mhurhangee/patent-ind-claim-en huggingface dataset:
An actuating drive for driving a movably supported furniture part of an item of furniture , comprising - at least one actuating arm to be connected to the furniture part and - a force storage member for applying force to the at least one actuating arm , wherein the force storage member has at least one spring and at least two base parts , which can be moved relative to each other and between which at least one spring is arranged, and a guiding device is arranged within the at least one spring , wherein the guiding device is designed in such a way that the guiding device supports the at least one spring against buckling of the spring over the entire length (L1) of the spring and in every position of the spring resulting from a motion of the at least two base parts relative to each other, characterized in that the guiding device comprises sleeve parts which correspond to each other, wherein the sleeve parts are arranged on the base parts and the sleeve parts are protruding from the base parts and wherein the sleeve parts in each position of the at least two base parts movable relative to each other comprise an at least partial overlap in circumferential direction and/or in radial direction, wherein the sleeve parts comprise a longitudinal guide , formed by at least one groove which is formed on a sleeve part and by a profile bar formed on the other sleeve part and being formed correspondingly with the groove . - at least one actuating arm to be connected to the furniture part and - a force storage member for applying force to the at least one actuating arm , wherein the force storage member has at least one spring and at least two base parts , which can be moved relative to each other and between which at least one spring is arranged, and a guiding device is arranged within the at least one spring , wherein the guiding device is designed in such a way that the guiding device supports the at least one spring against buckling of the spring over the entire length (L1) of the spring and in every position of the spring resulting from a motion of the at least two base parts relative to each other,
Microscope having ∘ an imaging optical unit which receives light emitted by a sample into a first aperture angle via an imaging objective in a first direction y, ∘ a detecting apparatus for detecting the light, emitted by the sample into the first aperture angle and received by the imaging optical unit, ∘ an illumination apparatus, comprising an illumination light source with a wavelength λ and an illumination beam path for illuminating the sample with an illumination light distribution in a second direction z, wherein the second direction z is substantially perpendicular to the first direction y, - characterized in that the illumination apparatus comprises means, such that ∘ the illumination light distribution is substantially constant within a section (LZ) in the second direction z, ∘ the power of the illumination light is less than 20% within the cone, spanned by the first aperture angle, outside a region of an extension (LY) in the first direction y, where: LY < 2 λ, LZ > 8 λ, wherein the means comprise a filter, arranged at least partially in or in the vicinity of a pupil plane of an illumination optical unit, with a sinc(z) filter function for limiting a z-component in the spatial frequency spectrum of the illumination light. ∘ an imaging optical unit which receives light emitted by a sample into a first aperture angle via an imaging objective in a first direction y, ∘ a detecting apparatus for detecting the light, emitted by the sample into the first aperture angle and received by the imaging optical unit, ∘ an illumination apparatus, comprising an illumination light source with a wavelength λ and an illumination beam path for illuminating the sample with an illumination light distribution in a second direction z, wherein the second direction z is substantially perpendicular to the first direction y, - characterized in that the illumination apparatus comprises means, such that - characterized in that the illumination apparatus comprises means, such that ∘ the illumination light distribution is substantially constant within a section (LZ) in the second direction z, ∘ the power of the illumination light is less than 20% within the cone, spanned by the first aperture angle, outside a region of an extension (LY) in the first direction y, where: LY < 2 λ, LZ > 8 λ, wherein the means comprise a filter, arranged at least partially in or in the vicinity of a pupil plane of an illumination optical unit, with a sinc(z) filter function for limiting a z-component in the spatial frequency spectrum of the illumination light. LY < 2 λ, LZ > 8 λ,
An unducted propulsion system , said propulsion system comprising a rotating element having an axis of rotation and a stationary element , said rotating element having a plurality of blades each having a blade root proximal to said axis , a blade tip remote from said axis, and a blade span measured between said blade root and said blade tip, wherein said stationary element has a plurality of vanes each having a vane root proximal to said axis , a vane tip remote from said axis , and a vane span measured between said vane root and said vane tip configured to impart a change in tangential velocity of the air opposite to that imparted by the rotating element, and which have non-uniform characteristics with respect to one another configured to generate a desired vane exit swirl angle; characterised in that said stationary element has a delta in stagger angle between neighboring vanes, and related vane sections of greater than or equal to about 2 degrees.
A method for location prediction of a mobile device, the method performed by a location detection device within said mobile device, the method comprising: adaptively creating a visitation history of the mobile device based on one or more past locations of the mobile device, wherein the creating the visitation history of the mobile device is adaptively performed based on frequent location and frequent network cell information relating to past network cells of the mobile device, wherein the frequent network cells and frequent locations within the frequent network cells are identified as a function of a length of time of a visit and/or a number of times of a visit; and providing a location prediction of the mobile device based on the created visitation history and on at least one of a current time and a current day of the week, wherein the step of providing the location prediction of the mobile device is further based on a current location of the mobile device. adaptively creating a visitation history of the mobile device based on one or more past locations of the mobile device, wherein the creating the visitation history of the mobile device is adaptively performed based on frequent location and frequent network cell information relating to past network cells of the mobile device, wherein the frequent network cells and frequent locations within the frequent network cells are identified as a function of a length of time of a visit and/or a number of times of a visit; and providing a location prediction of the mobile device based on the created visitation history and on at least one of a current time and a current day of the week, wherein the step of providing the location prediction of the mobile device is further based on a current location of the mobile device.
A remote controlled demolition robot comprising a controller , drive means , an arm member movably arranged on a tower rotatably arranged on a body of the demolition robot and a remote control for providing commands, that are interpreted by the controller causing the controller to control the operation of the demolition robot , wherein the remote control comprises a first joystick and a second joystick , characterized in that each joystick is provided with a thumb control switch , wherein the controller is configured to operate the demolition robot in a mode where the tower , the drive means , the arm member (s) and any tool being carried by the arm member are operable simultaneously, wherein the tower and possibly some movements of the arm member(s) are associated with the first joystick , the drive means are associated with the thumb control switch of each joystick , and the arm member(s) and any tool being carried by the arm member are associated with the second joystick .
A photoelectric conversion element comprising: a support; a photoelectric conversion layer; an undercoat layer; and a surface layer, where the photoelectric conversion layer, the undercoat layer, and the surface layer are disposed on or above the support in this order, wherein the surface layer is a ceramic film, and wherein the undercoat layer includes a siloxane resin. a support; a photoelectric conversion layer; an undercoat layer; and a surface layer, where the photoelectric conversion layer, the undercoat layer, and the surface layer are disposed on or above the support in this order, wherein the surface layer is a ceramic film, and wherein the undercoat layer includes a siloxane resin.
A lock , in particular for doors, comprising a housing which has an end face with a latch bolt opening ; comprising a latch bolt arrangement which is displaceably mounted in the housing transversely to the end face and which is movable between an extended position projecting beyond the end face through the latch bolt opening and a retracted position retracted into the housing , the latch bolt arrangement having a pivotably mounted latch bolt ; comprising a slide plate which is displaceably mounted in the housing along the end face and which is movable between a locking position and a release position by an actuating device ; comprising a pivot locking device for locking and releasing the pivoting movement of the latch bolt , wherein the pivot locking device is mounted on the latch bolt arrangement so as to be slidable together therewith, coupled to the slide plate and configured to be activated and engage with the latch bolt to block its pivoting movement as soon as the slide plate is in the locking position; and comprising a displacement locking device separate from the pivot locking device for locking and releasing the displacement movement of the latch bolt arrangement , wherein the displacement locking device is attached to the housing , coupled to the slide plate and configured to be activated and to engage with the latch bolt in order to block the displacement movement of the latch bolt arrangement when the slide plate is in the locking position and the latch bolt arrangement is in its outermost extended position. comprising a housing which has an end face with a latch bolt opening ; comprising a latch bolt arrangement which is displaceably mounted in the housing transversely to the end face and which is movable between an extended position projecting beyond the end face through the latch bolt opening and a retracted position retracted into the housing , the latch bolt arrangement having a pivotably mounted latch bolt ; comprising a slide plate which is displaceably mounted in the housing along the end face and which is movable between a locking position and a release position by an actuating device ; comprising a pivot locking device for locking and releasing the pivoting movement of the latch bolt , wherein the pivot locking device is mounted on the latch bolt arrangement so as to be slidable together therewith, coupled to the slide plate and configured to be activated and engage with the latch bolt to block its pivoting movement as soon as the slide plate is in the locking position; and comprising a displacement locking device separate from the pivot locking device for locking and releasing the displacement movement of the latch bolt arrangement , wherein the displacement locking device is attached to the housing , coupled to the slide plate and configured to be activated and to engage with the latch bolt in order to block the displacement movement of the latch bolt arrangement when the slide plate is in the locking position and the latch bolt arrangement is in its outermost extended position.
Device for attaching a door leaf to a door frame so that it can be pivoted, comprising the door leaf and a door hinge having several hinge rollers (102; 103; 104), wherein in each case two of the hinge rollers (102, 103; 104) are connected to one another, wherein the door leaf has a height, wherein the door hinge extends across the entire height of the door leaf , wherein the device has a connecting means with which the door leaf can be fastened to the hinge rollers (102, 103; 104), wherein the device comprises an intermediate element , wherein the connecting means (600; 1400) can be fastened to the door leaf via the intermediate element (1600; 1700), wherein the connecting means (600; 1400) has at least one cavity , characterised in that in the cavity is arranged an electronic functional means, wherein the functional means is configured for an electronic function of the device.
Disc brake , preferably actuated by pressure, in particular for a motor vehicle, having an application device, preferably with a pivoting brake lever , at least two spindle units each with a threaded plunger , wherein the threaded plungers are screwed into a cross-member , wherein the cross-member co-operates with the application device, preferably with the pivoting brake level , an adjustment device for compensating brake-pad and disc wear and a synchronizing device for transmitting the rotation movements of the adjustment device to the threaded plungers and/or for synchronizing the rotation movements of the threaded plungers , and with a reaction-side brake-pad and an application-side brake-pad , wherein the said synchronizing device is arranged on the cross-member between the pivoting brake lever and the cross-member , characterised in that the brake-pad on the reaction side is made larger than the brake-pad on the application side.
A substrate etching method, comprising a deposition operation for depositing a polymer on a side wall of a silicon groove and an etching operation for etching the side wall of the silicon groove, the deposition operation and the etching operation being alternately repeated at least twice, the method being characterised by: gradually decreasing the chamber pressure of a reaction chamber from a preset highest pressure to a preset lowest pressure according to a preset rule in the process of completing all cycles of the etching operation so that the chamber pressure corresponding to each etching operation is lower than than the chamber pressure corresponding to the previous etching operation.
A spraying end comprising: • a spray nozzle including an inlet mouth at which said nozzle can be coupled to a sealing gasket , said nozzle being at least partially flared from the inlet mouth of said nozzle toward an outlet mouth thereof; • a sealing gasket coupled to said nozzle and comprising a through hole delimited by at least one elastically deformable wall , said through hole having a cross section whose size decreases from a circular inlet mouth of said hole toward a circular outlet mouth thereof; • a nipple coupled to said nozzle , by means of said sealing gasket , at an inlet mouth of said nozzle , said delimiting wall of said gasket lying at a flaring of said nozzle so as to sealingly couple said nipple to said nozzle when a fluid passes from said nipple into said nozzle , said spraying end being characterized in that it further comprises: • an at least partially spherical component comprising a pipe in which said nozzle is at least partially accommodated and integrally connected to said component ; • an at least partially spherical seat made at said nipple and in which said component is at least partially accommodated and rotatable, said gasket being integrally connected to said at least partially spherical component and being in contact with a wall of said nipple delimiting said seat , so as to sealingly couple said nipple to said component . • a spray nozzle including an inlet mouth at which said nozzle can be coupled to a sealing gasket , said nozzle being at least partially flared from the inlet mouth of said nozzle toward an outlet mouth thereof; • a sealing gasket coupled to said nozzle and comprising a through hole delimited by at least one elastically deformable wall , said through hole having a cross section whose size decreases from a circular inlet mouth of said hole toward a circular outlet mouth thereof; • a nipple coupled to said nozzle , by means of said sealing gasket , at an inlet mouth of said nozzle , • an at least partially spherical component comprising a pipe in which said nozzle is at least partially accommodated and integrally connected to said component ; • an at least partially spherical seat made at said nipple and in which said component is at least partially accommodated and rotatable,
A ferritic stainless steel for a fuel cell comprising: in mass %, Cr: 11 to 25%; C: 0.03% or less; Si: 2% or less; Mn: 2% or less; Al: 0.5 to 4.0%; P: 0.05% or less; S: 0.01% or less; N: 0.03% or less; and Ti: 1% or less, optionally in mass %, one or two or more of elements selected from a group consisting of Ni: 1% or less, Cu: 1% or less, Mo: 2% or less, Sn: 1% or less, Sb: 1% or less, W: 1% or less, Co: 0.5% or less, Nb: 0.5% or less, V: 0.5% or less, Zr: 0.5% or less, Ga: 0.1% or less, Mg: 0.01% or less, B: 0.005% or less, Ca: 0.005% or less, La: 0.1% or less, Y: 0.1% or less, Hf: 0.1% or less, and REM: 0.1% or less; optionally one or more elements selected from a group consisting of Zn≤300 ppm, Bi≤100 ppm, Pb≤100 ppm, Se≤100 ppm, H≤100ppm, and Ta≤500 ppm; and a balance composed of Fe and unavoidable impurities, wherein, a maximal concentration of Al in an oxide film or a surface of the ferritic stainless steel immediately beneath the oxide film is 30 mass% or more in cation ion fraction excepting O; wherein a thickness of the oxide film is less than 0.1 μm; wherein a depth direction region of the ferritic stainless steel immediately beneath the oxide film is twice the thickness of an oxide film from immediately beneath the oxide film, and wherein, a maximal concentration of Ti in a surface of the ferritic stainless steel is 3 mass% or more in cation ion fraction excepting O.
Multi-component filament based on alginate (A), characterised in that it has a heterogenous structure and comprises multiple different parts , of which: - at least one part comprises an alginate (A), and - at least one part comprises a polymer (B, C) different from said alginate (A) said multiple different parts being disposed longitudinally and/or transversally, and in that in case of transversal arrangement, each part forms a portion of the perimeter of the filament . - at least one part comprises an alginate (A), and - at least one part comprises a polymer (B, C) different from said alginate (A)
A pitch conversion device for converting the pitch of a plurality of plate shaped members arranged in parallel in a first direction (x) along an X-axis, the device comprising; a plurality of entry members arranged in parallel along the first direction (x) and configured to enter between the neighboring plate shaped members ; the device being characterized in that it further comprises a pushing member configured to push out the plurality of entry members in turn and to enter between the neighboring plate shaped members while moving in the first direction (x).
A method for detecting resistant germs in a sample , by identification of living resistant germs through measurement of enzymatic activity of the proteins DNase or hyaluronidase formed by the living germs, comprising: contacting the sample by a sample carrier (16; 16a; 16b) comprising an agent for killing different germs, wherein said agent at least includes an antibiotic and/or an antimycotic, and by a colorant comprising fluorophore and a quencher, said colorant being split by the protein such that the fluorophore is released; introducing the sample carrier in analyzing means ; detecting light emissions originating from the fluorophore from the sample carrier (16; 16a; 16b) by the analyzing means ; and outputting an indication by the analyzing means indicating that the sample contains at least one germ resistant to the agent for killing different germs, if the detected light emission exceeds a threshold value; and outputting an indication by the analyzing means indicating that the sample does not contain germs resistant to the agent for killing different germs, if the light emission does not exceed the threshold value. contacting the sample by a sample carrier (16; 16a; 16b) comprising an agent for killing different germs, wherein said agent at least includes an antibiotic and/or an antimycotic, and by a colorant comprising fluorophore and a quencher, said colorant being split by the protein such that the fluorophore is released; introducing the sample carrier in analyzing means ; detecting light emissions originating from the fluorophore from the sample carrier (16; 16a; 16b) by the analyzing means ; and outputting an indication by the analyzing means indicating that the sample contains at least one germ resistant to the agent for killing different germs, if the detected light emission exceeds a threshold value; and outputting an indication by the analyzing means indicating that the sample does not contain germs resistant to the agent for killing different germs, if the light emission does not exceed the threshold value.
A method of determining the state of the humoral immune system in a patient comprising the steps of: (i) providing a mixture consisting of a blood sample obtained from the patient and a bacteria suspension, wherein the bacteria are antimicrobial peptide (AMP) sensitive, (ii) incubating the mixture, and (iii) determining the change in density of the mixture over time. (i) providing a mixture consisting of a blood sample obtained from the patient and a bacteria suspension, wherein the bacteria are antimicrobial peptide (AMP) sensitive, (ii) incubating the mixture, and (iii) determining the change in density of the mixture over time.
An isolated antibody, or antigen binding portion thereof, that specifically binds to human CD40, wherein said antibody comprises a heavy chain, and a light chain, wherein: said heavy chain comprises a CDR1 comprising GYTFTDLSMHW (SEQ ID NO: 1), a CDR2 comprising YITPSSGYTAYNQKFKG (SEQ ID NO: 2), a CDR3 comprising LILQRGAY (SEQ ID NO: 3) and a human heavy chain constant region; and said light chain comprises a CDR1 comprising RASKNVDSYGNSFMHW (SEQ ID NO: 4), a CDR2 comprising RASNLES (SEQ ID NO: 5), a CDR3 comprising QQSNEDPLT (SEQ ID NO: 6) and a human light chain constant region, and said human heavy chain constant region is a human IgG1 Fc domain comprising a mutation at Kabat position 238 that reduces binding to Fc-gamma-receptors (FcgRs), wherein proline 238 (P238) is mutated to lysine or arginine, and wherein the antibody or antigen binding portion has reduced FcgR binding. said heavy chain comprises a CDR1 comprising GYTFTDLSMHW (SEQ ID NO: 1), a CDR2 comprising YITPSSGYTAYNQKFKG (SEQ ID NO: 2), a CDR3 comprising LILQRGAY (SEQ ID NO: 3) and a human heavy chain constant region; and said light chain comprises a CDR1 comprising RASKNVDSYGNSFMHW (SEQ ID NO: 4), a CDR2 comprising RASNLES (SEQ ID NO: 5), a CDR3 comprising QQSNEDPLT (SEQ ID NO: 6) and a human light chain constant region, and said human heavy chain constant region is a human IgG1 Fc domain comprising a mutation at Kabat position 238 that reduces binding to Fc-gamma-receptors (FcgRs), wherein proline 238 (P238) is mutated to lysine or arginine, and wherein the antibody or antigen binding portion has reduced FcgR binding.