mhurhangee/patent-ind-claim-en huggingface dataset:
A two-dimensional photonic-crystal surface-emitting laser comprising: a) an active layer ; b) a two-dimensional photonic crystal containing a base material having a plate shape and arranged on one side of the active layer and different refractive index portions arranged at lattice points of a predetermined lattice in the base material and having a refractive index different from that of the base material , a band edge frequency for each position in an electric current supply region , which is at least a part of the two-dimensional photonic crystal, is monotonically increased in one direction parallel to the base material by monotonically increasing or decreasing a filling factor, which is a ratio of a volume occupied by a different refractive index portion in a unit lattice constituting the lattice, in the one direction in the electric current supply region and/or by monotonically decreasing a period length of the lattice in the one direction in the electric current supply region ; and c) an electrode (191; 192) configured to continuously supply an electric current into the active layer and the electric current supply region , wherein said monotonically increased band edge frequency is configured such that a pulsed laser beam having a pulse width shorter than 1 nanosecond is emitted from the two-dimensional photonic-crystal surface-emitting laser while the electric current is continuously supplied. a) an active layer ; b) a two-dimensional photonic crystal containing a base material having a plate shape and arranged on one side of the active layer and different refractive index portions arranged at lattice points of a predetermined lattice in the base material and having a refractive index different from that of the base material , a band edge frequency for each position in an electric current supply region , which is at least a part of the two-dimensional photonic crystal, is monotonically increased in one direction parallel to the base material by monotonically increasing or decreasing a filling factor, which is a ratio of a volume occupied by a different refractive index portion in a unit lattice constituting the lattice, in the one direction in the electric current supply region and/or by monotonically decreasing a period length of the lattice in the one direction in the electric current supply region ; and c) an electrode (191; 192) configured to continuously supply an electric current into the active layer and the electric current supply region ,
A supporting device for a seat, in particular a vehicle seat, comprising at least one planar supporting part and multiple fastening means arranged on the supporting part , the supporting part having at least one bridge-like surface section , and the supporting part having at least one expansion region in the form of a predetermined breaking point in each bridge-like surface section , for the predetermined breaking point in question to yield in the orientation direction of the bridge-like surface section in question and thus for the supporting part to expand in at least one direction in the surface plane of the supporting part , characterised in that the planar supporting part is formed in one part, has multiple bridge-like surface sections and multiple holes running through the surface plane, wherein in each case at least one of the bridge-like surface sections of the supporting part is formed in the surface plane of the supporting part by means of two mutually adjacent holes .
A lithium ion secondary battery comprising a battery core and an electrolyte, wherein: the battery core comprises a lithium-manganese-based positive electrode active material; the electrolyte comprises a solvent, a lithium salt and an additive, and the additive comprises vinylene carbonate; and wherein the weight percentage q of the electrolyte based on the total weight of positive electrode active material layer in the battery core, the weight percentage r of vinylene carbonate present in the electrolyte, the compaction density s of negative electrode active material layer in the battery core and the weight percentage p of manganese element present in the positive electrode active material satisfies the formula : 0.05 ≤ q ⋅ r ⋅ s p ≤ 6 in the formula , the units of q, r, and p are wt%, and the unit of s is g/cm 3 . the battery core comprises a lithium-manganese-based positive electrode active material; the electrolyte comprises a solvent, a lithium salt and an additive, and the additive comprises vinylene carbonate; and wherein the weight percentage q of the electrolyte based on the total weight of positive electrode active material layer in the battery core, the weight percentage r of vinylene carbonate present in the electrolyte, the compaction density s of negative electrode active material layer in the battery core and the weight percentage p of manganese element present in the positive electrode active material satisfies the formula : 0.05 ≤ q ⋅ r ⋅ s p ≤ 6 in the formula , the units of q, r, and p are wt%, and the unit of s is g/cm 3 .
A system comprising: a user preference module configured to: obtain user preference data including usage data corresponding to a user, the usage data relating to activity of the user on at least one device and indicating a preference of the user in receiving notifications on the at least one device based on the activity, the user preference data including an indication of at least one notification type selected by a user, said at least one notification type including one or more notification events; and determine that a said notification event indicated by a said user selected notification type of the user preference data has occurred; and a communication module in communication with the user preference module , the communication module configured to provide to the at least one device , in response to the determination that the notification event has occurred, a notification in accordance with the user preference data, the notification indicating that the notification event has occurred. a user preference module configured to: obtain user preference data including usage data corresponding to a user, the usage data relating to activity of the user on at least one device and indicating a preference of the user in receiving notifications on the at least one device based on the activity, the user preference data including an indication of at least one notification type selected by a user, said at least one notification type including one or more notification events; and determine that a said notification event indicated by a said user selected notification type of the user preference data has occurred; and obtain user preference data including usage data corresponding to a user, the usage data relating to activity of the user on at least one device and indicating a preference of the user in receiving notifications on the at least one device based on the activity, the user preference data including an indication of at least one notification type selected by a user, said at least one notification type including one or more notification events; and determine that a said notification event indicated by a said user selected notification type of the user preference data has occurred; and a communication module in communication with the user preference module , the communication module configured to provide to the at least one device , in response to the determination that the notification event has occurred, a notification in accordance with the user preference data, the notification indicating that the notification event has occurred.
Press device having a device for filling of a mold of the press device with at least two different materials, comprising - a cavity to be filled with the at least two materials and - a filling unit for discharging the at least two materials for the purpose of introducing these materials into different regions of the cavity , wherein the filling unit dispenses at least one free-flowing material, present in powder form, - wherein the filling unit has at least two separate chambers or at least two chamber regions of a common chamber for simultaneous feeding of the at least two materials , directly adjoining one another or in separate locations, for parallel, locally separate filling thereof into the cavity as at least partly distinguishable layers, and - comprising a relative rotary motion between the filling unit and the cavity , preferably about a common axis, preferably about a common center axis, during a filling operation; characterized in that during the filling operation the filling unit and the cavity and/or a base of the cavity are movable in a translational manner relative to one another, preferably movable away from one another along the center axis . - a cavity to be filled with the at least two materials and - a filling unit for discharging the at least two materials for the purpose of introducing these materials into different regions of the cavity , wherein the filling unit dispenses at least one free-flowing material, present in powder form, - wherein the filling unit has at least two separate chambers or at least two chamber regions of a common chamber for simultaneous feeding of the at least two materials , directly adjoining one another or in separate locations, for parallel, locally separate filling thereof into the cavity as at least partly distinguishable layers, and - comprising a relative rotary motion between the filling unit and the cavity , preferably about a common axis, preferably about a common center axis, during a filling operation;
Mould for manufacturing a floor part or wall part with a sandwich structure comprising a plurality of layers, comprising: - a number of lower base mould elements , wherein the number of lower base mould elements can be placed mutually adjacently on a base for the floor part or the wall part for the purpose of forming a periphery for a first concrete layer ; - a first layer of auxiliary mould elements , wherein the number of auxiliary mould elements can be placed mutually adjacently on the number of lower base mould elements for the purpose of forming a periphery for an insulating layer and/or second concrete layer arranged above the first concrete layer , characterised in that at least one of the base mould elements and/or auxiliary mould elements comprises an upper plate which is movable toward the base and which is configured to provide a clearance for the purpose of releasing the floor part and/or the wall part , wherein the upper plate comprises an upper wall which extends substantially parallel to the base , wherein the upper wall is configured to at least partially support the floor part or wall part . - a number of lower base mould elements , wherein the number of lower base mould elements can be placed mutually adjacently on a base for the floor part or the wall part for the purpose of forming a periphery for a first concrete layer ; - a first layer of auxiliary mould elements , wherein the number of auxiliary mould elements can be placed mutually adjacently on the number of lower base mould elements for the purpose of forming a periphery for an insulating layer and/or second concrete layer arranged above the first concrete layer ,
Conversion element for an electric steering wheel lock for converting a gear movement of a gear means into a bolt movement of a locking bolt , comprising a receiving section for receiving the gear movement from the gear means and a first conversion section for converting the gear movement into a bolt movement of the locking bolt in a first blocking direction (SR1) and at least one second conversion section for converting the gear movement into a bolt movement of the locking bolt in a second blocking direction (SR2), wherein the first blocking direction (SR1) and the second blocking direction (SR2) have different orientations.
A delivery system comprising: a sheath ; a slide shaft disposed over the sheath, wherein the slide shaft has a threaded outer surface ; and a handle coupled to a proximal end of the sheath inside of the slide shaft , the handle including an internal spring assembly for selectively engaging and disengaging the handle with the threaded outer surface of the slide shaft , the internal spring assembly including at least one spring arm , a head coupled to the spring arm and having a circumferentially rounded threaded inner surface , and a ring slidably disposed over the spring arm , wherein the at least one spring arm is integrally formed with a distal end of the head , and wherein when the ring is in a first longitudinal position, the ring is not disposed over the head and the spring arm resiliently lifts the head away from the slide shaft such that the threaded inner surface of the head is spaced apart from the threaded outer surface of the slide shaft, the handle thereby being disengaged with the threaded outer surface of the slide shaft, and wherein when the ring is in a second longitudinal position, the ring is disposed over and radially compresses at least portion of the head onto the slide shaft such that the threaded inner surface of the head is threadedly engaged with the threaded outer surface of the slide shaft, the handle thereby being engaged with the threaded outer surface of the slide shaft . a sheath ; a slide shaft disposed over the sheath, wherein the slide shaft has a threaded outer surface ; and a handle coupled to a proximal end of the sheath inside of the slide shaft , the handle including an internal spring assembly for selectively engaging and disengaging the handle with the threaded outer surface of the slide shaft , the internal spring assembly including at least one spring arm , a head coupled to the spring arm and having a circumferentially rounded threaded inner surface , and a ring slidably disposed over the spring arm , wherein the at least one spring arm is integrally formed with a distal end of the head , and wherein when the ring is in a first longitudinal position, the ring is not disposed over the head and the spring arm resiliently lifts the head away from the slide shaft such that the threaded inner surface of the head is spaced apart from the threaded outer surface of the slide shaft, the handle thereby being disengaged with the threaded outer surface of the slide shaft, and wherein when the ring is in a second longitudinal position, the ring is disposed over and radially compresses at least portion of the head onto the slide shaft such that the threaded inner surface of the head is threadedly engaged with the threaded outer surface of the slide shaft, the handle thereby being engaged with the threaded outer surface of the slide shaft .
Hydrodynamic retarder having a rotor and a stator , or having a rotor and a counter-rotor , which together form a toroidal working chamber , which is fillable with working medium, in order for torque to be transmitted by means of a hydrodynamic working-chamber working-medium circuit ; having an external working-medium circuit in which provision is made of a heat exchanger for removal of heat from the working medium, wherein the external working-medium circuit is connected in a working-medium-conducting manner to the working chamber via a working-medium inlet and a working-medium outlet , and the working medium inlet and the working-medium outlet open out into the working chamber at a torus outer diameter (D) of the working chamber ; having a working-medium feed line which opens out into the external working-medium circuit ; characterized in that a core-ring-filling line is connected in a working-medium-conducting manner to the working chamber and opens out into a core ring of the working chamber radially inside the torus outer diameter (D), wherein the working-medium feed line is connected to a working-medium pressure line , and in particular to a tank line , by means of a directional valve . having an external working-medium circuit in which provision is made of a heat exchanger for removal of heat from the working medium, wherein the external working-medium circuit is connected in a working-medium-conducting manner to the working chamber via a working-medium inlet and a working-medium outlet , and the working medium inlet and the working-medium outlet open out into the working chamber at a torus outer diameter (D) of the working chamber ; having a working-medium feed line which opens out into the external working-medium circuit ; characterized in that a core-ring-filling line is connected in a working-medium-conducting manner to the working chamber and opens out into a core ring of the working chamber radially inside the torus outer diameter (D), wherein the working-medium feed line is connected to a working-medium pressure line , and in particular to a tank line , by means of a directional valve .
An isolated antagonist antibody that specifically binds to PD-1 and comprises: a heavy chain variable region (VH) comprising a VH complementarity determining region one (CDR1) comprising the amino acid sequence of SEQ ID NO: 13, 14, or 15, a VH CDR2 comprising the amino acid sequence of SEQ ID NO: 16, 17, 24, 25, 27, 28, 35, or 36, a VH CDR3 comprising the amino acid sequence shown in SEQ ID NO: 18, 23, 26, or 37; and a light chain variable region (VL) comprising a VL CDR1 comprising the amino acid sequence shown in SEQ ID NO:10, 22, 30, or 32, a VL CDR2 comprising the amino acid sequence shown in SEQ ID NO: 11, 20, or 33 and a VL CDR3 comprising the amino acid sequence shown in SEQ ID NO: 12, 21, 31, or 34. a heavy chain variable region (VH) comprising a VH complementarity determining region one (CDR1) comprising the amino acid sequence of SEQ ID NO: 13, 14, or 15, a VH CDR2 comprising the amino acid sequence of SEQ ID NO: 16, 17, 24, 25, 27, 28, 35, or 36, a VH CDR3 comprising the amino acid sequence shown in SEQ ID NO: 18, 23, 26, or 37; and a light chain variable region (VL) comprising a VL CDR1 comprising the amino acid sequence shown in SEQ ID NO:10, 22, 30, or 32, a VL CDR2 comprising the amino acid sequence shown in SEQ ID NO: 11, 20, or 33 and a VL CDR3 comprising the amino acid sequence shown in SEQ ID NO: 12, 21, 31, or 34.
Loader for automatic rewinding machines of filler material wire, said loader comprising: - an outer protection frame configured to rest on a reference surface (S); - a storage unit contained in said outer protection frame and configured to accommodate a plurality of flanged reels (F) configured to be moved to an automatic rewinding machine which is operatively and physically arranged downstream of said loader and which automatically winds a filler material wire about a central drum (T) of each of said flanged reels (F); - a preloading and withdrawal station physically distinct, separate and independent from said storage unit , configured to receive from said storage unit , in a progressive manner and at successive intervals, said flanged reels (F) divided according to a predefined quantity and to convey them by translation to said automatic rewinding machine, characterized in that said storage unit comprises a rotating carousel consisting of: - at least one main transmission member operatively connected to first drive means configured to rotate said main transmission member along an articulated closed path which defines a concave flex at said preloading and withdrawal station ; - a plurality of longitudinal balancing bars coupled to said main transmission member and arranged at least in twos, mutually parallel, distanced, and approached to define, between each pair of said longitudinal bars , a longitudinal seat configured to accommodate a plurality of said flanged reels (F) to be sent to said preloading and withdrawal station at the same time. - an outer protection frame configured to rest on a reference surface (S); - a storage unit contained in said outer protection frame and configured to accommodate a plurality of flanged reels (F) configured to be moved to an automatic rewinding machine which is operatively and physically arranged downstream of said loader and which automatically winds a filler material wire about a central drum (T) of each of said flanged reels (F); - a preloading and withdrawal station physically distinct, separate and independent from said storage unit , configured to receive from said storage unit , in a progressive manner and at successive intervals, said flanged reels (F) divided according to a predefined quantity and to convey them by translation to said automatic rewinding machine, - at least one main transmission member operatively connected to first drive means configured to rotate said main transmission member along an articulated closed path which defines a concave flex at said preloading and withdrawal station ; - a plurality of longitudinal balancing bars coupled to said main transmission member and arranged at least in twos, mutually parallel, distanced, and approached to define, between each pair of said longitudinal bars , a longitudinal seat configured to accommodate a plurality of said flanged reels (F) to be sent to said preloading and withdrawal station at the same time.
A method for manufacturing a footwear article comprising the steps of: (i)- providing a first knitted tubular part comprising at least one fusible portion, and one or more functional component(s) (60;70;75); (ii)- forming a footwear assembly comprising the first knitted tubular part and one or more functional component(s) (60;70;75); (iii)- transforming the footwear assembly , disposed on a preform having a foot shape in an upper, the transforming step comprising: - thermoforming the footwear assembly to follow the foot shape of the preform , and - securing, at least partial, the functional component(s) (60;70;75) to the first knitted tubular part , and the thermoforming and securing take place in a single step comprising the placing of the footwear assembly under vacuum, characterized in that the placement in a vacuum is done in a molding volume receiving the footwear assembly, and in that the step (iii) comprises disposing the footwear assembly previously disposed on the foot-shaped preform in said molding volume, said molding volume is delimited by a mold comprising several parts. (i)- providing a first knitted tubular part comprising at least one fusible portion, and one or more functional component(s) (60;70;75); (ii)- forming a footwear assembly comprising the first knitted tubular part and one or more functional component(s) (60;70;75); (iii)- transforming the footwear assembly , disposed on a preform having a foot shape in an upper, the transforming step comprising: - thermoforming the footwear assembly to follow the foot shape of the preform , and - securing, at least partial, the functional component(s) (60;70;75) to the first knitted tubular part , and - thermoforming the footwear assembly to follow the foot shape of the preform , and - securing, at least partial, the functional component(s) (60;70;75) to the first knitted tubular part , and
A method for restoring a microwave link, the method being performed by a network entity and comprising: - receiving information from a network node controlling a microwave antenna , the information indicating that an obstacle is at least partly obscuring the microwave antenna , and - instructing , based on the received information, an unmanned aerial vehicle adapted for maintenance work to fly to a given location for removing the obstacle on the microwave antenna . - receiving information from a network node controlling a microwave antenna , the information indicating that an obstacle is at least partly obscuring the microwave antenna , and - instructing , based on the received information, an unmanned aerial vehicle adapted for maintenance work to fly to a given location for removing the obstacle on the microwave antenna .