mhurhangee/patent-ind-claim-en huggingface dataset:
A device for attaching a graft to bone comprising: a body having a contoured first surface , a second surface opposite the first surface having a plurality of outwardly extending fixation members and at least partially formed of a porous material adapted for tissue ingrowth, and a channel extending at least partially through the body in between the first and second surfaces for receiving a portion of the graft, wherein the channel is at least partially formed of a porous material adapted for tissue ingrowth, wherein the channel is at least partially surrounded by an inner wall , at least a portion of the inner wall being formed of the porous material, the body in between the first and second surfaces extends between a first lateral portion and a second lateral portion , wherein the channel extends between the first lateral portion and the second lateral portion; wherein the channel includes an opening positioned at a first end characterised in that at a second, opposite end the channel includes a first aperture and a second aperture and a saddle between the first and second apertures, the first and second apertures are configured to return route of the graft through the channel . a body having a contoured first surface , a second surface opposite the first surface having a plurality of outwardly extending fixation members and at least partially formed of a porous material adapted for tissue ingrowth, and a channel extending at least partially through the body in between the first and second surfaces for receiving a portion of the graft, wherein the channel is at least partially formed of a porous material adapted for tissue ingrowth, wherein the channel is at least partially surrounded by an inner wall , at least a portion of the inner wall being formed of the porous material, the body in between the first and second surfaces extends between a first lateral portion and a second lateral portion , wherein the channel extends between the first lateral portion and the second lateral portion; wherein the channel includes an opening positioned at a first end characterised in that at a second, opposite end the channel includes a first aperture and a second aperture and a saddle between the first and second apertures, the first and second apertures are configured to return route of the graft through the channel .
A nanostructured material, comprising: a) a first nano-network formed from a first plurality of nanoparticles that are at least one of fused and interconnected to provide a contiguous conductive path for said first type of charge carrier through at least a portion of said first nano-network; and b) a second nano-network coupled to said first nano-network and formed from a second plurality of nanoparticles that are at least one of fused and interconnected to provide a contiguous conductive path for said second type of charge carrier through at least a portion of said second nano-network, said first plurality of nanoparticles being formed from a first indirect bandgap material, said second plurality of nanoparticles being formed from a second indirect bandgap material, wherein said first plurality of nanoparticles include a plurality of Si quantum dots, and said second plurality of nanoparticles include a plurality of Ge quantum dots, said nanostructured material being configured to absorb light to produce a first type of charge carrier that is transported in said first nano-network and a second type of charge carrier that is transported in said second nano-network, said nanostructured material having an absorption coefficient that is at least 10 3 cm -1 within a range of wavelengths from about 400 nm to about 700 nm. a) a first nano-network formed from a first plurality of nanoparticles that are at least one of fused and interconnected to provide a contiguous conductive path for said first type of charge carrier through at least a portion of said first nano-network; and b) a second nano-network coupled to said first nano-network and formed from a second plurality of nanoparticles that are at least one of fused and interconnected to provide a contiguous conductive path for said second type of charge carrier through at least a portion of said second nano-network,
A pharmaceutical composition comprising a CD33 targeting compound and an epigenetic factor, wherein (a) the CD33 targeting compound is a bispecific antibody construct comprising a first binding domain specifically binding to CD33 and a second binding domain specifically binding to CD3; and (b) the epigenetic factor is hydroxyurea. (a) the CD33 targeting compound is a bispecific antibody construct comprising a first binding domain specifically binding to CD33 and a second binding domain specifically binding to CD3; and (b) the epigenetic factor is hydroxyurea.
A method of manufacturing a tread portion of a tire, the steps comprising: placing a layer of uncured tire rubber onto a surface; cutting the layer of uncured tire rubber to create at least one incision in a predetermined shape in the layer of uncured tire rubber; curing a portion of the layer of uncured tire rubber adjacent to the incision and without curing all of the layer of uncured tire rubber; repeating said steps of placing a layer , cutting the layer, and curing a portion of the layer using one or more additional layers of uncured tire rubber until the tread portion having a predetermined thickness is formed and at least one sipe is created by incisions in adjacent layers of the uncured tire rubber; and curing the remainder of the layers of uncured tire rubber without eliminating the incisions in the layers of uncured tire rubber. placing a layer of uncured tire rubber onto a surface; cutting the layer of uncured tire rubber to create at least one incision in a predetermined shape in the layer of uncured tire rubber; curing a portion of the layer of uncured tire rubber adjacent to the incision and without curing all of the layer of uncured tire rubber; repeating said steps of placing a layer , cutting the layer, and curing a portion of the layer using one or more additional layers of uncured tire rubber until the tread portion having a predetermined thickness is formed and at least one sipe is created by incisions in adjacent layers of the uncured tire rubber; and curing the remainder of the layers of uncured tire rubber without eliminating the incisions in the layers of uncured tire rubber.
Method for moving a driverless transport vehicle on an inclined transport roadway , wherein - the transport vehicle has means of detecting the direction of inclination (d') of the transport roadway relative to the transport vehicle and wherein - the transport vehicle has controllable steering drives , characterised by the method steps: i) for movement the steering drives are activated on account of the detected direction of inclination (d') so that the transport vehicle moves in a direction (d',β) which differs from the direction of inclination (d'); ii) after reaching a predetermined minimum speed of the transport vehicle , the steering drives are set so that the transport vehicle continues to move (10', 10", 10"') in the direction of inclination (d'). - the transport vehicle has means of detecting the direction of inclination (d') of the transport roadway relative to the transport vehicle and wherein - the transport vehicle has controllable steering drives , i) for movement the steering drives are activated on account of the detected direction of inclination (d') so that the transport vehicle moves in a direction (d',β) which differs from the direction of inclination (d'); ii) after reaching a predetermined minimum speed of the transport vehicle , the steering drives are set so that the transport vehicle continues to move (10', 10", 10"') in the direction of inclination (d').
Terrace canopy comprising a roof structure with a retractable and extendable screen guided in sloping side guide rails for the screen , said side guide rails being supported on or at a distance from their lower extremity by a hollow support post by means of a hinge with a horizontal shaft which is transversely oriented to the longitudinal direction (Q-Q') of the side guide rail , wherein for setting the slope (A) of the side guide rail , the hinge is mounted on a coupling piece that is concealedly mounted in the hollow support post and is height adjustably mounted in the support post , characterised in that the hinge is translationally mounted on the coupling piece in a direction (Y-Y') parallel with a plane perpendicular to the shaft of the hinge .
A method of forming a weld notch in a sheet metal piece , comprising the steps of: (a) providing a sheet metal piece having a plurality of material layers , an edge region and a starting edge located in the edge region, wherein the plurality of material layers includes a coating material layer and an intermediate material layer , wherein the starting edge includes material from the coating material layer and the intermediate material layer that has been smeared, wiped or otherwise pulled along the starting edge during a previous trimming operation; (b) forming an ablation trench along the sheet metal piece by removing at least a portion of the plurality of material layers along an ablation path so that the ablation trench is spaced away from the starting edge of the sheet metal piece, wherein step (b) further comprises forming the ablation trench within an edge region of the sheet metal piece ; and (c) cutting the sheet metal piece along the ablation trench to form the weld notch and a weldable edge that is free from the material of the coating material layer and the intermediate material layer , and wherein step (c) further comprises removing a portion of the edge region. (a) providing a sheet metal piece having a plurality of material layers , an edge region and a starting edge located in the edge region, wherein the plurality of material layers includes a coating material layer and an intermediate material layer , wherein the starting edge includes material from the coating material layer and the intermediate material layer that has been smeared, wiped or otherwise pulled along the starting edge during a previous trimming operation; (b) forming an ablation trench along the sheet metal piece by removing at least a portion of the plurality of material layers along an ablation path so that the ablation trench is spaced away from the starting edge of the sheet metal piece, wherein step (b) further comprises forming the ablation trench within an edge region of the sheet metal piece ; and (c) cutting the sheet metal piece along the ablation trench to form the weld notch and a weldable edge that is free from the material of the coating material layer and the intermediate material layer , and wherein step (c) further comprises removing a portion of the edge region.
A method characterized by the utilization of a Subscriber Identity Module (SIM) Tool Kit (STK) Applet installed on the SIM card for automatically detecting a failed Mobile Originating (MO) call attempt due to subscriber insolvency (1.1, 1.2, 1.3, 1.4) and prompting the calling and insolvent subscriber on the screen of the Mobile Handset with a menu of relevant Call-Completion options which the subscriber can execute with a single click or touch (1.5) by provisioning the STK Applet to: utilize the 'Call Control' STK function to register and record the number which the subscriber attempted to call (1.1), utilize the 'Call Connected' and 'Call Disconnected' STK events to recognize that the call ended before it was connected (1.2, 1.3, 1.4), analyze the 'Cause' data object provided by the 'Call Disconnected' STK Event to determine that the Call failure was due to insolvency (1.3, 1.4), utilize the 'Select Item' proactive STK command to present the subscriber with a list of call completion options relevant to insolvency (1.5). utilize the 'Call Control' STK function to register and record the number which the subscriber attempted to call (1.1), utilize the 'Call Connected' and 'Call Disconnected' STK events to recognize that the call ended before it was connected (1.2, 1.3, 1.4), analyze the 'Cause' data object provided by the 'Call Disconnected' STK Event to determine that the Call failure was due to insolvency (1.3, 1.4), utilize the 'Select Item' proactive STK command to present the subscriber with a list of call completion options relevant to insolvency (1.5).
An isolated bacterial strain of the Lactobacillus casei (L. casei) species, said strain deposited under accession number: LMG P-30039.
A method for navigating between a departure node and a destination node , the method comprising: determining or retrieving data indicative of a first boundary enclosing a first area around the destination node that is representative of the locations from which a person or vehicle may travel to the destination node given a first value of a parameter, wherein the value of the parameter constrains the distance travelable by the person or vehicle; estimating a value of said parameter when the person or vehicle is at a first location within the first boundary , other than the departure and destination nodes , based on an initial value of the parameter at the departure node and the estimated change in value of said parameter associated with travelling from the departure node to the first location ; and comparing the estimated value of the parameter at the first location with said first value to determine whether said first location can be reached by the person or vehicle from the departure node while still reaching the destination node , given the initial value of the parameter. determining or retrieving data indicative of a first boundary enclosing a first area around the destination node that is representative of the locations from which a person or vehicle may travel to the destination node given a first value of a parameter, wherein the value of the parameter constrains the distance travelable by the person or vehicle; estimating a value of said parameter when the person or vehicle is at a first location within the first boundary , other than the departure and destination nodes , based on an initial value of the parameter at the departure node and the estimated change in value of said parameter associated with travelling from the departure node to the first location ; and comparing the estimated value of the parameter at the first location with said first value to determine whether said first location can be reached by the person or vehicle from the departure node while still reaching the destination node , given the initial value of the parameter.
A rotor for a rotary electric machine, comprising: a shaft ; a rotor core through which the shaft passes, for rotating integrally with the shaft ; and a plurality of permanent magnets , each being extended in an axial direction of the rotor core and being fixed to the rotor core along a circumferential direction of the rotor core , wherein the rotor core comprises: a first core portion comprising a plurality of core pieces joined together through caulking portions , and a hollow first lightening portion separated away from the shaft in a radial direction of the rotor core ; and a second core portion comprising a plurality of core pieces joined together through caulking portions , and a press-fit portion held in close contact with the first core portion , into which the shaft is press-fitted, wherein a radial width of a magnetic path of a ring-shaped outer circumferential portion formed by laminating the first core portion and the second core portion changes along the circumferential direction, wherein a portion of the shaft passes through a center axis line of the hollow first lightening portion of the first core portion , and wherein a ring is disposed inside the hollow first lightening portion , wherein the ring surrounds the portion of the shaft via a gap portion provided between the shaft and the ring . a shaft ; a rotor core through which the shaft passes, for rotating integrally with the shaft ; and a plurality of permanent magnets , each being extended in an axial direction of the rotor core and being fixed to the rotor core along a circumferential direction of the rotor core , wherein the rotor core comprises: a first core portion comprising a plurality of core pieces joined together through caulking portions , and a hollow first lightening portion separated away from the shaft in a radial direction of the rotor core ; and a second core portion comprising a plurality of core pieces joined together through caulking portions , and a press-fit portion held in close contact with the first core portion , into which the shaft is press-fitted, a first core portion comprising a plurality of core pieces joined together through caulking portions , and a hollow first lightening portion separated away from the shaft in a radial direction of the rotor core ; and a second core portion comprising a plurality of core pieces joined together through caulking portions , and a press-fit portion held in close contact with the first core portion , into which the shaft is press-fitted, wherein a radial width of a magnetic path of a ring-shaped outer circumferential portion formed by laminating the first core portion and the second core portion changes along the circumferential direction, wherein a portion of the shaft passes through a center axis line of the hollow first lightening portion of the first core portion , and wherein a ring is disposed inside the hollow first lightening portion , wherein the ring surrounds the portion of the shaft via a gap portion provided between the shaft and the ring .
A method of using a blockchain to control a process executing on a computing resource, the method comprising the step: executing a loop on the computing resource; storing information relating to at least one iteration of the loop as metadata in a transaction on the blockchain; and using the state of the blockchain to influence the execution of the loop by monitoring the current state of the blockchain for transactions matching a start or triggering condition, a repeat condition or a stop condition. executing a loop on the computing resource; storing information relating to at least one iteration of the loop as metadata in a transaction on the blockchain; and using the state of the blockchain to influence the execution of the loop by monitoring the current state of the blockchain for transactions matching a start or triggering condition, a repeat condition or a stop condition.
An air intake structure for an internal combustion engine including a cylinder head coupled to a cylinder block and having an intake passageway defined therein, the intake passageway housing a partition disposed along an intake flow direction (F) and being divided by the partition into a tumble flow passage and a main flow passage , wherein the partition in the cylinder head has a downstream end curved toward the cylinder block , and the tumble flow passage has a downstream end oriented toward a ceiling surface of a combustion chamber of the internal combustion engine ; and characterized in that the tumble flow passage in the cylinder head includes a first curved portion that is curved concavely toward the cylinder block along a cylinder axis (C) of the cylinder block and a second curved portion that is curved convexly toward the cylinder block , the first curved portion of the tumble flow passage in the cylinder head is disposed upstream of the second curved portion with respect to the intake flow direction (F) and downstream of a joint surface of the cylinder head to which an inlet pipe is connected; and the first curved portion has a radius (R1) of curvature that is smaller than a radius (R2) of curvature of the second curved portion . the partition in the cylinder head has a downstream end curved toward the cylinder block , and the tumble flow passage has a downstream end oriented toward a ceiling surface of a combustion chamber of the internal combustion engine ; and characterized in that the tumble flow passage in the cylinder head includes a first curved portion that is curved concavely toward the cylinder block along a cylinder axis (C) of the cylinder block and a second curved portion that is curved convexly toward the cylinder block , the first curved portion of the tumble flow passage in the cylinder head is disposed upstream of the second curved portion with respect to the intake flow direction (F) and downstream of a joint surface of the cylinder head to which an inlet pipe is connected; and the first curved portion has a radius (R1) of curvature that is smaller than a radius (R2) of curvature of the second curved portion .
Footwear for preventing or treating a pathological deformity of a wearer's foot, in particular of a joint connecting a great toe to the foot, comprising; - a toe strap configured for being fastened to the great toe, - an upper configured for being fastened to a metatarsus region of the foot and comprising a lateral section and a medial section , and - an adjustment mechanism comprising a tension element coupled to the toe strap and configured for variably adjusting a pulling force applied to the toe strap which, in a fastened state in which the footwear is fastened to the foot, is translated into a corrective force (F1, F2) acting upon at least one of the joint and the great toe, wherein the adjustment mechanism is at least partially arranged in or on the lateral section of the upper such that the tension element is guided to a lateral side of the footwear , wherein the medial section of the upper extends from the adjustment mechanism in a medial direction to a medial side of the footwear and is adjustable in its circumferential length, characterized in that the medial section is configured such that it is adjustable in its circumferential length independently from an actuation of the adjustment mechanism . - a toe strap configured for being fastened to the great toe, - an upper configured for being fastened to a metatarsus region of the foot and comprising a lateral section and a medial section , and - an adjustment mechanism comprising a tension element coupled to the toe strap and configured for variably adjusting a pulling force applied to the toe strap which, in a fastened state in which the footwear is fastened to the foot, is translated into a corrective force (F1, F2) acting upon at least one of the joint and the great toe, wherein the adjustment mechanism is at least partially arranged in or on the lateral section of the upper such that the tension element is guided to a lateral side of the footwear , wherein the medial section of the upper extends from the adjustment mechanism in a medial direction to a medial side of the footwear and is adjustable in its circumferential length, characterized in that the medial section is configured such that it is adjustable in its circumferential length independently from an actuation of the adjustment mechanism . the adjustment mechanism is at least partially arranged in or on the lateral section of the upper such that the tension element is guided to a lateral side of the footwear , wherein the medial section of the upper extends from the adjustment mechanism in a medial direction to a medial side of the footwear and is adjustable in its circumferential length, characterized in that the medial section is configured such that it is adjustable in its circumferential length independently from an actuation of the adjustment mechanism .