mhurhangee/patent-ind-claim-en huggingface dataset:
Drain (15; 80) comprising a tray with a bottom surface (16; 81) and upright walls (17; 82) arranged along the periphery of the bottom surface (16; 81), wherein a horizontal flange (18; 83) is arranged on the free edge of at least one upright wall (17; 82) and wherein a flexible layer arrangement (1; 84) is arranged on the horizontal flange (18; 83), said flexible layer arrangement (1; 84) comprising: - a flexible layer, being a sealing membrane excluding an elastic layer of which at least one surface is roughened, having a free end and an edge and - a strip of flexible material, being a sealing membrane, extending parallel to the edge , which strip is arranged with one of its edges on the flexible layer at a distance from the edge of the flexible layer and which strip has a free edge extending substantially as far as the edge of the flexible layer such that with the flexible layer arrangement (1; 84) a structure of Y-shaped cross-section is obtained, wherein the edge of the flexible layer is arranged on one side of the flange (18; 83), and the free edge of the strip is arranged on the other opposite side of the flange (18; 83). - a flexible layer, being a sealing membrane excluding an elastic layer of which at least one surface is roughened, having a free end and an edge and - a strip of flexible material, being a sealing membrane, extending parallel to the edge , which strip is arranged with one of its edges on the flexible layer at a distance from the edge of the flexible layer and which strip has a free edge extending substantially as far as the edge of the flexible layer such that with the flexible layer arrangement (1; 84) a structure of Y-shaped cross-section is obtained, wherein the edge of the flexible layer is arranged on one side of the flange (18; 83), and the free edge of the strip is arranged on the other opposite side of the flange (18; 83).
A surface cleaning apparatus , comprising: a housing adapted to move across a surface to be cleaned; an edge cleaning brush mounted on the housing , the edge cleaning brush comprising: an attachment hub rotatable about a rotational axis (V); a cleaning implement configured to contact the surface to be cleaned; characterized in that the surface cleaning apparatus further comprises: a tensioner hub applying downward force onto the cleaning implement . a housing adapted to move across a surface to be cleaned; an edge cleaning brush mounted on the housing , the edge cleaning brush comprising: an attachment hub rotatable about a rotational axis (V); a cleaning implement configured to contact the surface to be cleaned; characterized in that the surface cleaning apparatus further comprises: a tensioner hub applying downward force onto the cleaning implement . an attachment hub rotatable about a rotational axis (V); a cleaning implement configured to contact the surface to be cleaned; characterized in that the surface cleaning apparatus further comprises: a tensioner hub applying downward force onto the cleaning implement .
Gas burner arrangement for a hotplate , having at least two gas burners (4 - 8), to which a gas valve (9 - 13) for regulating a combustion gas flow to the gas burner (4 - 8) and a thermoelement (20 - 23) for monitoring a flame of the gas burner (4 - 8) is assigned in each case, wherein each thermoelement (20 - 23) is coupled to the gas valve (9 - 13) assigned thereto with the aid of an electrical circuit such that when the flame of the gas burner (4 - 8) is extinguished, the combustion gas flow to the gas burner (4 - 8) is interrupted with the aid of the gas valve (9 - 13), wherein each electrical circuit has a mechanically actuatable switch , wherein the mechanically actuatable switches for coupling or decoupling the electrical circuits between the thermoelements (20 - 23) and the gas valves (9 - 13) can be controlled with the aid of a shared actuation element ,wherein the mechanically actuatable switches comprise contact elements , wherein the gas burner arrangement comprises a switching device , which has the mechanically actuatable switches and the actuation element , wherein the actuation element is pretensioned in the direction of a closed position of the mechanically actuatable switches with the aid of a spring device , wherein the mechanically actuatable switches can be brought from the closed position into an open position by displacing the actuation element against a spring force of the spring device characterised in that the actuation element has a sliding block guide , into which a spring-pretensioned guiding pin provided on a housing of the switching device engages and that the contact elements have a noble metal.
A base station antenna unit , comprising: a first base station antenna that includes a first radome , a first bottom end cap and a first top end cap ; a second base station antenna that is stacked on top of the first base station antenna, the second base station antenna including a second radome , a second bottom end cap and a second top end cap ; a first array (240-1) of first radiating elements that are configured to transmit and receive signals in a first frequency band, the first array spanning the first base station antenna and the second base station antenna; first and second RF connector ports that are configured to feed first and second RF signals to respective +45° and -45 0 radiators of the first radiating elements of the first array; a second array (550-1) of second radiating elements that are configured to transmit and receive signals in a second frequency band, the second array spanning the first base station antenna and the second base station antenna; third and fourth RF connector ports that are configured to feed third and fourth RF signals to respective +45° and -45 0 radiators of the second radiating elements of the second array; a first diplexer (590-3) that has a first frequency selective port that is coupled to a first subset of the first radiating elements of the first array and a second frequency selective port that is coupled to a first subset of the second radiating elements of the second array. a first base station antenna that includes a first radome , a first bottom end cap and a first top end cap ; a second base station antenna that is stacked on top of the first base station antenna, the second base station antenna including a second radome , a second bottom end cap and a second top end cap ; a first array (240-1) of first radiating elements that are configured to transmit and receive signals in a first frequency band, the first array spanning the first base station antenna and the second base station antenna; first and second RF connector ports that are configured to feed first and second RF signals to respective +45° and -45 0 radiators of the first radiating elements of the first array; a second array (550-1) of second radiating elements that are configured to transmit and receive signals in a second frequency band, the second array spanning the first base station antenna and the second base station antenna; third and fourth RF connector ports that are configured to feed third and fourth RF signals to respective +45° and -45 0 radiators of the second radiating elements of the second array; a first diplexer (590-3) that has a first frequency selective port that is coupled to a first subset of the first radiating elements of the first array and a second frequency selective port that is coupled to a first subset of the second radiating elements of the second array.
A method of making a pet litter comprising: compacting a material comprising clay, and expanded perlite fines having a size not greater than 600 microns, to form a compacted material comprising expanded perlite fines; breaking the compacted material comprising expanded perlite fines to form particles of the compacted material comprising expanded perlite fines; separating the particles which have a size within a predetermined size range from a remainder of the particles; drying the particles which have the size within the predetermined size range; and using the dried particles as at least a portion of the pet litter; characterized in that the compacting is performed at a pressure from 500 psi (3447 kPa) to 1,300 psi (8963 kPa). compacting a material comprising clay, and expanded perlite fines having a size not greater than 600 microns, to form a compacted material comprising expanded perlite fines; breaking the compacted material comprising expanded perlite fines to form particles of the compacted material comprising expanded perlite fines; separating the particles which have a size within a predetermined size range from a remainder of the particles; drying the particles which have the size within the predetermined size range; and using the dried particles as at least a portion of the pet litter; characterized in that the compacting is performed at a pressure from 500 psi (3447 kPa) to 1,300 psi (8963 kPa).
A coupling device for use in electromagnetic coupling an RFID tag to an interrogator antenna , the coupling device comprising: an elongate magnetically permeable rod having a pair of opposed ends and being configured to route communication between the RFID tag when placed proximate a first end of the magnetically permeable rod and the interrogator antenna when placed in proximity to an opposed second end; and a conductive screen wound at least partially around the magnetically permeable rod , the conductive screen configured to constrain leakage of a magnetic field within the magnetically permeable rod . an elongate magnetically permeable rod having a pair of opposed ends and being configured to route communication between the RFID tag when placed proximate a first end of the magnetically permeable rod and the interrogator antenna when placed in proximity to an opposed second end; and a conductive screen wound at least partially around the magnetically permeable rod , the conductive screen configured to constrain leakage of a magnetic field within the magnetically permeable rod .
Deformable element , comprising a profiled tube with a rectangular cross-section and a bracket which is fastened between opposite sides of the profiled tube , characterised in that a plate which closes the profiled tube at one end is provided and the bracket is arranged at the end of the profiled tube that is closed by the plate .
A method of generating a recombinant nucleic acid for immunotherapy, comprising: comparing omics data from diseased tissue and healthy tissue of a patient to identify a disease-related patient-specific neoepitope of the patient; identifying at least one MHC Class I sub-type molecule and at least one MHC Class II sub-type molecule of an HLA-type of the patient, wherein the HLA-type of the patient is determined in silico using a de Bruijn graph; determining binding affinity of the neoepitope to the at least one MHC Class I sub-type molecule and the at least one MHC Class II sub-type molecule; selecting the neoepitope when the binding affinity is below a predetermined threshold value, wherein the binding affinity of the neoepitope to the at least one MHC Class I sub-type molecule and the at least one MHC Class II sub-type molecule is determined in silico, and wherein the predetermined threshold value is less than 150 nM; generating a recombinant nucleic acid to include a first nucleic acid sequence encoding a co-stimulatory molecule and a second nucleic acid sequence encoding the selected neoepitope, wherein the nucleic acid sequence encoding the selected neoepitope is under control of a promoter that drives expression of the selected neoepitope; and wherein the second nucleic acid sequence further comprises a sequence element that directs the expressed selected neoepitope toward presentation by the at least one MHC Class I sub-type molecule or by the at least one MHC Class II sub-type molecule. comparing omics data from diseased tissue and healthy tissue of a patient to identify a disease-related patient-specific neoepitope of the patient; identifying at least one MHC Class I sub-type molecule and at least one MHC Class II sub-type molecule of an HLA-type of the patient, wherein the HLA-type of the patient is determined in silico using a de Bruijn graph; determining binding affinity of the neoepitope to the at least one MHC Class I sub-type molecule and the at least one MHC Class II sub-type molecule; selecting the neoepitope when the binding affinity is below a predetermined threshold value, wherein the binding affinity of the neoepitope to the at least one MHC Class I sub-type molecule and the at least one MHC Class II sub-type molecule is determined in silico, and wherein the predetermined threshold value is less than 150 nM; generating a recombinant nucleic acid to include a first nucleic acid sequence encoding a co-stimulatory molecule and a second nucleic acid sequence encoding the selected neoepitope, wherein the nucleic acid sequence encoding the selected neoepitope is under control of a promoter that drives expression of the selected neoepitope; and wherein the second nucleic acid sequence further comprises a sequence element that directs the expressed selected neoepitope toward presentation by the at least one MHC Class I sub-type molecule or by the at least one MHC Class II sub-type molecule.
A mouthpiece system for a breathing aid for swimmers, comprising a mouthpiece , a system housing , an exhalation valve , and an air outlet opening , wherein the air outlet opening is covered with a diffusor extension comprising a diffusor plate , and the diffusor plate includes a plurality of circular and/or oval and/or elliptical openings , characterized in that the diffusor plate includes an inner surface facing the exhalation valve and an outer surface facing away from the exhalation valve , wherein the openings extend in the form of small channels and/or capillaries in the diffusor plate from the inner surface to the outer surface at an angle (δ) of 40° - 85°, wherein the angle (δ), in the state of use of the breathing aid , extends towards the chin of the swimmer.
Escapement holder on which are pivotably mounted a balance and an escapement , characterized in that it comprises a base having a right-angled cross section and a plane forming a reference surface to which the axes of rotation of the balance and of the escapement are perpendicular, the said plane forming, with the right-angled cross section, a right-angled triangle the hypotenuse of which is formed by the said plane, the angle between the said plane and the longer of the sides of the triangle adjacent to the right angle being nonzero.
A multi air conditioner comprising an outdoor unit , a first indoor unit and a second indoor unit , the first indoor unit and the second indoor unit being connected to the outdoor unit and being respectively disposed in a first room and a second room , wherein, when the first indoor unit is operated based on an operation instruction indicating a first operating mode, if an operation start instruction indicating a second operating mode is sent to the second indoor unit from a terminal device without using an internet , the first operating mode and the second operating mode being different from each other and being respectively selected from a plurality of operating modes, the first indoor unit is configured to be set in an operation stop state and the second indoor unit is configured to start an operation based on the second operating mode on condition that the last operation instruction to the first indoor unit is sent from a portable terminal using an internet when a user is not in the first room in which the first indoor unit is disposed. when the first indoor unit is operated based on an operation instruction indicating a first operating mode, if an operation start instruction indicating a second operating mode is sent to the second indoor unit from a terminal device without using an internet , the first operating mode and the second operating mode being different from each other and being respectively selected from a plurality of operating modes, the first indoor unit is configured to be set in an operation stop state and the second indoor unit is configured to start an operation based on the second operating mode on condition that the last operation instruction to the first indoor unit is sent from a portable terminal using an internet when a user is not in the first room in which the first indoor unit is disposed.
A device comprising: a first housing that comprises a first thickness; a second housing that comprises a second thickness; and a hinge assembly that couples the first and second housings , wherein the hinge assembly comprises two hollow axles operatively coupled to the second housing ; and two axles , each received by a respective bore of one of the hollow axles , operatively coupled to the first housing ; characterized in that the hinge assembly further comprises a coupling mechanism that couples the two hollow axles to rotate in the same rotational direction; and a coupling mechanism that couples the two axles to rotate in the same rotational direction. a first housing that comprises a first thickness; a second housing that comprises a second thickness; and a hinge assembly that couples the first and second housings , two hollow axles operatively coupled to the second housing ; and two axles , each received by a respective bore of one of the hollow axles , operatively coupled to the first housing ; characterized in that the hinge assembly further comprises a coupling mechanism that couples the two hollow axles to rotate in the same rotational direction; and a coupling mechanism that couples the two axles to rotate in the same rotational direction.
Winding machine for forming reels of web-like material, comprising a winding roller on which the web-like material intended to be wound passes, wherein the winding roller cooperates with a winding rod on which the web-like material winds up to form a reel (B), wherein the winding roller is positioned in a structure provided with sides on which two corresponding linear guides are formed parallel to each other and oriented according to a predetermined direction (L) which defines a direction of advancement of the winding rod while the respective reel (B) is forming on the rod itself, wherein the winding roller is oriented transversely to said sides, wherein the machine (M) is served by a storage in which several winding rods can be stored and by a mechanism of removal of the rods from the storage , and wherein said mechanism of removal of the rods comprises a pair of arms each of which is arranged on a corresponding side of the machine, characterized in that each of said arms consists of two elements hinged to each other with a hinge axis (A45) parallel to the rotation axis of the winding roller , an element being hinged on one side of the machine with a hinge axis parallel to the axis of the winding roller , the other element being provided with gripping means adapted to engage a corresponding end of a rod on the storage , and to move it towards the winding roller and along a pre-determined path (T) that comprises a section parallel to the outer surface of the winding roller .
Cooling circuit , in particular for a casing for electrical equipment, comprising a first portion and a second portion , said first and second portions of the cooling circuit being complementary and respectively comprising recessed parts and protruding parts that are configured to fit into one another so as to form a circulation channel for a cooling fluid when assembled, said circulation channel being configured to generate a flow of cooling fluid extending over various levels successively arranged one after the other along said circulation channel, characterized by said recessed parts and said protruding parts being configured to fit into one another by virtue of a functional clearance that allows said recessed parts and said protruding parts to interlock, at least one of said first and second complementary circuit portions comprising at least one deflector configured to divert the cooling fluid away from said functional clearance .
A composition for use in a method of intraorally dispersing dental plaque, the composition comprising component (A) in an amount of 0.2% by mass or more and 20% by mass or less, wherein component (A) is one or more compounds selected from the group consisting of pentaerythritol, trimethylolmethane, trimethylolethane, trimethylolpropane, tris(hydroxymethyl)aminomethane, and triethanolamine.
An electrode arrangement for a plasma jet device comprising: a) a first and a second printed circuit board each having an exposed surface of a circuit path serving as electrode b) a spacer arranged between the first and second circuit board c) a plasma cell arranged between the first and second printed circuit board and the spacer wherein the plasma cell has a gas inlet and a plasma outlet characterized in that the exposed surface of one circuit path is facing the other printed circuit board . a) a first and a second printed circuit board each having an exposed surface of a circuit path serving as electrode b) a spacer arranged between the first and second circuit board c) a plasma cell arranged between the first and second printed circuit board and the spacer wherein the plasma cell has a gas inlet and a plasma outlet
Header comprising multiple row elements along the width of the header, the multiple row elements being connected to a frame which is segmented into two peripheral segments and two central segments , each peripheral segment being connected to an adjacent one of the central segments via a respective distal pivot and the central segments being interconnected via a central pivot , wherein the distal pivots are arranged to allow a distal rotation of the peripheral segments with respect to the central segments , and characterized in that the central pivot are arranged to allow a central rotation of the central segments with respect to each other, such that the segments are movable with respect to each other between a folded state and an operating state.
A camera assembly , comprising an infrared laser module , a camera , a flicker detector , and a light-filtering piece , wherein the infrared laser module has an out-light surface , infrared emitted by the infrared laser module propagates to an outside of the camera assembly through the out-light surface , the out-light surface of the infrared laser module , an in-light surface of the camera , and an in-light surface of the flicker detector face a same direction and are staggered from each other such that the out-light surface of the infrared laser module , the in-light surface of the camera , and the in-light surface of the flicker detector do not overlap, the light-filtering piece covers the in-light surface of the flicker detector , the light-filtering piece is configured to filter out infrared, and the flicker detector is configured to detect a frequency of visible light in external light filtered by the light-filtering piece .