mhurhangee/ep-ind-claims huggingface dataset:
Method for genetically identifying and/or for distinguishing two or more animals of the species mouse, rat, hamster and zebrafish from different outbred strains, of the same outbred strain or of substrains of the same outbred strain, comprising the following substeps: (a) using at least one DNA sample which is to be analysed; (b) selecting a set of loci for the DNA sample which comprises at least 6, 7 or 8, particularly preferably at least 9 or 10, most preferably at least 11 autosomal STR markers which are coamplified simultaneously in a reaction mix, the autosomal STR loci being characterized by a high value for the "polymorphism information content", which is within the range of 0.50 to 0.99, particularly preferably within the range between 0.60 to 0.99; (c) selecting a set of loci for the DNA sample which comprises at least two Y-chromosomal STR markers which are coamplified simultaneously with the autosomal STR loci (b) in a reaction mix; (d) using a set of oligonucleotide primer pairs in which each primer pair binds specifically to the flanking DNA segments of an STR marker from the sets of STR loci (b) and (c); (e) coamplifying the loci selected for the set, the reaction product being a mixture consisting of amplified alleles of each of the coamplified STR loci of the sets (b) and (c); (f) analysing the allele mixture and determining and assigning the specific alleles for each of the amplified loci of the sets (b) and (c) for the given DNA sample. (a) using at least one DNA sample which is to be analysed; (b) selecting a set of loci for the DNA sample which comprises at least 6, 7 or 8, particularly preferably at least 9 or 10, most preferably at least 11 autosomal STR markers which are coamplified simultaneously in a reaction mix, the autosomal STR loci being characterized by a high value for the "polymorphism information content", which is within the range of 0.50 to 0.99, particularly preferably within the range between 0.60 to 0.99; (c) selecting a set of loci for the DNA sample which comprises at least two Y-chromosomal STR markers which are coamplified simultaneously with the autosomal STR loci (b) in a reaction mix; (d) using a set of oligonucleotide primer pairs in which each primer pair binds specifically to the flanking DNA segments of an STR marker from the sets of STR loci (b) and (c); (e) coamplifying the loci selected for the set, the reaction product being a mixture consisting of amplified alleles of each of the coamplified STR loci of the sets (b) and (c); (f) analysing the allele mixture and determining and assigning the specific alleles for each of the amplified loci of the sets (b) and (c) for the given DNA sample.
An electric motor storing device for a hybrid vehicle, the hybrid vehicle including an electric motor, the electric motor including a rotor shaft and an oil pump drive shaft disposed on an inner circumferential side of the rotor shaft in a manner to penetrate the rotor shaft, the electric motor storing device comprising: a case configured to store the electric motor, the case including a cylindrical main case and a cover member configured to seal an opening that is an end of the main case; an oil pump body configured to rotatably support an end of the rotor shaft via a first bearing and an end of the oil pump drive shaft via a second bearing, the oil pump body being configured to store a pump rotor; the electric motor storing device characterized by further comprising an electrically insulating section interposed between opposing surfaces of the oil pump body and the cover member, the electrically insulating section being configured to insulate between the oil pump body and the cover member such that the occurrence of electrolytic corrosion to the members in the closed circuit including the rotor shaft and the case, the closed circuit including the oil pump drive shaft and the case, and the closed circuit branched from those closed circuits is thoroughly suppressed by a common insulating section. a case configured to store the electric motor, the case including a cylindrical main case and a cover member configured to seal an opening that is an end of the main case; an oil pump body configured to rotatably support an end of the rotor shaft via a first bearing and an end of the oil pump drive shaft via a second bearing, the oil pump body being configured to store a pump rotor; the electric motor storing device characterized by further comprising an electrically insulating section interposed between opposing surfaces of the oil pump body and the cover member, the electrically insulating section being configured to insulate between the oil pump body and the cover member such that the occurrence of electrolytic corrosion to the members in the closed circuit including the rotor shaft and the case, the closed circuit including the oil pump drive shaft and the case, and the closed circuit branched from those closed circuits is thoroughly suppressed by a common insulating section.
Printing system for printing three-dimensionally shaped structures, in particular on substrates such as printed circuit boards, wafers, solar cells, carrier substrates, printing tables, carrier plates, sintering plates or the like, comprising at least one printing device which has a print head, a scraper device and a screen receptacle which is associated with the scraper device for receiving a printing screen, and a screen provisioning device which has at least one screen magazine for storing multiple printing screens and a transport device for transporting a printing screen from the screen magazine to the screen receptacle and from the screen receptacle to the screen magazine, whereby the transport device has at least one movable, in particular multi-jointed, transport arm for transporting in each case one printing screen and the screen magazine has at least one sliding device for advancing a screen bearing or a printing screen from one of the screen bearings.
Stress gauge of the type having an acoustic resonant structure including a piezoelectric transducer connected to one face of a holder subjected to the stress, characterised in that the holder comprises a median neutral fibre situated at a given depth of the face on which is located the piezoelectric transducer and includes opposite the piezoelectric transducer a reflecting portion imbedded in the holder intended to reflect volume acoustic waves generated by the piezoelectric transducer when it is excited according to a harmonic mode of the structure, said acoustic waves propagating into the holder and entering into resonance, said reflecting portion being arranged at a distance from the piezoelectric transducer such that the integral of the stress on the propagation distance of the volume acoustic waves up to their reflection is different from zero, and at the deepest at the depth of the neutral fibre.
Device for dispensing small parts, such as container closures, onto a conveying device, comprising at least one outlet opening for container closures, a first chamber having a filling opening for container closures and at least one chamber wall which is arranged obliquely in the operating state of the device and allows container closures to slide towards the outlet opening, and at least one second chamber which can be filled via a second filling opening, wherein the first and second chambers comprise movable locking means in order to selectively release or block the path for container closures to the joint outlet opening, characterized in that the chamber wall, which is arranged obliquely in the operating state of the device, has a closable opening in front of the locking means for discharging the first or second chamber (1,2).
An indwelling stent, comprising: a distal member that extends between a distal end portion and a proximal end portion and defines a lumen therethrough, and a proximal member that extends between a distal end portion and a proximal end portion and defines a lumen therethrough, wherein the distal member and the proximal member collectively define the stent and the lumen of the distal member and the lumen of the proximal member are each aligned for direct communication through both lumens between the distal end portion of the distal member and the proximal end portion of the proximal member, and wherein the distal and proximal members are discrete components and are telescopingly arranged; characterised in that a tip of the distal end portion of the proximal member has an inner diameter that is less than a nominal outer diameter of the proximal end portion of the distal member, such that the tip of the distal end portion of the proximal member locally compresses the distal member at a location where the tip contacts the distal member. a distal member that extends between a distal end portion and a proximal end portion and defines a lumen therethrough, and a proximal member that extends between a distal end portion and a proximal end portion and defines a lumen therethrough, wherein the distal member and the proximal member collectively define the stent and the lumen of the distal member and the lumen of the proximal member are each aligned for direct communication through both lumens between the distal end portion of the distal member and the proximal end portion of the proximal member, and wherein the distal and proximal members are discrete components and are telescopingly arranged; characterised in that a tip of the distal end portion of the proximal member has an inner diameter that is less than a nominal outer diameter of the proximal end portion of the distal member, such that the tip of the distal end portion of the proximal member locally compresses the distal member at a location where the tip contacts the distal member.
A catheter device, comprising - a catheter shaft (8, 8.2), - a drive shaft, which is connected to a motor, - a rotor (3.2), which is attached to the distal end region on the drive shaft, characterized in that a tubular shaft protector (13.1, 13.2) is provided, which surrounds the drive shaft adjacent to the rotor (3.2) with a small gap in such a way that the shaft protector centers and supports the drive shaft. - a catheter shaft (8, 8.2), - a drive shaft, which is connected to a motor, - a rotor (3.2), which is attached to the distal end region on the drive shaft,
Air treatment device with: a carbon dioxide adsorption device for production of air with reduced carbon dioxide content, wherein the carbon dioxide adsorption device is regeneratable with a flushing medium, a control device that determines a composition of the flushing medium based on an input variable and outputs the composition as a signal, an input variable determination device for determining the input variable and for outputting a corresponding signal to the control device, an adjusting device that adjusts the composition of the flushing medium to be fed into the carbon dioxide adsorption device for the regeneration based on the signal of the control device, wherein the carbon dioxide adsorption device comprises two carbon dioxide adsorption units (14a, 14b) which are connected with the adjusting device in such a way that air with reduced carbon dioxide content can be used for adjustment of the composition of the flushing medium, characterized in that the air treatment device comprises a nitrogen source which is connected with the adjusting device in such a way that nitrogen can be used for adjustment of the composition of the flushing medium. a carbon dioxide adsorption device for production of air with reduced carbon dioxide content, wherein the carbon dioxide adsorption device is regeneratable with a flushing medium, a control device that determines a composition of the flushing medium based on an input variable and outputs the composition as a signal, an input variable determination device for determining the input variable and for outputting a corresponding signal to the control device, an adjusting device that adjusts the composition of the flushing medium to be fed into the carbon dioxide adsorption device for the regeneration based on the signal of the control device, wherein the carbon dioxide adsorption device comprises two carbon dioxide adsorption units (14a, 14b) which are connected with the adjusting device in such a way that air with reduced carbon dioxide content can be used for adjustment of the composition of the flushing medium, characterized in that the air treatment device comprises a nitrogen source which is connected with the adjusting device in such a way that nitrogen can be used for adjustment of the composition of the flushing medium.
A heat exchange system for exchanging heat with working fluid from an intravascular heat exchange catheter or an external heat exchange pad, comprising: a refrigerant circuit (38, 40, 42) configured for circulating refrigerant between a compressor and first and second cold plates (30, 32) between which a working fluid cassette is disposable, at least a first one of the cold plates having a transparent outer wall through which a person can view refrigerant flowing in the refrigerant circuit.
A method of operating a user equipment, UE, the method comprising: receiving a handover, HO, command, to perform a handover to a target cell, wherein the HO command comprises a mobility configuration for lower layer mobility associated to multiple physical cell identities, PCIs, configured for the target cell, wherein the lower layer mobility is used to trigger a change of at least a cell or a PCI upon reception of a lower layer signaling; and applying the HO command including the mobility configuration; wherein the mobility configuration for lower layer comprises a dedicated configuration, wherein the dedicated configuration is applied upon reception of the lower layer signaling indicating a change of PCI and/or a change of cell for the UE, wherein the dedicated configuration comprises TCI states associated to PCI(s) that is/are different from the PCIs configured for the target cell. receiving a handover, HO, command, to perform a handover to a target cell, wherein the HO command comprises a mobility configuration for lower layer mobility associated to multiple physical cell identities, PCIs, configured for the target cell, wherein the lower layer mobility is used to trigger a change of at least a cell or a PCI upon reception of a lower layer signaling; and applying the HO command including the mobility configuration; wherein the mobility configuration for lower layer comprises a dedicated configuration, wherein the dedicated configuration is applied upon reception of the lower layer signaling indicating a change of PCI and/or a change of cell for the UE, wherein the dedicated configuration comprises TCI states associated to PCI(s) that is/are different from the PCIs configured for the target cell.
A practice firearm having an adjustable trigger comprising: a. a base unit having a grip portion and a slide portion, the base unit having a trigger mount location, b. a trigger attached to the trigger mount location of the base unit, the trigger having a finger engagement portion and an internal member positioned in the base unit, characterized by c. an initial trigger position cam rotatably attached to the base unit and having an exterior surface that does not have a constant radius with respect to the lateral axis of rotation of the initial trigger position cam, the initial trigger position cam being operatively configured to rotate about the lateral axis and further being configured to be fixedly positioned with respect to the base unit. a. a base unit having a grip portion and a slide portion, the base unit having a trigger mount location, b. a trigger attached to the trigger mount location of the base unit, the trigger having a finger engagement portion and an internal member positioned in the base unit, c. an initial trigger position cam rotatably attached to the base unit and having an exterior surface that does not have a constant radius with respect to the lateral axis of rotation of the initial trigger position cam, the initial trigger position cam being operatively configured to rotate about the lateral axis and further being configured to be fixedly positioned with respect to the base unit.
A metering valve for dispensing fluid, the metering valve comprising a valve body containing a metering chamber, and a valve member slidable axially in said valve body between a rest position and a dispensing position so as to dispense the contents of said metering chamber selectively, said valve member being urged towards its rest position by a spring that co-operates firstly with said valve body and secondly with said valve member, said valve member including a central axial channel that is provided with an axial outlet orifice and with a radial inlet channel that is arranged in said metering chamber when said valve member is in its dispensing position, said radial inlet channel including, in the fluid dispensing direction, an inlet opening and an outlet opening that opens out into said central axial channel, a diameter of said radial inlet channel lies in the range 0.30 mm to 0.40 mm, advantageously about 0.35 mm, characterized in that a diameter of said outlet opening being equal to the diameter of said radial inlet channel, and a diameter of said inlet opening being greater than the diameter of said radial inlet channel.
Use of a weight sensing system to monitor loads from a bed having more than one occupant, while the occupants are sleeping, the system comprising: a first set of weight sensors (1;48) arranged under a first side of a bed; a second set of weight sensors (1;48) arranged under a second side of a bed; and a circuit comprising a data hub electrically connecting the first and second sets of weight sensors and arranged to measure a difference between the weight(s) sensed by the first and second sets of weight sensors, wherein the data hub records a differential measurement of the loads between the first and second sets of weight sensors, the differential measurement being used to separate the load signals from different sides of the bed. a first set of weight sensors (1;48) arranged under a first side of a bed; a second set of weight sensors (1;48) arranged under a second side of a bed; and a circuit comprising a data hub electrically connecting the first and second sets of weight sensors and arranged to measure a difference between the weight(s) sensed by the first and second sets of weight sensors, wherein the data hub records a differential measurement of the loads between the first and second sets of weight sensors, the differential measurement being used to separate the load signals from different sides of the bed.
Matrix hob with at least one hob apparatus (10a-e) with at least one positioning unit (12a-e), which is provided to mechanically specify a preferred placement position (14a-e) of at least one cooking utensil (16a-e) on a hob plate (18a-e) in at least one operating state.
A tambour door comprising a plurality of tambour door slats, which are articulately connected to each other by means of connecting pieces, wherein the connecting pieces comprise a transverse slot which corresponds to a transverse slot of the tambour door slat, and guide parts are provided which fix the tambour door slats and the connecting pieces in the longitudinal direction into place by means of two fixation elements of the guide parts inserted in the transverse slots, wherein the guide parts each comprise a housing with a roller and two guide pins that can be guided in a guide groove of an upper part and/or a lower part of the tambour door cupboard, wherein the axis of the roller is arranged essentially perpendicular to the two guide pins, wherein the housing comprises at least two spring-elastic locking elements, which are designed in such a way that, when connected to the tambour door slat, they are snapped behind a cam of the tambour door slat, and the housing comprises the two fixation elements which are designed in such a way that they are fixed in the transverse slot of the tambour door slat when connected to the tambour door slat.
Photonic integrated circuit comprising - an optical port for coupling light into and out of the circuit; - a first waveguide arranged for receiving light from the optical port coupled into the circuit; - a second waveguide arranged for sending back light to the optical port to be coupled out of the circuit; - a ring resonator arranged between the first waveguide and the second waveguide for coupling a resonant wavelength (λ) of the light from the first waveguide to the second waveguide; characterised in that - the optical port comprises a polarization splitting coupler arranged for coupling light of a first polarization to and from the first waveguide and coupling light of a second polarization, orthogonal to the first polarization, to and from the second waveguide. - an optical port for coupling light into and out of the circuit; - a first waveguide arranged for receiving light from the optical port coupled into the circuit; - a second waveguide arranged for sending back light to the optical port to be coupled out of the circuit; - a ring resonator arranged between the first waveguide and the second waveguide for coupling a resonant wavelength (λ) of the light from the first waveguide to the second waveguide; characterised in that - the optical port comprises a polarization splitting coupler arranged for coupling light of a first polarization to and from the first waveguide and coupling light of a second polarization, orthogonal to the first polarization, to and from the second waveguide.
Sensor for detecting at least one edge of at least one product web running in a run direction, wherein the sensor has active elements, which are arranged adjacent to one another in at least one detection direction extending transversely to the run direction of the at least one product web, and the active elements are formed by transmitters and receivers, wherein the transmitters can emit waves and the receivers can receive the waves, and the product web is provided for influencing the waves in the radiation path between the transmitters and receivers, wherein a first (21, 31) and a second (22, 32) of the active elements are adjacent in the detection direction and have a first mutual spacing in the detection direction, characterized in that the second (22, 32) and a third (23, 33) of the active elements are adjacent in the detection direction and have a second mutual spacing in the detection direction, which corresponds to at least 1.2 times the first spacing, and the third (23, 33) and a fourth (24, 34) of the active elements are arranged adjacent in the detection direction, wherein a mutual third spacing between the third (23, 33) and fourth (24, 34) of the active elements in the detection direction corresponds to at most 1.1 times the first spacing.