mhurhangee/patent-ind-claim-en huggingface dataset:
A stabilization system for stabilizing a bone, the system comprising: a bone plate , the bone plate comprising an elongated portion extending along a longitudinal axis (L) an enlarged head portion extending from the elongated portion , and a mid-section between the enlarged head portion and the elongated portion , the bone plate comprising a plurality of through holes within the enlarged head portion , the mid-section, and the elongated portion ; an intramedullary nail , the intramedullary nail comprising two components, the two components comprising an upper portion and a lower portion coupled to and extending from the upper portion , the upper portion and the lower portion including a plurality of holes ; and a plurality of fasteners configured to extend through one or more of the plurality of through holes in the enlarged head portion , the mid-section, and the elongated portion of the bone plate and through one or more of the plurality of holes in the upper portion and the lower portion of the intramedullary nail and into the bone. a bone plate , the bone plate comprising an elongated portion extending along a longitudinal axis (L) an enlarged head portion extending from the elongated portion , and a mid-section between the enlarged head portion and the elongated portion , the bone plate comprising a plurality of through holes within the enlarged head portion , the mid-section, and the elongated portion ; an intramedullary nail , the intramedullary nail comprising two components, the two components comprising an upper portion and a lower portion coupled to and extending from the upper portion , the upper portion and the lower portion including a plurality of holes ; and a plurality of fasteners configured to extend through one or more of the plurality of through holes in the enlarged head portion , the mid-section, and the elongated portion of the bone plate and through one or more of the plurality of holes in the upper portion and the lower portion of the intramedullary nail and into the bone.
Covering slab for an infrastructure such as a roadway in the form of a road or motorway as well as a wall or a roof, said infrastructure being functionalized by the addition of a function of the electrical energy generator type and/or of the electrical energy receiver type, the covering slab being formed by a monobloc assembly comprising: - an assembly for the electrical functionalization of said slab, comprising a first layer, called an outer layer; - an electronics block connected to said electrical functionalization assembly and comprising at least one bidirectional static converter ; characterized in that said monobloc assembly also comprises: - a contactless energy transmission block comprising an inductive coupler provided with two terminals connected to the bidirectional static converter of said electronics block and having a coupling surface located opposite said outer layer. - an assembly for the electrical functionalization of said slab, comprising a first layer, called an outer layer; - an electronics block connected to said electrical functionalization assembly and comprising at least one bidirectional static converter ; - a contactless energy transmission block comprising an inductive coupler provided with two terminals connected to the bidirectional static converter of said electronics block and having a coupling surface located opposite said outer layer.
A method performed by a User Equipment, in the following also referred to as UE, wherein the UE is configured with one or more cells comprising a second cell, wherein the UE is configured to monitor one or more first UE-specific Physical Downlink Control Channels, in the following also referred to as PDCCHs, on the second cell, and wherein the one or more first UE-specific PDCCHs schedule data transmission on a first cell, the method comprising: receiving a Downlink Control Information, in the following also referred to as DCI, indicative of dormancy information associated with the one or more cells (1105; 1305); characterized by responsive to the DCI indicating a dormant status of the second cell, wherein the second cell is a scheduling cell of the first cell (1110; 1310): switching the scheduling cell of the first cell from the second cell to the first cell; and monitoring one or more second UE-specific PDCCHs on the first cell, wherein the one or more second UE-specific PDCCHs schedule data transmission on the first cell; and/or responsive to the DCI indicating a non-dormant status of the second cell , monitoring the one or more first UE-specific PDCCHs on the second cell. receiving a Downlink Control Information, in the following also referred to as DCI, indicative of dormancy information associated with the one or more cells (1105; 1305); characterized by responsive to the DCI indicating a dormant status of the second cell, wherein the second cell is a scheduling cell of the first cell (1110; 1310): switching the scheduling cell of the first cell from the second cell to the first cell; and monitoring one or more second UE-specific PDCCHs on the first cell, wherein the one or more second UE-specific PDCCHs schedule data transmission on the first cell; and/or switching the scheduling cell of the first cell from the second cell to the first cell; and monitoring one or more second UE-specific PDCCHs on the first cell, wherein the one or more second UE-specific PDCCHs schedule data transmission on the first cell; and/or responsive to the DCI indicating a non-dormant status of the second cell , monitoring the one or more first UE-specific PDCCHs on the second cell.
A scroll device comprising: a housing ; a motor having a shaft; an orbiting scroll connected to the shaft for moving the orbiting scroll ; a fixed scroll mated to the orbiting scroll ; an idler shaft for aligning the orbiting scroll and the fixed scroll ; an inlet for receiving a cooling liquid, the inlet formed in the housing or in the fixed scroll ; and a channel formed in the idler shaft for receiving the cooling liquid, characterized in that the scroll device comprises a bearing for supporting the idler shaft and a radial shaft seal for preventing any cooling liquid to leak into the bearing . a housing ; a motor having a shaft; an orbiting scroll connected to the shaft for moving the orbiting scroll ; a fixed scroll mated to the orbiting scroll ; an idler shaft for aligning the orbiting scroll and the fixed scroll ; an inlet for receiving a cooling liquid, the inlet formed in the housing or in the fixed scroll ; and a channel formed in the idler shaft for receiving the cooling liquid, characterized in that the scroll device comprises a bearing for supporting the idler shaft and a radial shaft seal for preventing any cooling liquid to leak into the bearing .
A product comprising a friction material , said friction material comprising: a plurality of fibers ; a plurality of particles comprising graphite particles and diatomaceous earth particles; a chemical binder ; and a resin bonding agent , which is different than said chemical binder , wherein at least one of the graphite particles or the diatomaceous earth particles of the plurality of particles are aggregated throughout the friction material , and wherein the friction material further comprises pores having a pore size greater than 4 μm accounting for at least 50 % of the total pore volume of the friction material as characterized by mercury porosimetry. a plurality of fibers ; a plurality of particles comprising graphite particles and diatomaceous earth particles; a chemical binder ; and a resin bonding agent , which is different than said chemical binder , wherein at least one of the graphite particles or the diatomaceous earth particles of the plurality of particles are aggregated throughout the friction material , and wherein the friction material further comprises pores having a pore size greater than 4 μm accounting for at least 50 % of the total pore volume of the friction material as characterized by mercury porosimetry.
A method of producing a compound of formula I: or a salt thereof, wherein R is hydrogen or unsubstituted or substituted C 1 -C 20 alkyl, wherein the alkyl is linear or branched and optionally contains a carbonyl moiety (C=O) within or at the terminus of the alkyl chain, the method comprising: ozonolysis of a triglyceride, a fatty acid, or a fatty acid ester to obtain a mono-aldehyde having the formula R-CH 2 CHO; dimerizing the mono-aldehyde to obtain the compound of formula I; further comprising reducing the compound of formula I to produce a compound of formula II: or a salt thereof; wherein the ozone used in the ozonolysis step is generated by electrolyzing water, and the hydrogen generated by electrolyzing water is used in the reduction step. ozonolysis of a triglyceride, a fatty acid, or a fatty acid ester to obtain a mono-aldehyde having the formula R-CH 2 CHO; dimerizing the mono-aldehyde to obtain the compound of formula I; further comprising reducing the compound of formula I to produce a compound of formula II:
Filter element , in particular for filtering air for the passenger compartment of a motor vehicle, having a zigzag-folded pleated pack and at least one parallel folded end element for folding the pleated pack, which end element features a first leg disposed substantially perpendicular to a flow direction (A 1 , A 2 ) of the filter element, a second leg and a third leg , wherein the legs are limited by fold edges of the end element, wherein the third leg projects laterally from the filter element for forming an edge seal, wherein a first folding of the end element forms the fold edge between the first leg and the second leg , and a second folding of the end element opposing the first folding forms the fold edge between the second leg and the third leg , and wherein the filter element furthermore features a lateral strip which is applied in one piece to several transversely cut folds of the pleated pack , characterized in that the first leg of the end element rests on an upper edge of the lateral strip and glued there to the lateral strip so that the lateral strip and the first leg of the end element form a stable frame around the pleated pack .
A burner comprising: an air hole member with a plurality of air holes, each of which is provided at an upstream side of combustion gases generated by a combustion chamber ; a first fueling nozzle having a plurality of injection ports on its outer surface and configured to jet a fuel divergently from the plurality of injection ports in a direction crossing a central axis of the burner towards at least two of the plurality of air holes so as to collide against inner wall surfaces surrounding the at least two of the plurality of air holes; a plurality of second fueling nozzles each provided in association with one of the remaining air holes , each of the second fueling nozzles being formed for jetting the fuel in a direction routed along the burner axis towards the associated air hole ; a fuel header for distributing the fuel to the first fueling nozzle and each second fueling nozzle ; and a fuel header storage unit that shrouds the fuel header , the first fueling nozzle , and each second fueling nozzle , the storage unit including an air inflow hole . an air hole member with a plurality of air holes, each of which is provided at an upstream side of combustion gases generated by a combustion chamber ; a first fueling nozzle having a plurality of injection ports on its outer surface and configured to jet a fuel divergently from the plurality of injection ports in a direction crossing a central axis of the burner towards at least two of the plurality of air holes so as to collide against inner wall surfaces surrounding the at least two of the plurality of air holes; a plurality of second fueling nozzles each provided in association with one of the remaining air holes , each of the second fueling nozzles being formed for jetting the fuel in a direction routed along the burner axis towards the associated air hole ; a fuel header for distributing the fuel to the first fueling nozzle and each second fueling nozzle ; and a fuel header storage unit that shrouds the fuel header , the first fueling nozzle , and each second fueling nozzle , the storage unit including an air inflow hole .
Transportable machining unit , in particular a circular table saw, for machining a workpiece with a tool , comprising a box-shaped support structure which can be placed on a support and which has a workpiece support plate which can be used to support the workpiece to be machined, and a drive unit for mechanically driving the tool , which is arranged at least partially in the support structure and is fastened thereto ready for operation, so that the drive unit remains at least partially in the support structure during machining of the workpiece by the tool driven by the drive unit , wherein the support structure has support arms which, in a state, in which the support structure is placed on the support, define a footprint of the support structure , and which can be positioned selectively in a transport position or in a working position, wherein the footprint of the support structure is larger in the working position in at least one horizontal direction than in the transport position, characterised by a safety means configured to prevent the drive means from being supplied with power when at least one of the support arms is not in the working position.
A wide band directional antenna, comprising at least three elements which are at least partially aligned in a stack configuration, electrically isolated from each other, of which a lower element comprising at least one reflector circuit , a middle element comprising at least one dipole circuit connected to a transmission line , and an upper element comprising at least one director circuit , said antenna being characterised in that the dipole circuit comprises at least one first pair of conductive elements , suitable for forming a minor dipole connected to the transmission line , and at least one second pair of electrically isolated conductive elements , configured to be excited with capacitive effect by the minor dipole , in such a way as to form a major dipole , the first elements and the second elements of each pair of conductive elements (211, 212; 213, 214) being partially overlapped.
Steering column module for attachment to a steering column of a motor vehicle, having a first housing part and having a second housing part which, in a desired installation position of the steering column module , in which the steering column module is attached to the steering column, can be rotated around a rotation axis of the steering column module from a starting position in relation to the first housing part by at least one complete revolution both in a first direction and in a second direction which is opposite to the first direction , having an electrical line which is coupled to both housing parts and is received in the steering column module in a manner wound spirally around the rotation axis , characterized in that the steering column module has an adhesive seal for identifying correct orientation, which corresponds to the desired installation position, of the two housing parts relative to one another, wherein a first subregion of the adhesive seal is connected to the first housing part and a second subregion of the adhesive seal is connected to the second housing part , and wherein means are formed on at least one of the two housing parts , which means cause a free edge of one of the subregions to protrude over a free edge of the other subregion in the radial direction when the adhesive seal is separated into the two subregions .
High-pressure cleaning appliance with an appliance housing in which an electric motor and a pump driven by the electric motor are arranged, and with at least one rechargeable battery for supplying energy to the electric motor , wherein the high-pressure cleaning appliance comprises at least two rechargeable batteries which are connected in series with each other, and wherein the high-pressure cleaning appliance comprises a battery receptacle device with a battery receiving compartment into which the batteries are insertable and from which the batteries are removable, characterized in that the battery receptacle device is arranged outside of the appliance housing , wherein the battery receptacle device is arranged above the appliance housing in a standing use position of the high-pressure cleaning appliance , and in that the appliance housing comprises air inlet openings and an air inlet duct is arranged between the air inlet openings and the battery receptacle device , wherein the air inlet openings are arranged on a top wall of the appliance housing , wherein a suction assembly is arranged in the appliance housing for suctioning cooling air via the air inlet duct and the air inlet openings , and wherein the suction assembly is arranged in a motor housing which surrounds the electric motor and comprises at least one air inlet .
A locking plate for restricting rotation of a fastener connecting a first component of a gas turbine engine and a second component of a gas turbine engine, comprising: a base having a planar surface receivable in overlapping arrangement with a head of the fastener; a locking portion extending from the base wherein engagement between the locking portion and the first component restricts rotation of the locking portion; and a key configured to couple to the base , the key extending from the base and connectable to the fastener such that the fastener is not rotatable relative to the key when the locking portion has engaged the first component, wherein the key and the base are formed as separate components; wherein the base further comprises an opening for receiving the key such that the key protrudes beyond the planar surface of the base; wherein a first portion of the key is receivable within a wrenching feature formed in a head of the fastener and a second portion of the key is couplable to the base via the opening. a base having a planar surface receivable in overlapping arrangement with a head of the fastener; a locking portion extending from the base wherein engagement between the locking portion and the first component restricts rotation of the locking portion; and a key configured to couple to the base , the key extending from the base and connectable to the fastener such that the fastener is not rotatable relative to the key when the locking portion has engaged the first component, wherein the key and the base are formed as separate components; wherein the base further comprises an opening for receiving the key such that the key protrudes beyond the planar surface of the base; wherein a first portion of the key is receivable within a wrenching feature formed in a head of the fastener and a second portion of the key is couplable to the base via the opening.
A heat exchanger core assembly comprising: a frame assembly ; a plurality of core bundles positioned within the frame assembly , each core bundle including at least one row of tubing defining at least one end of the core bundle , an edge seal gasket to seal the core bundle from an adjacently placed core bundle, and an indoor face seal gasket to seal the at least one end with respect to the frame assembly , wherein the at least one row of tubing defines a first end and a second end, each of the first end and the second end having the edge seal gasket and the indoor face seal gasket , and wherein the rows of the core bundles are offset from one another; and a center wall configured to be positioned lengthwise between two adjacently placed core bundles , wherein the center wall includes at least one inner panel and at least one hanging bracket provided along a length of the at least one inner panel , the at least one hanging bracket being configured to hang on a core of a core bundle to support the center wall . a frame assembly ; a plurality of core bundles positioned within the frame assembly , each core bundle including at least one row of tubing defining at least one end of the core bundle , an edge seal gasket to seal the core bundle from an adjacently placed core bundle, and an indoor face seal gasket to seal the at least one end with respect to the frame assembly , wherein the at least one row of tubing defines a first end and a second end, each of the first end and the second end having the edge seal gasket and the indoor face seal gasket , and wherein the rows of the core bundles are offset from one another; and a plurality of core bundles positioned within the frame assembly , each core bundle including at least one row of tubing defining at least one end of the core bundle , an edge seal gasket to seal the core bundle from an adjacently placed core bundle, and an indoor face seal gasket to seal the at least one end with respect to the frame assembly , wherein the at least one row of tubing defines a first end and a second end, each of the first end and the second end having the edge seal gasket and the indoor face seal gasket , and wherein the rows of the core bundles are offset from one another; and a center wall configured to be positioned lengthwise between two adjacently placed core bundles , wherein the center wall includes at least one inner panel and at least one hanging bracket provided along a length of the at least one inner panel , the at least one hanging bracket being configured to hang on a core of a core bundle to support the center wall .
Sensor with a layer arrangement , wherein the layer arrangement comprises at least one base layer , an intermediate layer and a cover layer , wherein the intermediate layer is at least partially arranged on the base layer and is in contact therewith, and wherein the cover layer is at least partially arranged on the intermediate layer and is in contact therewith, wherein the base layer comprises a metal, the intermediate layer comprises a metal oxide, and wherein the cover layer is porous and comprises a material which is selected from the group consisting of electrically conductive carbon compounds, such as in particular graphite or carbon nanotubes, organic electrical conductors and base metals, and wherein the base layer and the cover layer are electrically contactable for a conductivity measurement and/or a resistance measurement, wherein the base layer comprises at least one metal selected from the group consisting of titanium, vanadium, chromium, zirconium, niobium, molybdenum, tantalum and tungsten or an alloy of one or more of these metals with one or more of these or further metals and wherein the intermediate layer is a conversion layer of the base layer , characterized in that the sensor comprises at least one additive which is at least partially arranged in the pores of the cover layer and which serves to adapt the sensor to substances to be measured. characterized in that the sensor comprises at least one additive which is at least partially arranged in the pores of the cover layer and which serves to adapt the sensor to substances to be measured.