mhurhangee/patent-ind-claim-en huggingface dataset:
An ostomy appliance comprising - a pouch including a front wall and a rear wall - a waste inlet opening in the rear wall for letting the output from a stom enter into the pouch, - at least one vent opening for letting gas exit the bag, - a filter construction wherein the filter construction comprises a first and second layer of foil defining an enclosure, ∘ the filter construction being attached inside the pouch so that each of the foil-layers are substantially parallel to the front and rear wall of the pouch, the first layer of foil facing the rear wall and the second layer of foil facing the front wall of the pouch, ∘ the filter construction being provided with gas-inlets 14, 114, 614) at least in the second foil-layer and a gas-outlet in the second foil-layer placed in alignment with the vent opening, - the enclosure including a pre-filter element characterised in that the filter construction incorporates an inspection window allowing the user visual access to the stoma and the peristomal area. - a pouch including a front wall and a rear wall - a waste inlet opening in the rear wall for letting the output from a stom enter into the pouch, - at least one vent opening for letting gas exit the bag, - a filter construction wherein the filter construction comprises a first and second layer of foil defining an enclosure, ∘ the filter construction being attached inside the pouch so that each of the foil-layers are substantially parallel to the front and rear wall of the pouch, the first layer of foil facing the rear wall and the second layer of foil facing the front wall of the pouch, ∘ the filter construction being provided with gas-inlets 14, 114, 614) at least in the second foil-layer and a gas-outlet in the second foil-layer placed in alignment with the vent opening, ∘ the filter construction being attached inside the pouch so that each of the foil-layers are substantially parallel to the front and rear wall of the pouch, the first layer of foil facing the rear wall and the second layer of foil facing the front wall of the pouch, ∘ the filter construction being provided with gas-inlets 14, 114, 614) at least in the second foil-layer and a gas-outlet in the second foil-layer placed in alignment with the vent opening, - the enclosure including a pre-filter element characterised in that the filter construction incorporates an inspection window allowing the user visual access to the stoma and the peristomal area.
An annealing separator for an oriented electrical steel sheet, comprising: a first component including a Mg oxide or a Mg hydroxide; and a second component including a Mn oxide or a Mn hydroxide, wherein Equation 1 below is satisfied: 3.8 ≤ A / B ≤ 9.5 (in Equation 1, [A] is a content of the second component with respect to a total amount (100 wt%) of the annealing separator, and [B] is a content of the first component with respect to the total amount (100 wt%) of the annealing separator). a first component including a Mg oxide or a Mg hydroxide; and a second component including a Mn oxide or a Mn hydroxide, wherein Equation 1 below is satisfied: 3.8 ≤ A / B ≤ 9.5
A control device for an electric vehicle comprising: a power storage unit configured for supplying power for power running; a first power conversion unit that converts a voltage input from an external power supply to a direct current having a predetermined value and outputs the direct current to the power storage unit ; a second power conversion unit that receives power supply from the external power supply or the power storage unit and converts power to an alternating current having a predetermined value; an abnormality detection unit that detects an abnormal state of voltage and/or current in the first power conversion unit ; a first control unit that controls the first power conversion unit based on a detection result of the abnormality detection unit and generates a protection status signal (HOG) based on the detection result; and a second control unit that executes emergency control with respect to the second power conversion unit , when the protection status signal (HOG) is input, which indicates that the first power conversion unit is in an abnormal state when the voltage and/or current in the first power conversion unit exceeds a predetermined threshold, wherein the power storage unit and the second power conversion unit are connected in parallel to an output side of the first power conversion unit , with an input side thereof connected to the external power supply, and when the second power conversion unit receives a power supply from the external power supply, the power supply is received via the first power conversion unit . a power storage unit configured for supplying power for power running; a first power conversion unit that converts a voltage input from an external power supply to a direct current having a predetermined value and outputs the direct current to the power storage unit ; a second power conversion unit that receives power supply from the external power supply or the power storage unit and converts power to an alternating current having a predetermined value; an abnormality detection unit that detects an abnormal state of voltage and/or current in the first power conversion unit ; a first control unit that controls the first power conversion unit based on a detection result of the abnormality detection unit and generates a protection status signal (HOG) based on the detection result; and a second control unit that executes emergency control with respect to the second power conversion unit , when the protection status signal (HOG) is input, which indicates that the first power conversion unit is in an abnormal state when the voltage and/or current in the first power conversion unit exceeds a predetermined threshold, wherein the power storage unit and the second power conversion unit are connected in parallel to an output side of the first power conversion unit , with an input side thereof connected to the external power supply, and when the second power conversion unit receives a power supply from the external power supply, the power supply is received via the first power conversion unit .
An endovascular prosthesis , comprising: a bifurcated and inflatable prosthesis comprising: a main tubular body having an open end and opposed ipsilateral and contralateral legs defining a graft wall therein between, said ipsilateral and contralateral legs having open ends, and said main tubular body and said ipsilateral and contralateral legs having inflatable channels ; characterized by a web of biocompatible material disposed between the contralateral leg and the ipsilateral leg and secured to the contralateral leg and the ipsilateral leg; wherein the web is a sheet of biocompatible material; wherein the contralateral leg is restricted from significant longitudinal movement so as to prevent bunching up of the contralateral leg during delivery of the endovascular prosthesis . a main tubular body having an open end and opposed ipsilateral and contralateral legs defining a graft wall therein between, said ipsilateral and contralateral legs having open ends, and said main tubular body and said ipsilateral and contralateral legs having inflatable channels ; characterized by a web of biocompatible material disposed between the contralateral leg and the ipsilateral leg and secured to the contralateral leg and the ipsilateral leg; wherein the web is a sheet of biocompatible material; wherein the contralateral leg is restricted from significant longitudinal movement so as to prevent bunching up of the contralateral leg during delivery of the endovascular prosthesis .
An apparatus comprising: a catalog of molecular marker tests specifying molecular marker tests annotated with clinical applicability annotations; an electronic patient medical record storing an electronic medical history of a patient and genetic sequencing data comprising a whole genome sequence of the patient; a clinical decision support (CDS) system configured to track the clinical context of the patient wherein the clinical context includes at least a disease diagnosis and a current patient care stage; a catalog search module configured to search the catalog of molecular marker tests to identify a molecular marker test having clinical applicability to the patient in the clinical context tracked by the CDS system wherein the search is automatically triggered by occurrence of a trigger event defined by a set of triggering rules; wherein the set of triggering rules includes rules triggering a search responsive to a change in patient condition and rules triggering a search responsive to a change in the content of the molecular catalog of markers ; and a testing module configured to perform a molecular marker test, identified by the catalog search module, in silico using the genetic sequencing data of the patient stored in the electronic patient medical record; wherein the CDS system , the catalog search module , and the testing module are embodied by one or more electronic data processing devices. a catalog of molecular marker tests specifying molecular marker tests annotated with clinical applicability annotations; an electronic patient medical record storing an electronic medical history of a patient and genetic sequencing data comprising a whole genome sequence of the patient; a clinical decision support (CDS) system configured to track the clinical context of the patient wherein the clinical context includes at least a disease diagnosis and a current patient care stage; a catalog search module configured to search the catalog of molecular marker tests to identify a molecular marker test having clinical applicability to the patient in the clinical context tracked by the CDS system wherein the search is automatically triggered by occurrence of a trigger event defined by a set of triggering rules; wherein the set of triggering rules includes rules triggering a search responsive to a change in patient condition and rules triggering a search responsive to a change in the content of the molecular catalog of markers ; and a testing module configured to perform a molecular marker test, identified by the catalog search module, in silico using the genetic sequencing data of the patient stored in the electronic patient medical record; wherein the CDS system , the catalog search module , and the testing module are embodied by one or more electronic data processing devices.
A composition comprising an expression system comprising an adenovirus viral vector comprising polynucleotides encoding pneumovirus proteins, and a pharmaceutically acceptable carrier and/or excipient, wherein the expression system comprises a first polynucleotide encoding at least one protein or peptide which induces a T cell response, a second polynucleotide encoding at least one protein or peptide which induces an anti-pathogenic B cell response, and a third polynucleotide encoding a protein or peptide which induces a T cell response, wherein: the pneumovirus is human respiratory syncytical virus (RSV); the protein or peptide which induces a T cell response, encoded by the first polynucleotide, is a non-structural and/or internal protein of RSV selected from the group consisting of Matrix proteins M and M2; the protein or peptide which induces an anti-pathogenic B cell response, encoded by the second polynucleotide, is a structural and/or surface protein of RSV which is the fusion protein (F); the protein or peptide which induces a T cell response, encoded by the third polynucleotide, is a non-structural and/or internal protein of RSV which is the nucleoprotein N; and wherein the first polynucleotide, the second polynucleotide and the third polynucleotide are linked such that they are expressed as an artificial polyprotein. the pneumovirus is human respiratory syncytical virus (RSV); the protein or peptide which induces a T cell response, encoded by the first polynucleotide, is a non-structural and/or internal protein of RSV selected from the group consisting of Matrix proteins M and M2; the protein or peptide which induces an anti-pathogenic B cell response, encoded by the second polynucleotide, is a structural and/or surface protein of RSV which is the fusion protein (F); the protein or peptide which induces a T cell response, encoded by the third polynucleotide, is a non-structural and/or internal protein of RSV which is the nucleoprotein N; and wherein the first polynucleotide, the second polynucleotide and the third polynucleotide are linked such that they are expressed as an artificial polyprotein.
A production method of a mold having a recessed pattern in a recessed step portion for manufacturing a pattern sheet , the production method comprising: a plate precursor preparation step of preparing a plate precursor having a pedestal on which a protruding pattern formed by a plurality of protruding portions is disposed; a resin plate preparation step of preparing a thermoplastic resin plate in which a recessed step portion having a bottom surface and a wall surface is formed on a flat surface thereof, the recessed step portion having a volume equal to or less than a total volume of the protruding pattern and the pedestal ; and a resin plate precursor production step of producing a thermoplastic resin plate precursor , the resin plate precursor production step including a positioning step of positioning the protruding pattern of the plate precursor (10, 310, 410 510) and a center position of the recessed step portion by moving the plate precursor and the thermoplastic resin plate relative to each other, and a recessed pattern forming step of forming a recessed pattern having an inverted shape of the protruding pattern on the thermoplastic resin plate by pressing the protruding pattern of the heated plate precursor against the bottom surface of the recessed step portion , thereafter cooling the plate precursor , and separating the plate precursor from the thermoplastic resin plate , characterized in that in the recessed pattern forming step the protruding pattern and the pedestal are pressed against the bottom surface . a plate precursor preparation step of preparing a plate precursor having a pedestal on which a protruding pattern formed by a plurality of protruding portions is disposed; a resin plate preparation step of preparing a thermoplastic resin plate in which a recessed step portion having a bottom surface and a wall surface is formed on a flat surface thereof, the recessed step portion having a volume equal to or less than a total volume of the protruding pattern and the pedestal ; and a resin plate precursor production step of producing a thermoplastic resin plate precursor , the resin plate precursor production step including a positioning step of positioning the protruding pattern of the plate precursor (10, 310, 410 510) and a center position of the recessed step portion by moving the plate precursor and the thermoplastic resin plate relative to each other, and a recessed pattern forming step of forming a recessed pattern having an inverted shape of the protruding pattern on the thermoplastic resin plate by pressing the protruding pattern of the heated plate precursor against the bottom surface of the recessed step portion , thereafter cooling the plate precursor , and separating the plate precursor from the thermoplastic resin plate , characterized in that in the recessed pattern forming step the protruding pattern and the pedestal are pressed against the bottom surface .
Rubber compound for the preparation of parts of pneumatic tyres; said rubber compound comprising at least one cross-linkable unsaturated chain polymer base, one reinforcing filler and one vulcanization system comprising at least sulfur and vulcanization accelerating agents; said rubber compound being characterized in that it comprises microcapsules made from a thermoplastic material having a melting temperature between 120 and 180°C and an average diameter of less than 1 μm; said microcapsules comprising the entirety of said vulcanization accelerating agents.
A track maintenance machine having a machine frame mobile on a track , various working units , and a combustion engine which may be connected via a clutch to a transfer case , wherein an electric motor is provided as alternative drive of the transfer case , characterized in that the electric motor is coupled to an intermediate circuit which can be supplied with electric energy by means of a vertically adjustable pantograph which may be applied to a catenary of the track , wherein it is further provided that: a) the electric motor is provided as alternative drive for permanent energy supply of a hydraulic system having hydraulic pumps , connected to the transfer case , and various hydraulic drives supplied by the same, b) a generator or an electric energy store is provided for alternative energy supply of the intermediate circuit coupled to the electric motor. a) the electric motor is provided as alternative drive for permanent energy supply of a hydraulic system having hydraulic pumps , connected to the transfer case , and various hydraulic drives supplied by the same, b) a generator or an electric energy store is provided for alternative energy supply of the intermediate circuit coupled to the electric motor.
Portable water pipe comprising: - a main body , with a bottom and one or more sidewalls which together delimit the inner volume (V) of the water pipe, and, being opposite to the bottom , an opening , - a removable cap , engaged into said opening so as to close the main body , the cap being provided with a bowl for tobacco combustion and with a dipping tube which extends in the inner volume (V) of the water pipe, towards the bottom , the dipping tube communicating the bowl and the inner volume (V) of the water pipe, and - a suction opening , to which a removable suction hose can be connected, and which communicates the outside (Ext) of the water pipe and its inner volume (V), the water pipe further comprising a winder which includes a cylindrical tube externally provided with a rib which wraps around the cylindrical tube several times by forming a helix, so as to be suitable to guide the flexible suction hose upon winding the suction hose on the cylindrical tube , characterised in that the winder is dimensioned so that it can be housed in the inner volume (V) of the water pipe, the winder then surrounding the dipping tube . - a main body , with a bottom and one or more sidewalls which together delimit the inner volume (V) of the water pipe, and, being opposite to the bottom , an opening , - a removable cap , engaged into said opening so as to close the main body , the cap being provided with a bowl for tobacco combustion and with a dipping tube which extends in the inner volume (V) of the water pipe, towards the bottom , the dipping tube communicating the bowl and the inner volume (V) of the water pipe, and - a suction opening , to which a removable suction hose can be connected, and which communicates the outside (Ext) of the water pipe and its inner volume (V),
Door drive having a drive unit that is attachable to a door frame or to a door leaf, a counter bearing that is attachable to the door leaf or the door frame in a manner corresponding to said drive unit , and an extendable and retractable force transmission means that extends between the drive unit and the counter bearing , wherein the force transmission means has a link chain , wherein the drive unit has a housing and, in the housing , an electric drive motor having a drive pinion , connected thereto in drive terms, and a storage space , wherein the link chain is engaged with the drive pinion and is able to be pushed out of the housing or pulled into the housing by rotation of the drive pinion , and is located for a large part in the storage space in the housing in the state pulled into the housing , wherein the force transmission means , in addition to the link chain , has a hollow telescopic rod with a fixed telescoping portion and at least one movable telescoping portion , wherein the fixed telescoping portion is attached at one end to the housing of the drive unit , wherein the last movable telescoping portion is attached at one end to the counter bearing , wherein the link chain is movable longitudinally within the fixed telescoping portion and is connected to the last movable telescoping portion , wherein, by rotation of the drive pinion , the link chain is movable in a longitudinal direction in the fixed telescoping portion and as a result the last movable telescoping portion is extendable and retractable, characterized in that the housing has two mutually parallel receptacles for the end of the fixed telescoping portion , in that the end of the fixed telescoping portion is introduced into and held in one receptacle in case of a right stop and in the other receptacle in case of a left stop, and in that the storage space for the link chain is formed at least in part by the receptacle that is not occupied by the end of the fixed telescoping portion .
An imaging optical system (LN) comprising, from an object side, a first lens group (Gr1) having a positive optical power, a second lens group (Gr2) having a negative optical power, and a third lens group (Gr3) having a positive optical power, the imaging optical system (LN) achieving focusing on a close object by moving the entire second lens group (Gr2) toward an image side along an optical axis, wherein the first lens group (Gr1) comprises, from the object side, a front group (Gr1a), an aperture stop (ST), and a rear group (Gr1b) having a positive optical power, a lens surface at a most image-side position in the front group (Gr1a) is concave toward the aperture stop (ST), a lens surface at a most object-side position in the rear group (Gr1b) is concave toward the aperture stop (ST), and characterized in that conditional formulae to below are fulfilled: − 0.3 < FL / 1 ⁢ aGr _ Fl < 0.03 0.85 < 1 ⁢ bGr _ Fl / FL < 1.1 1.5 < 2 Gr _ Fl / FL < 2.5 0.55 < 3 Gr _ Fl / 2 Gr _ Fl < 0.70 where FL represents a focal length of the entire system; 1aGr_Fl represents a focal length of the front group (Gr1a); 1bGr_Fl represents a focal length of the rear group (Gr1b); 2Gr_Fl represents a focal length of the second lens group (Gr2); and 3Gr_Fl represents a focal length of the third lens group (Gr3); and in that conditional formula below is fulfilled: 1.1 < 1 ⁢ aGr _ obj / 1 ⁢ aGr _ img < 1.5 where 1aGr_obj represents an axial beam effective radius at a most object-side surface in the front group (Gr1a); and 1aGr_img represents an axial beam effective radius at a most image-side surface in the front group (Gr1a). FL represents a focal length of the entire system; 1aGr_Fl represents a focal length of the front group (Gr1a); 1bGr_Fl represents a focal length of the rear group (Gr1b); 2Gr_Fl represents a focal length of the second lens group (Gr2); and 3Gr_Fl represents a focal length of the third lens group (Gr3); and in that conditional formula below is fulfilled: 1aGr_obj represents an axial beam effective radius at a most object-side surface in the front group (Gr1a); and 1aGr_img represents an axial beam effective radius at a most image-side surface in the front group (Gr1a).