder and locking ring are free to move vertically relative to the index ring.
A device for detection of a signal of a passive RFID chip, the device comprising an antenna for transmission of a source radio signal and receiving a radio signal from the RFID chip, a peak detector for detection of peaks in the signal received by the antenna, filters and bit decoders adapted to filter and decode signals with different types of modulation from a group including amplitude, frequency and phase modulation, and a computing unit, the device further comprising at least a first and a second parallel branch, wherein each of the first and the second branches comprises a said filter connected in series with a said bit decoder, wherein the filter and the bit decoder of the first branch are adapted to process the signal modulated by a first type of modulation, the filter and the bit decoder of the second branch are adapted to process the signal modulated by a second type of modulation, wherein the first type of modulation is different from the second type of modulation, characterized in that the signal processed by the peak detector is fed to the input of these branches and the output of these branches is fed to the computing unit, wherein the computing unit comprises at least a first and a second module connected in parallel, the first module being adapted to search the decoded signals for signal properties of a first protocol, the second module being adapted to search the decoded signals for signal properties of a second protocol different from the first module protocol, wherein the protocols are pre-defined, and based on the results of the searches the computing unit detects a protocol of the received radio signal, the signal properties comprising at least an initial bit sequence and a total length of the bit sequence of a signal provided to the computing unit.