mhurhangee/patent-ind-claim-en huggingface dataset:
A laundry treating appliance comprising: - a chassis defining an interior with a chassis opening ; - a tub located within the interior and defining a tub interior having a tub opening ; - a rotatable drum located within the tub interior and defining a treating chamber with an access opening; - an annular bellows extending between the tub opening and the chassis opening and having an inner peripheral surface ; - a closure selectively moveable relative to the chassis opening to selectively open/close the chassis opening and - an air recirculating assembly having a blower fluidly coupled to a recirculation conduit with an inlet and an outlet fluidly coupled to the treating chamber ; characterised in that the outlet is defined by a deflection component (132; 232; 332; 432; 532) including at least one deflector (134, 136, 138, 140; 234, 236, 238; 334, 336; 434, 436; 534, 536, 538) oriented to deflect at least a portion of the air emitted through the outlet , in a circumferential direction about the inner peripheral surface . - a chassis defining an interior with a chassis opening ; - a tub located within the interior and defining a tub interior having a tub opening ; - a rotatable drum located within the tub interior and defining a treating chamber with an access opening; - an annular bellows extending between the tub opening and the chassis opening and having an inner peripheral surface ; - a closure selectively moveable relative to the chassis opening to selectively open/close the chassis opening and - an air recirculating assembly having a blower fluidly coupled to a recirculation conduit with an inlet and an outlet fluidly coupled to the treating chamber ;
A sensing system for monitoring an elevator system , the sensing system comprising: an elevator car ; a sensing apparatus attached to the elevator car , wherein the sensing apparatus comprises: a controller ; at least one sensor in communication with the controller , the at least one sensor configured to detect sensor data of the conveyance system and communicate the sensor data to the controller ; and a long-range communication module in communication with the controller , the long-range communication module being configured to transmit the sensor data to a remote system through a wireless network via long-range wireless communication protocol ; wherein the long-range communication module is located within the sensing apparatus ; wherein the long-range communication module is configured to detect a network signal strength of the wireless network; and characterized in that : the long-range communication module is configured to transmit the sensor data to the remote system through the wireless network when the network signal strength of the wireless network is greater than a threshold. an elevator car ; a sensing apparatus attached to the elevator car , wherein the sensing apparatus comprises: a controller ; at least one sensor in communication with the controller , the at least one sensor configured to detect sensor data of the conveyance system and communicate the sensor data to the controller ; and a long-range communication module in communication with the controller , the long-range communication module being configured to transmit the sensor data to a remote system through a wireless network via long-range wireless communication protocol ; wherein the long-range communication module is located within the sensing apparatus ; wherein the long-range communication module is configured to detect a network signal strength of the wireless network; and characterized in that : the long-range communication module is configured to transmit the sensor data to the remote system through the wireless network when the network signal strength of the wireless network is greater than a threshold. a controller ; at least one sensor in communication with the controller , the at least one sensor configured to detect sensor data of the conveyance system and communicate the sensor data to the controller ; and a long-range communication module in communication with the controller , the long-range communication module being configured to transmit the sensor data to a remote system through a wireless network via long-range wireless communication protocol ; wherein the long-range communication module is located within the sensing apparatus ; wherein the long-range communication module is configured to detect a network signal strength of the wireless network; and characterized in that : the long-range communication module is configured to transmit the sensor data to the remote system through the wireless network when the network signal strength of the wireless network is greater than a threshold.
Charged particle vortex beam generator comprising one or more components for providing a charged particle beam characterized by an electrical arrangement which imparts an orbital angular momentum to the charged particle beam during operation, wherein the electrical arrangement comprises at least one electrical conductor for providing a first electrical current flowing in a first direction and a second electrical current flowing in a second opposite direction, wherein the first direction is antiparallel to the second direction, wherein the electrical conductor or section of an electrical conductor for said first electrical current makes an acute angle (α) with the charged particle beam path and wherein the electrical conductor or section of an electrical conductor for said second electrical current makes an acute angle (α) with the charged particle beam path, wherein the electrical conductor or section of an electrical conductor for said first electrical current and the electrical conductor or section of an electrical conductor for said second electrical current both extend until, or at least nearby, the center of the charged particle beam .
Shim iron for use with a magnetic resonance (MR) apparatus , wherein the shim iron is comprised of a stack of shim plates , wherein at least two of the shim plates comprise slits, the slits forming a respective slit pattern of the shim plates , and wherein of shim plates that are consecutive in the stack at least some of the slits are oriented differently, to avoid that they coincide.
An apparatus for the separation and determination of banned compounds in a biological sample using electrophoresis and consisting of a separation capillary constituting a separation channel, a fluorescence detector for characterizing electrophoretic zones of compounds passing through a detection zone of the separation channel, an injection system for introducing fluids, including sample solutions and background electrolyte into an inlet end of the separation channel, to conduct the sample processing sequence, prior sample analysis sequence, high voltage power supply, a controlling solution for commanding the injection system, flow of fluids through the separation channel, and operation of the detector, characterized in that said apparatus comprising a sample preparation and extraction device for processing oral fluid consisting of a compartment for swab/pad/tampon with oral fluid, an excess saliva vial for collecting excess oral fluid and a sample vial for collecting a sample solution, solenoid valves for controlling oral fluid transport through the device vessel containing extractant first into said excess oral fluid vial and then into said sample vial, a controlling solution for commanding the solenoid valves that facilitate flow of fluids through the separation channel, to conduct the sample processing sequence, prior to the sample analysis sequence so as to allow the sample analysis sequence to be conducted, after conducting the sample processing sequence which comprises introduction of a sample and a background electrolyte and applying a voltage potential across the separation capillary to effect a separation of banned compounds. an injection system for introducing fluids, including sample solutions and background electrolyte into an inlet end of the separation channel, to conduct the sample processing sequence, prior sample analysis sequence, high voltage power supply, a controlling solution for commanding the injection system, flow of fluids through the separation channel, and operation of the detector, characterized in that said apparatus comprising a sample preparation and extraction device for processing oral fluid consisting of a compartment for swab/pad/tampon with oral fluid, an excess saliva vial for collecting excess oral fluid and a sample vial for collecting a sample solution, solenoid valves for controlling oral fluid transport through the device vessel containing extractant first into said excess oral fluid vial and then into said sample vial, a controlling solution for commanding the solenoid valves that facilitate flow of fluids through the separation channel, to conduct the sample processing sequence, prior to the sample analysis sequence so as to allow the sample analysis sequence to be conducted, after conducting the sample processing sequence which comprises introduction of a sample and a background electrolyte and applying a voltage potential across the separation capillary to effect a separation of banned compounds.
A method, performed in a network node in a wireless communication network, for determining radio coverage for at least one small cell base station using a wireless device connected to the communication network, the method comprising: sending (S10c), to the wireless device , information defining at least one path along which radio conditions of the at least one small cell base station are to be measured by the wireless device , and configuring, to the wireless device , a threshold, wherein the threshold is used for a comparison with a distance between a starting point of the at least one path and a current position of the wireless device; receiving (S11) measurements of the radio conditions of the at least one small cell base station, the measurements being performed by the wireless device along the at least one path wherein the measurements by the wireless device are initiated when the distance is below the threshold; receiving (s12) position estimates defining the position of the wireless device performing the radio condition measurements; and determining radio coverage using the radio condition measurements and corresponding position estimates. sending (S10c), to the wireless device , information defining at least one path along which radio conditions of the at least one small cell base station are to be measured by the wireless device , and configuring, to the wireless device , a threshold, wherein the threshold is used for a comparison with a distance between a starting point of the at least one path and a current position of the wireless device; receiving (S11) measurements of the radio conditions of the at least one small cell base station, the measurements being performed by the wireless device along the at least one path wherein the measurements by the wireless device are initiated when the distance is below the threshold; receiving (s12) position estimates defining the position of the wireless device performing the radio condition measurements; and determining radio coverage using the radio condition measurements and corresponding position estimates.
A method for producing a carbonaceous material-polymer composite material; the method comprising the steps of: preparing a mixture containing a carbonaceous material which is graphite or exfoliated graphite and at least one polymer A of a polymer obtained by polymerizing a cyclic disulfide compound and a polymer obtained by polymerizing a cyclic disulfide compound and a radical polymerizable functional group-containing monomer; and heating the mixture at a temperature range of (D-75)°C or higher to a decomposition termination temperature or lower when a decomposition start temperature of the polymer A is defined as D°C.
A method of depositing a low-emissivity coating on a glazing sheet, the method comprising depositing on the glazing sheet, in sequence moving outwardly from the glazing sheet, a transparent dielectric film, an infrared-reflective film, a nickel-aluminum blocker film, and an oxide film, the nickel-aluminum blocker film being deposited directly onto the infrared-reflective film, the oxide film being deposited directly onto the nickel-aluminum blocker film, wherein: the nickel-aluminum blocker film is deposited in metallic form; during deposition of the oxide film the nickel-aluminum blocker film is exposed to an oxidizing atmosphere and becomes at least partially oxidized; the infrared-reflective film is deposited in metallic form; the nickel-aluminum blocker film has an outer interface and an inner interface, the outer interface adheres to the oxide film while the inner interface adheres to the metallic infrared-reflective film; during deposition of the oxide film, aluminum at the outer interface of the nickel-aluminum blocker film becomes oxidized to form aluminum oxide, while nickel at the inner interface of the nickel-aluminum blocker film remains metallic; and the nickel-aluminum blocker film containing between 7.5% and 25% aluminum by weight, wherein the nickel-aluminum blocker film is devoid of metals other than nickel and aluminum. the nickel-aluminum blocker film is deposited in metallic form; during deposition of the oxide film the nickel-aluminum blocker film is exposed to an oxidizing atmosphere and becomes at least partially oxidized; the infrared-reflective film is deposited in metallic form; the nickel-aluminum blocker film has an outer interface and an inner interface, the outer interface adheres to the oxide film while the inner interface adheres to the metallic infrared-reflective film; during deposition of the oxide film, aluminum at the outer interface of the nickel-aluminum blocker film becomes oxidized to form aluminum oxide, while nickel at the inner interface of the nickel-aluminum blocker film remains metallic; and the nickel-aluminum blocker film containing between 7.5% and 25% aluminum by weight, wherein the nickel-aluminum blocker film is devoid of metals other than nickel and aluminum.
A band clamp configured to couple a radome to a distal end of a reflector dish , the band clamp comprising: a band with an inward projecting proximal lip connected via a width portion (A) to an inward projecting distal lip ; and a protruding portion extending from the width portion (A) of the band clamp at a side of the proximal lip and configured to improve a front to back ratio, F/ B, of a reflector antenna comprising the reflector dish ; wherein the distal lip is dimensioned with an inner diameter less than or equal to a reflector aperture of the reflector dish ; wherein the proximal lip is dimensioned to engage an outer surface of the reflector dish in an interference fit; and characterized in that the proximal lip , distal lip , and the protruding portion form a unitary contiguous portion; and that the protruding portion extends a width of the width portion of the band clamp. a band with an inward projecting proximal lip connected via a width portion (A) to an inward projecting distal lip ; and a protruding portion extending from the width portion (A) of the band clamp at a side of the proximal lip and configured to improve a front to back ratio, F/ B, of a reflector antenna comprising the reflector dish ; wherein the distal lip is dimensioned with an inner diameter less than or equal to a reflector aperture of the reflector dish ; wherein the proximal lip is dimensioned to engage an outer surface of the reflector dish in an interference fit; and characterized in that the proximal lip , distal lip , and the protruding portion form a unitary contiguous portion; and that the protruding portion extends a width of the width portion of the band clamp.
A printing apparatus for performing printing of a viscous fluid onto a print target (S) using a screen mask , the printing apparatus comprising: a moving section configured to perform at least one of moving an exchangeable member to an exchange position or loading and unloading of said exchangeable member , for at least two types of said exchangeable member that, out of a cartridge configured to house the viscous fluid, a squeegee , a screen mask , a cleaning member used to clean the screen mask , and a support member configured to fix the print target (S), include at least one out of said cartridge , said squeegee , and said cleaning member ; and an exchange control section configured to control the moving section to perform exchange processing of exchanging said exchangeable member , wherein the moving section includes a shared moving mechanism (22;38,53) configured to move at least two types of said exchangeable members using the same mechanism (22;38,53). a moving section configured to perform at least one of moving an exchangeable member to an exchange position or loading and unloading of said exchangeable member , for at least two types of said exchangeable member that, out of a cartridge configured to house the viscous fluid, a squeegee , a screen mask , a cleaning member used to clean the screen mask , and a support member configured to fix the print target (S), include at least one out of said cartridge , said squeegee , and said cleaning member ; and an exchange control section configured to control the moving section to perform exchange processing of exchanging said exchangeable member ,
An orientation device for use in mitral valve repair surgery, the device including a catheter which is insertable percutaneously through the mitral valve into a chamber of a heart, the catheter having a distal end configured for entering the heart and a proximal end for manipulating the device , wherein the device includes at least one pressure sensor at or near the distal end of the catheter capable of measuring pressures at or near the distal end of the catheter during navigation and orientation of the catheter within the heart to thereby at least partially indicate the location of the distal end of the catheter within the heart and whether the catheter has been properly orientated within the heart so as to not affect the functioning of the mitral valve, and wherein the device includes two generally arcuate commissural arms at or near the distal end of the catheter , the arms being deployable from a stowed condition, in which the catheter can be introduced percutaneously into the heart, to an operative condition in which the arms extend outwardly in generally opposite directions, each arm being shaped to be locatable within a mitral valve commissure to limit rotational movement of the catheter relative to the mitral valve without affecting the function of the valve and wherein a balloon inflatable atrial anchor is associated with the distal ends of the commissural arms and is located centrally between the arms , the atrial anchor being deployable through inflation thereof from an inoperative condition, in which it can be introduced percutaneously into the left atrium, to an operative condition, in which it forms an annular shape which is locatable in or over the mitral valve annulus and is too large to pass therethrough.
An organic light-emitting diode, OLED, display, wherein the OLED display comprises an OLED substrate and a thin film encapsulation layer disposed on the OLED substrate ; the thin film encapsulation layer comprising a first inorganic passivation layer disposed on the OLED substrate , a high thermal conductivity layer directly disposed on the first inorganic passivation layer , a first organic buffer layer directly disposed on the first inorganic passivation layer and the high thermal conductivity layer , and a second inorganic passivation layer directly disposed on the first organic buffer layer ; the OLED substrate comprising a plurality of pixel units arranged in an array, each of the pixel units comprising a plurality of sub-pixel areas arranged in the array; the high thermal conductivity layer comprising a plurality of openings formed therein to correspond, in a one to one manner, to the plurality of the sub-pixel areas of the plurality of pixel units, the first organic buffer layer completely filling up the plurality of openings formed in the high thermal conductivity layer . display comprises an OLED substrate and a thin film encapsulation layer disposed on the OLED substrate ; the thin film encapsulation layer comprising a first inorganic passivation layer disposed on the OLED substrate , a high thermal conductivity layer directly disposed on the first inorganic passivation layer , a first organic buffer layer directly disposed on the first inorganic passivation layer and the high thermal conductivity layer , and a second inorganic passivation layer directly disposed on the first organic buffer layer ; the OLED substrate comprising a plurality of pixel units arranged in an array, each of the pixel units comprising a plurality of sub-pixel areas arranged in the array; the high thermal conductivity layer comprising a plurality of openings formed therein to correspond, in a one to one manner, to the plurality of the sub-pixel areas of the plurality of pixel units, the first organic buffer layer completely filling up the plurality of openings formed in the high thermal conductivity layer .
A method for selection of a biological binding molecule which specifically binds to an autonomously active or autonomously activated B-cell receptor as target receptor, but which does not bind to a non-active or non-activated B-cell receptor, in the course of a cell-based system using unripe B-cells being in the pro/pre stadium, comprising the following steps: (a) provision of a plurality of antibodies or functional fragments thereof as biological binding molecules, which have been generated by immunization of a mammal with recombinantly produced soluble forms of B-cell receptors as well as by subsequent immortalization and purification, (b) provision of unripe B-cells in the pro/pre stadium which are not capable of expressing the native genes for RAG2 and/or RAG1 as well as Lambda5, but which have been set to be able to express autonomously active or autonomously activated B-cell receptors as target receptors on their cell surface, (c) provision of unripe B-cells in the pro/pre stadium which are not capable of expressing the native genes for RAG2 and/or RAG1 as well as Lambda5, but which have been set to be able to express non-active or non-activated B-cell receptors as reference receptors on their cell surface, (d) comparative analysis of the binding characteristics of the binding molecules as provided in step (a) vis a vis cells as provided in steps (b) and (c), (e) selection of at least one binding molecule which specifically binds to cells as provided in step (b), but which does not bind to cells as provided in step (c) . (a) provision of a plurality of antibodies or functional fragments thereof as biological binding molecules, which have been generated by immunization of a mammal with recombinantly produced soluble forms of B-cell receptors as well as by subsequent immortalization and purification, (b) provision of unripe B-cells in the pro/pre stadium which are not capable of expressing the native genes for RAG2 and/or RAG1 as well as Lambda5, but which have been set to be able to express autonomously active or autonomously activated B-cell receptors as target receptors on their cell surface, (c) provision of unripe B-cells in the pro/pre stadium which are not capable of expressing the native genes for RAG2 and/or RAG1 as well as Lambda5, but which have been set to be able to express non-active or non-activated B-cell receptors as reference receptors on their cell surface, (d) comparative analysis of the binding characteristics of the binding molecules as provided in step (a) vis a vis cells as provided in steps (b) and (c), (e) selection of at least one binding molecule which specifically binds to cells as provided in step (b), but which does not bind to cells as provided in step (c) .