mhurhangee/patent-ind-claim-en huggingface dataset:
Installation box for electrotechnical purposes comprising a. a box base and a box wall adjacent thereto, which form an installation space , and b. an installation opening which is arranged opposite the box base and which is surrounded by the box wall , wherein c. the installation box comprises a rounded and/or flattened transition region between the box base and the box wall , and d. the installation box furthermore has, in the region of the box base and the box wall and the transition region , at least one insertion opening which is closed by a removable wall region , wherein i. the wall region is separated in relation to an edge of the insertion opening at least in certain regions by a gap , which comprises at least one predetermined breaking element ; ii. wherein the wall region comprises an inner section and at least one outer section which at least partially surrounds said inner section and which is separated from the inner section at least in certain regions by a gap , which likewise comprises at least one predetermined breaking element , such that, depending on the diameter of a pipe to be inserted, the inner section can be separated on its own or in combination with the at least one outer section . a. a box base and a box wall adjacent thereto, which form an installation space , and b. an installation opening which is arranged opposite the box base and which is surrounded by the box wall , wherein c. the installation box comprises a rounded and/or flattened transition region between the box base and the box wall , and d. the installation box furthermore has, in the region of the box base and the box wall and the transition region , at least one insertion opening which is closed by a removable wall region , wherein i. the wall region is separated in relation to an edge of the insertion opening at least in certain regions by a gap , which comprises at least one predetermined breaking element ; ii. wherein the wall region comprises an inner section and at least one outer section which at least partially surrounds said inner section and which is separated from the inner section at least in certain regions by a gap , which likewise comprises at least one predetermined breaking element , such that, depending on the diameter of a pipe to be inserted, the inner section can be separated on its own or in combination with the at least one outer section . i. the wall region is separated in relation to an edge of the insertion opening at least in certain regions by a gap , which comprises at least one predetermined breaking element ; ii. wherein the wall region comprises an inner section and at least one outer section which at least partially surrounds said inner section and which is separated from the inner section at least in certain regions by a gap , which likewise comprises at least one predetermined breaking element , such that, depending on the diameter of a pipe to be inserted, the inner section can be separated on its own or in combination with the at least one outer section .
A method of controlling an electronic device , the method comprising: obtaining (S710) a plurality of images, wherein the plurality of images include one or more objects; inputting (S720) the plurality of images into a first neural network model for identifying objects included in the inputted images, and based on the inputting of the plurality of images into the first neural network model for identifying objects, obtaining a feature value for each object of the one or more objects, a predicted class for each object of the one or more objects based on the respective obtained feature value, and a probability value for the predicted class for each of the one or more objects; identifying (S730) one or more learning images including objects from among the one or more objects for which the obtained probability value is less than a predetermined value; identifying (S740) one or more clusters of feature values by mapping the feature values of the one or more objects included in the one or more identified learning images to a vector space; obtaining (S750) learning data from the one or more identified learning images based on the obtained feature values; transmitting (S760) the obtained learning data to an external device ; receiving (S770) information on a second neural network model from the external device ; and updating (S780) the first neural network model based on the received information on the second neural network model . obtaining (S710) a plurality of images, wherein the plurality of images include one or more objects; inputting (S720) the plurality of images into a first neural network model for identifying objects included in the inputted images, and based on the inputting of the plurality of images into the first neural network model for identifying objects, obtaining a feature value for each object of the one or more objects, a predicted class for each object of the one or more objects based on the respective obtained feature value, and a probability value for the predicted class for each of the one or more objects; identifying (S730) one or more learning images including objects from among the one or more objects for which the obtained probability value is less than a predetermined value; identifying (S740) one or more clusters of feature values by mapping the feature values of the one or more objects included in the one or more identified learning images to a vector space; obtaining (S750) learning data from the one or more identified learning images based on the obtained feature values; transmitting (S760) the obtained learning data to an external device ; receiving (S770) information on a second neural network model from the external device ; and updating (S780) the first neural network model based on the received information on the second neural network model .
An orthopedic implant having a titanium or titanium alloy body with a plurality of surfaces, wherein the implant comprises bone-contacting surfaces and free surfaces, the orthopedic implant produced according to a process comprising the steps of: (a) additively building the orthopedic implant; and then (b) treating the orthopedic implant with hot isostatic pressure or with hot uniaxial pressure or to relieve stress; and then (c) mechanically, chemically, or mechanically and chemically eroding one or more of the bone- contacting surfaces and one or more of the free surfaces of the orthopedic implant to (i) remove alpha case from, and (ii) impart an osteoinducting roughness including micro-scale structures and nano-scale structures into the eroded surfaces, wherein the eroded surfaces are free from alpha case and wherein some of the free surfaces are eroded and some of the free surfaces are not eroded. (a) additively building the orthopedic implant; and then (b) treating the orthopedic implant with hot isostatic pressure or with hot uniaxial pressure or to relieve stress; and then (c) mechanically, chemically, or mechanically and chemically eroding one or more of the bone- contacting surfaces and one or more of the free surfaces of the orthopedic implant to (i) remove alpha case from, and (ii) impart an osteoinducting roughness including micro-scale structures and nano-scale structures into the eroded surfaces, wherein the eroded surfaces are free from alpha case and wherein some of the free surfaces are eroded and some of the free surfaces are not eroded.
A tablet comprising up to 5 mg crystalline apixaban particles having a D 90 less than 89 μm as measured by laser light scattering, and a pharmaceutically acceptable diluent or carrier, wherein the formulation exhibits dissolution properties such that an amount of the drug equivalent to at least 77% dissolves within 30 minutes, wherein the dissolution test is performed in an aqueous media buffered to a pH range 1 to 7.4 and controlled at 37° C.
A CMM system comprising: a CMM arm movable in at least three degrees of freedom; a 3D print head removably couplable with the arm ; characterized by a thermal insulator between the print head and the arm . a CMM arm movable in at least three degrees of freedom; a 3D print head removably couplable with the arm ; characterized by a thermal insulator between the print head and the arm .
Tread for a heavy-duty vehicle tyre having a total thickness corresponding to the thickness of material to be worn away during running, this tread having, in the new state, a tread surface intended to come into contact with a roadway when running, this tread comprising at least one hidden cavity intended to form a new groove opening onto the tread surface after a predetermined amount of partial wear, this at least one hidden cavity comprising two opposite lateral walls connected together by a bottom radially towards the inside and by a crown part radially towards the outside, the tread being characterized in that the crown part of the at least one hidden cavity is provided with a plurality of fine ribs , the height of which extends radially towards the inside of the at least one hidden cavity from the crown part delimiting the at least one hidden cavity .
Method for operating an apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam , wherein at least one part of a first layer is irradiated based on at least one first irradiation parameter and at least one part of a second layer is irradiated based on at least one second irradiation parameter, wherein the at least one first irradiation parameter and the at least one second irradiation parameter are different for the at least two layers , characterized in that at least a first group of layers and a second group of layers are formed, wherein each group comprises at least two layers, wherein the first group of layers is irradiated based on at least one first irradiation parameter and the second group of layers is irradiated based on at least one second irradiation parameter, wherein the first group of layers and the second group of layers are distributed alternatingly over the object , wherein at least one part of a contour of a first layer of a first group of layers is irradiated on a first position with a first parameter set, particularly relating to an intensity and/or a power of the energy beam , and/or spot size and/or spot diameter and/or beam path, and at least one corresponding part of a contour of a second layer of the second group of layers is irradiated on a second position with a second parameter set, particularly relating to an intensity and/or a power of the energy beam , and/or spot size and/or spot diameter and/or beam path, wherein the first parameter set and the second parameter set differ.
An apparatus for restraining the movement of a ladder when leaned against the roof line of a structure, said apparatus comprising: a generally flat plate having first and second lateral edges, a forward edge between said first and second edges, at least one slide bracket fastener and a plurality of fastener holes for attaching said plate to said roof using a fastening device, wherein said forward edge being adapted for being generally aligned parallel to said roof line; a first ladder restraining tab attached to said first lateral edge of said plate and projecting outward past said forward edge; a movable bar adapted for attachment to said plate , said movable bar having an integrally formed slot through which said slide bracket fastener passes for securing said bar to said plate ; a second ladder restraining tab attached to said movable bar and projecting outward past said movable bar , the distance between said first and second ladder restraining tabs being adjustable by said movable bar ; and wherein said first ladder restraining tab and said moveable bar cooperate to receive and retain the respective side support rails of a ladder to restrain movement of a top end of said ladder when said ladder is leaned against said structure. a generally flat plate having first and second lateral edges, a forward edge between said first and second edges, at least one slide bracket fastener and a plurality of fastener holes for attaching said plate to said roof using a fastening device, wherein said forward edge being adapted for being generally aligned parallel to said roof line; a first ladder restraining tab attached to said first lateral edge of said plate and projecting outward past said forward edge; a movable bar adapted for attachment to said plate , said movable bar having an integrally formed slot through which said slide bracket fastener passes for securing said bar to said plate ; a second ladder restraining tab attached to said movable bar and projecting outward past said movable bar , the distance between said first and second ladder restraining tabs being adjustable by said movable bar ; and wherein said first ladder restraining tab and said moveable bar cooperate to receive and retain the respective side support rails of a ladder to restrain movement of a top end of said ladder when said ladder is leaned against said structure.
An integrated circuit, IC, interconnect structure (201; 801; 1601), comprising: a first interconnect level comprising: a first metallization line co-planar with an adjacent second metallization line ; a third metallization line (535; 1835) out of a plane of the first and second metallization lines , the third metallization line (535; 1835) between and vertically separated from the first and second metallization lines , the third metallization line (535; 1835) having a centerline (C L ) coincident with a centerline (C L ) of a space (S1) between the first and second metallization lines ; and a second interconnect level above or below the first interconnect level, the second interconnect level comprising one or more metallization lines interconnected to one or more of the first, second, or third metallization lines (235, 535; 1835) by via metallization . a first interconnect level comprising: a first metallization line co-planar with an adjacent second metallization line ; a third metallization line (535; 1835) out of a plane of the first and second metallization lines , the third metallization line (535; 1835) between and vertically separated from the first and second metallization lines , the third metallization line (535; 1835) having a centerline (C L ) coincident with a centerline (C L ) of a space (S1) between the first and second metallization lines ; and a second interconnect level above or below the first interconnect level, the second interconnect level comprising one or more metallization lines interconnected to one or more of the first, second, or third metallization lines (235, 535; 1835) by via metallization .
Rail vehicle with a sensor module , - wherein the sensor module comprises: - a box-like module housing with a housing wall having a front opening , - one or more environment sensors arranged in the module housing for acquiring environment data that can be perceived through the front opening and - one or more front windows , each with a window pane , which close the front opening , characterised in that - the front window or front windows are embodied as part of an outer skin of the rail vehicle and continue the outer contour thereof aerodynamically. - wherein the sensor module comprises: - a box-like module housing with a housing wall having a front opening , - one or more environment sensors arranged in the module housing for acquiring environment data that can be perceived through the front opening and - one or more front windows , each with a window pane , which close the front opening , characterised in that - the front window or front windows are embodied as part of an outer skin of the rail vehicle and continue the outer contour thereof aerodynamically.
Motor vehicle lock comprising a locking mechanism formed from a catch and a pawl , an anti-theft device, a central locking device, a child safety device and an actuating device for opening the locking mechanism , the actuating device having a multifunctional coupling lever which is able to open the locking mechanism by means of an opening movement, it being possible for said opening movement to be prevented by the anti-theft device, the central locking device and the child safety device, the multifunctional coupling lever comprising a dog which rests against a triggering arm of the pawl and pivots the pawl during the opening movement, characterized in that the child safety device comprises a child safety lever which, when the child safety device is activated, blocks a rotary movement of a securing arm of the multifunctional coupling lever and thus at least impedes the opening movement.
Method for manufacturing a thin layer of textured AIN comprising the following successive steps: a) providing a substrate having an amorphous surface, b) forming a polycrystalline nucleation layer of MS 2 with M = Mo, W or one of the alloys thereof, on the amorphous surface of the substrate , the polycrystalline nucleation layer consisting of crystalline domains, the base planes of which are parallel to the amorphous surface of the substrate , the crystalline domains being oriented randomly in an (a, b) plane formed by the amorphous surface of the substrate , c) depositing aluminum nitride on the nucleation layer , leading to the formation of a thin layer of textured AIN. a) providing a substrate having an amorphous surface, b) forming a polycrystalline nucleation layer of MS 2 with M = Mo, W or one of the alloys thereof, on the amorphous surface of the substrate , the polycrystalline nucleation layer consisting of crystalline domains, the base planes of which are parallel to the amorphous surface of the substrate , the crystalline domains being oriented randomly in an (a, b) plane formed by the amorphous surface of the substrate , c) depositing aluminum nitride on the nucleation layer , leading to the formation of a thin layer of textured AIN.
A method for providing a code pattern which is readable by a sensor, comprising: defining a plurality of coding positions as a subset of positions in a two-dimensional matrix; including in said subset a plurality of positions which are diagonally adjacent to each other; selectively creating coding marks, such as coding dots, at the coding positions; logically grouping a predefined number of coding positions in one or more coding fields; characterized in that the predefined number of coding positions in each coding field is p -1, wherein p is a prime number or an irreducible polynomial that represents the base of a Galois field GF(p n ), and wherein n is an integer that represents the number of coding fields in the matrix. defining a plurality of coding positions as a subset of positions in a two-dimensional matrix; including in said subset a plurality of positions which are diagonally adjacent to each other; selectively creating coding marks, such as coding dots, at the coding positions; logically grouping a predefined number of coding positions in one or more coding fields; characterized in that the predefined number of coding positions in each coding field is p -1, wherein p is a prime number or an irreducible polynomial that represents the base of a Galois field GF(p n ), and wherein n is an integer that represents the number of coding fields in the matrix.
A guidewire , comprising: a core having a proximal end and a distal end and at least partially surrounded by a spring coil comprising wire turns; a reformable tip having a distal end , a distal tip disposed on the distal end , and a proximal end, wherein the proximal end of the reformable tip and the distal end of the core are attached, the reformable tip further comprising a support coil comprising an external surface, an inner diameter, an outer diameter and a pitch, the support coil further comprising a proximal end and a distal end , the distal end of the support coil in communication with the distal tip , wherein the spring coil further surrounds an external surface of the support coil , characterized in that the proximal end of the support coil is in attached communication with the distal end of the core such that the core does not extend distally of the proximal end of the support coil , and that the support coil is formed from a flattened shape memory material. a core having a proximal end and a distal end and at least partially surrounded by a spring coil comprising wire turns; a reformable tip having a distal end , a distal tip disposed on the distal end , and a proximal end, wherein the proximal end of the reformable tip and the distal end of the core are attached, the reformable tip further comprising a support coil comprising an external surface, an inner diameter, an outer diameter and a pitch, the support coil further comprising a proximal end and a distal end , the distal end of the support coil in communication with the distal tip , wherein the spring coil further surrounds an external surface of the support coil ,
A vibrotactile stimulation device , especially for performing a bodily stimulation in the fight against sleep apnea, adapted for be applied against a body medium (MC) to be stimulated and comprising a vibrating effector capable of applying to said medium pulses of mechanical vibrational energy, and means for controlling the effector according to stimulation rules, and detector means adapted for being mechanically coupled to the body medium for receiving a portion of the vibrational energy transmitted toward these means by said medium during the application of the vibrational energy pulses, and for determining the coupling quality between the effector and the medium to be stimulated, said detector means being connected to the control means, and the device being characterized in that it further comprises means for adjusting the parameters of the pulses applied by the effector as a function of the coupling quality, amplifying the vibrational pulses in the case of a bad coupling.
A system , comprising: a capsule ; a drum of the capsule comprising a wall defining a chamber; a platform of the capsule supporting a restraint for a passenger and configured to fit within the chamber; and a drive system configured to drive rotation of the capsule about a central axis of the capsule and to drive forward or rearward movement of the capsule along a track , wherein the central axis of the capsule is parallel to a direction of travel of the forward or rearward movement of the capsule along the track . a capsule ; a drum of the capsule comprising a wall defining a chamber; a platform of the capsule supporting a restraint for a passenger and configured to fit within the chamber; and a drive system configured to drive rotation of the capsule about a central axis of the capsule and to drive forward or rearward movement of the capsule along a track , wherein the central axis of the capsule is parallel to a direction of travel of the forward or rearward movement of the capsule along the track .