mhurhangee/patent-ind-claim-en huggingface dataset:
A machine-implemented method of representing an array in dynamically-typed program code at runtime, the method comprising: accessing program code at runtime, the program code corresponding to a dynamically-typed programming language; detecting , within the program code, an instruction for adding, updating or deleting one or more elements for an array, wherein the array is associated with a first additional information, the first additional information comprising a first representation format and a first packing format; determining a second additional information based on at least one of the instruction or the one or more elements, the second additional information comprising at least one of a second representation format or a second packing format; determining that the first additional information is not consistent with the second additional information, based on an inconsistency between the first and second representation formats or the first and second packing formats; converting the array and transitioning the first additional information of the array to a less specific additional information according to a lattice formed by possible values of the additional information so that the transitioned first additional information is consistent with the second additional information; and adding, updating, or deleting one or more elements for the converted array based on the instruction, wherein a representation format specifies the type of an array's elements, and wherein a packing format specifies whether an array is in packed or nonpacked format. accessing program code at runtime, the program code corresponding to a dynamically-typed programming language; detecting , within the program code, an instruction for adding, updating or deleting one or more elements for an array, wherein the array is associated with a first additional information, the first additional information comprising a first representation format and a first packing format; determining a second additional information based on at least one of the instruction or the one or more elements, the second additional information comprising at least one of a second representation format or a second packing format; determining that the first additional information is not consistent with the second additional information, based on an inconsistency between the first and second representation formats or the first and second packing formats; converting the array and transitioning the first additional information of the array to a less specific additional information according to a lattice formed by possible values of the additional information so that the transitioned first additional information is consistent with the second additional information; and adding, updating, or deleting one or more elements for the converted array based on the instruction,
Improvement of an ovoid bicycle chainring, attachable to a crank which incorporates a spider forming a structure with an even number of anchorage points distributed in a star like shape with the objective of attaching one or several bicycle chainrings; said ovoid chainring having a major diameter, whose angle with said crank arm measured in the pedaling direction defines its orientation; said ovoid chainring having a number of anchorage points to said spider which is a multiple of the said even number of anchorage points of the spider, constituting multiple anchorage options to this crank arm, and therefore multiple possibilities for said ovoid chainring's orientation; being the different anchorage points of the chainring that corresponds to the same anchorage point on the spider, adjoined and overlapped holes and each hole having a countersink; wherein for each overlapped adjoining hole, the depth of its countersinks decreases in the direction of pedaling, forming stair steps.
A water discharge device, comprising: a body unit including a first body and a second body moveably connected to the first body ; and a discharge unit connected to the second body , moving along with the second body , and connected to a water supply source to discharge water from the water supply source externally, characterized in that the discharge unit includes a plurality of link members having flow channels (RF) through which water flows, respectively, and rotatably connected to one another to connect the flow channels (RF) to one another in a sealed manner. a body unit including a first body and a second body moveably connected to the first body ; and a discharge unit connected to the second body , moving along with the second body , and connected to a water supply source to discharge water from the water supply source externally, characterized in that the discharge unit includes a plurality of link members having flow channels (RF) through which water flows, respectively, and rotatably connected to one another to connect the flow channels (RF) to one another in a sealed manner.
A living room convergence device for carrying out multiple living room media functions in one device, comprising: a case including a bottom portion that includes a plurality of air intake holes and a top portion that includes a plurality of air exhaust holes ; a mainboard ; a central processor ; and a thermal solution including: a heatsink sitting atop the mainboard of the living room convergence device , the heatsink being configured to dissipate heat from the central processor ; and a fan assembly including rotating fan blades and a motor that drives the rotating fan blades , creating a bottom-to-up swirling airflow starting from the plurality of air intake holes and exiting through the plurality of air exhaust holes ; characterized in that the motor drives a fan belt around a motor ring and a blade ring holding the rotating fan blades to cause the rotation of the rotating fan blades ; and wherein a ratio of radii between the blade ring and the motor ring permits slow rotation speeds as compared to a direct-drive fan, the ratio preferably being 10:1. a case including a bottom portion that includes a plurality of air intake holes and a top portion that includes a plurality of air exhaust holes ; a mainboard ; a central processor ; and a thermal solution including: a heatsink sitting atop the mainboard of the living room convergence device , the heatsink being configured to dissipate heat from the central processor ; and a fan assembly including rotating fan blades and a motor that drives the rotating fan blades , creating a bottom-to-up swirling airflow starting from the plurality of air intake holes and exiting through the plurality of air exhaust holes ; characterized in that the motor drives a fan belt around a motor ring and a blade ring holding the rotating fan blades to cause the rotation of the rotating fan blades ; and wherein a ratio of radii between the blade ring and the motor ring permits slow rotation speeds as compared to a direct-drive fan, the ratio preferably being 10:1. a heatsink sitting atop the mainboard of the living room convergence device , the heatsink being configured to dissipate heat from the central processor ; and a fan assembly including rotating fan blades and a motor that drives the rotating fan blades , creating a bottom-to-up swirling airflow starting from the plurality of air intake holes and exiting through the plurality of air exhaust holes ; characterized in that the motor drives a fan belt around a motor ring and a blade ring holding the rotating fan blades to cause the rotation of the rotating fan blades ; and wherein a ratio of radii between the blade ring and the motor ring permits slow rotation speeds as compared to a direct-drive fan, the ratio preferably being 10:1.
A method for augmented interpretation of shear wave elastography between first and second imaging modalities, the method comprising: performing an elastography measurement via a second imaging modality , different from a first imaging modality , to obtain at least one second imaging modality elastography value of a region of interest ; predicting, via a processor , at least one corresponding first imaging modality elastography value based on the obtained second imaging modality elastography value ; and generating, via the processor and a display , a smart report dashboard that includes (i) a fibrosis level of the region of interest, wherein the fibrosis level is determined as a function of (i)(a) the at least one second imaging modality elastography value and/or (i)(b) the predicted at least one corresponding first imaging modality elastography value . performing an elastography measurement via a second imaging modality , different from a first imaging modality , to obtain at least one second imaging modality elastography value of a region of interest ; predicting, via a processor , at least one corresponding first imaging modality elastography value based on the obtained second imaging modality elastography value ; and generating, via the processor and a display , a smart report dashboard that includes (i) a fibrosis level of the region of interest, wherein the fibrosis level is determined as a function of (i)(a) the at least one second imaging modality elastography value and/or (i)(b) the predicted at least one corresponding first imaging modality elastography value .
Door for a household refrigeration appliance , which has an outer wall , which has an upper bent web , and which comprises an upper closing strip , which comprises a receiving slot , into which the web is introduced in the assembled state of the door , wherein the closing strip has at least one latching element , which is arranged adjacent to the receiving slot and is latched to the outer wall in the assembled state of the door , characterised in that, when viewed in the direction of the longitudinal axis (A) of the closing strip , at least one rib is embodied next to the latching element and has a front side facing the outer wall , which is oriented with a first subarea at an angle to the closing wall .
A clockwork oscillator comprising: - a hairspring made of a paramagnetic alloy, in particular a hairspring made of a paramagnetic alloy including at least one of the following elements: Nb, V, Ta, Ti, Zr and Hf, notably an alloy including the elements Nb and Zr with between 5% and 25% by mass of Zr and an interstitial doping agent including oxygen, and - at least one fastening part (1; 1') for fastening an end (2a; 2b) of the hairspring , the at least one part (1; 1') having a first portion (10; 10') that is designed to come into contact with the hairspring and that is made of titanium or titanium alloy or of tantalum or tantalum alloy, notably grade 2 titanium or grade 5 titanium, the at least one fastening part comprising a stud and/or a collet , the first portion (10; 10') comprising two bearing surfaces (10b, 10c; 10b', 10c') separated by a slot (10a; 10a'), each bearing surface being designed to come into contact with the hairspring and the at least one fastening part for fastening the hairspring being fastened to the hairspring by welding, notably by laser welding. - a hairspring made of a paramagnetic alloy, in particular a hairspring made of a paramagnetic alloy including at least one of the following elements: Nb, V, Ta, Ti, Zr and Hf, notably an alloy including the elements Nb and Zr with between 5% and 25% by mass of Zr and an interstitial doping agent including oxygen, and - at least one fastening part (1; 1') for fastening an end (2a; 2b) of the hairspring , the at least one part (1; 1') having a first portion (10; 10') that is designed to come into contact with the hairspring and that is made of titanium or titanium alloy or of tantalum or tantalum alloy, notably grade 2 titanium or grade 5 titanium,
A pegboard , comprising: a main device including multiple unit modules ; a board plate including multiple receiving portions and magnets ; and multiple pegs to be inserted into the multiple receiving portions , wherein the multiple unit modules include multiple sensor modules configured to sense whether the multiple pegs are inserted into the multiple receiving portions and multiple light source modules configured to output light to the multiple receiving portions , each of multiple types of the board plate is replaceably coupled to the main device and at least one of number and pattern of the magnets is different depending on a type of the board plate , the main device is configured to identify the type of the board plate based on the pattern of the magnets, and the main device further includes a sensing unit that senses the board plate and identifies the type of the board plate . a main device including multiple unit modules ; a board plate including multiple receiving portions and magnets ; and multiple pegs to be inserted into the multiple receiving portions , wherein the multiple unit modules include multiple sensor modules configured to sense whether the multiple pegs are inserted into the multiple receiving portions and multiple light source modules configured to output light to the multiple receiving portions , each of multiple types of the board plate is replaceably coupled to the main device and at least one of number and pattern of the magnets is different depending on a type of the board plate , the main device is configured to identify the type of the board plate based on the pattern of the magnets, and the main device further includes a sensing unit that senses the board plate and identifies the type of the board plate .
An information processing method of acoustic-image localizing a plurality of physical spaces, the information processing method comprising: receiving settings of a plurality of pieces of information on a plurality of logical spaces defining first coordinates in the plurality of logical spaces; receiving settings of a plurality of pieces of information on a plurality of physical spaces that respectively correspond to the plurality of pieces of information on the plurality of logical spaces and that define second coordinates in the plurality of physical spaces; receiving a first group of a plurality of pieces of first acoustic image localization information, each of which indicates a position of an acoustic image to be localized in one of the plurality of logical spaces using the first coordinates; receiving a change in position of one piece of first acoustic image localization information, among the first group of the plurality of pieces of first acoustic image localization information; changing a position of each of the other pieces of first acoustic image localization information, among the first group of the plurality of pieces of first acoustic image localization, in response to the received change in position of the one piece of first acoustic image localization information; and transforming the first group of the plurality of pieces of first acoustic image localization information respectively into a plurality of pieces of second acoustic image localization information using second coordinates. receiving settings of a plurality of pieces of information on a plurality of logical spaces defining first coordinates in the plurality of logical spaces; receiving settings of a plurality of pieces of information on a plurality of physical spaces that respectively correspond to the plurality of pieces of information on the plurality of logical spaces and that define second coordinates in the plurality of physical spaces; receiving a first group of a plurality of pieces of first acoustic image localization information, each of which indicates a position of an acoustic image to be localized in one of the plurality of logical spaces using the first coordinates; receiving a change in position of one piece of first acoustic image localization information, among the first group of the plurality of pieces of first acoustic image localization information; changing a position of each of the other pieces of first acoustic image localization information, among the first group of the plurality of pieces of first acoustic image localization, in response to the received change in position of the one piece of first acoustic image localization information; and transforming the first group of the plurality of pieces of first acoustic image localization information respectively into a plurality of pieces of second acoustic image localization information using second coordinates.
Brake pad retaining arrangement for a brake caliper arrangement , in particular for a commercial vehicle brake caliper arrangement, comprising a retaining element and a sensor element , wherein the retaining element extends in a longitudinal direction (L), wherein the sensor element is fixed or can be fixed directly and/or indirectly to the retaining element , characterized in that the sensor element is a temperature measuring sensor. wherein the retaining element extends in a longitudinal direction (L), wherein the sensor element is fixed or can be fixed directly and/or indirectly to the retaining element , characterized in that the sensor element is a temperature measuring sensor.
A fan wheel, in particular for propelling cooling air for an internal combustion engine, comprising a flat, ring-shaped hub on which a plurality of fan blades is arranged and wherein the hub has a rib structure, wherein the rib structure is formed peripherally and consists of rectangular and flatly formed ribs having an edge region and sitting with the edge region thereof on the hub , characterised in that the ribs are oriented substantially tangentially to the circumferential direction of the hub in their longitudinal extent, wherein they are in contact with one another.
In-vitro method for identifying an early stage of a cardiomyopathy independent of a hemodynamic impairment of a patient's heart, characterized in that a blood serum/blood plasma sample of a patient is analyzed to determine, in a semiquantitative or quantitative manner, an expression level of at least one microRNA selected from the group consisting of the following microRNAs: hsa-miR-21-5p (SEQ ID NO: 1) and hsa-miR-30a-5p (SEQ ID NO: 2), wherein an expression level of the at least one microRNA higher than in a healthy control group and/or a group of patients suffering from an inflammatory myocardial disease and/or a group of patients suffering from a virally-induced cardiomyopathy is taken as indicator for the presence of an early stage of a cardiomyopathy, wherein the early stage of a cardiomyopathy is characterized by an absence of a viral infection of the patient's heart and/or an absence of an inflammation of the patient's heart.
A power tool , comprising: a substructure including an inner surface that defines an inner cavity structured to receive an electric motor ; a tool housing including coupled first and second halves (116, 118 that define an inner portion; and characterised by a superstructure including an inner taper that interfaces with an outer taper of the first and second halves of the tool housing to prevent or resist radially outward movement of the first and second halves of the tool housing from the substructure . a substructure including an inner surface that defines an inner cavity structured to receive an electric motor ; a tool housing including coupled first and second halves (116, 118 that define an inner portion; and characterised by a superstructure including an inner taper that interfaces with an outer taper of the first and second halves of the tool housing to prevent or resist radially outward movement of the first and second halves of the tool housing from the substructure .
Method for starting an internal combustion engine (VM) in a drivetrain comprising a hybridised dual-clutch transmission with two clutches (K1, K2) and two sub-transmissions (TG1, TG2), an electric machine (EM) being attached to an electrified sub-transmission, and it being possible for the internal combustion engine (VM) to be connected via a clutch (K0) and via the two clutches (K1, K2) to the two sub-transmissions (TG1, TG2), the internal combustion engine (VM) being started, proceeding from purely electric travel operation, via the electrified sub-transmission and an engaged gear stage in the electrified sub-transmission, the drive power of the electric machine (EM) being transmitted via the two clutches (TG1, TG2) to the non-electrified sub-transmission, the clutch (K1, K2) of the electrified sub-transmission being closed, and the clutch (K1, K2) of the non-electrified sub-transmission being operated in slipping mode and the clutch (K0) being operated in frictionally locked mode, as a result of which the internal combustion engine (VM) is accelerated to synchronization rotational speed and the clutch (K0) is closed in a frictionally locking manner, after the two clutches (K1, K2) for the sub-transmissions (TG1, TG2) have been closed at least partially, characterized in that the clutch (K0) has a blocking synchronization means and is integrated in a clutch hub, and in that the closure takes place at the same time as a rise in the torque of the electric machine (EM), and the torque of the electric machine (EM) is increased as the clutches (K1, K2, K0) are closed or are partially closed, and the clutch (K0) is opened after the rotational speed of the internal combustion engine (VM) reaches the setpoint value, and the clutch (K0) is closed in a positively locking manner after the two clutches (K1, K2) of the sub-transmissions (TG1, TG2) are open.
Cleaning apparatus for cleaning floors and/or surfaces, comprising a container (1, 1′, 1", 1′′′) for receiving a cleaning fluid , a discharge device (3, 3', 3", 3′′′) for discharging the cleaning fluid onto a floor and/or a surface to be cleaned, and a heating device (4, 4′, 4", 4′′′) for the heating and/or temperature control and/or vaporization of the cleaning fluid , wherein the cleaning apparatus can be operated cordlessly in that the energy of an external energy source can be supplied to the heating device (4, 4′, 4", 4′′′) during the charging period, wherein the cleaning apparatus can be uncoupled from the external energy source during the cleaning operation, and wherein the discharge device (3, 3′, 3", 3′′′) is embodied in a heatable manner, characterized in that the discharge device (3, 3′, 3", 3′′′) is thermally insulated from the surroundings.