mhurhangee/ep-ind-claims huggingface dataset:
Tent roof for a camping vehicle, a tent trailer or similar mobile camping equipment (F, F'), comprising a supporting structure engaging under the roof membrane having respective rods, bars or similar linkage parts, which supporting structure, in the region of at least one of the linkage parts thereof, is provided with a pivot-lift unit (E, E', E"), characterised in that the at least one of the linkage parts is designed as the pivot-lift unit (E, E', E"), the pivot-lift unit (E, E', E") having a support rod and at least one tie rod connected thereto by means of a joint, the tie rod that is held in parallel on the support rod in the initial position being movable into a spread position (arrow A) and from this position being returnable to the initial position, the tie rod defining an auxiliary lever (7, 7') on one side of the joint and a support arch (8, 8') holding the roof membrane on the other side of the joint and, when operating the pivot-lift unit, at least one of the tie rods thereof and/or the portion of the roof membrane held by the support arch is movable.
Jewelry item comprising: - at least one transparent wall (1, 2) forming a housing arranged to receive at least one precious or semi-precious stone immersed and movable in a substantially transparent liquid in the housing; and - at least one part movable in the liquid and having the same refractive index as the liquid, the part immersed in the liquid being substantially optically indiscernible; characterized in that the housing is delimited by an upper wall formed by the transparent wall (1, 2) and a lower wall, the inner faces (1a, 2a) of the upper and lower walls being preferably parallel to each other, and in that the stone is inserted into the part to form a movable decorative element (4, 6), the part being arranged to slow down the movements of the movable decorative element (4, 6) immersed in the liquid, comprising an axis of revolution and two guide surfaces (6a, 6b) adjacent respectively to the inner faces (1a, 2a) and allowing the movable decorative element (4, 6) to move freely in translation and rotation in the liquid inside the housing. - at least one transparent wall (1, 2) forming a housing arranged to receive at least one precious or semi-precious stone immersed and movable in a substantially transparent liquid in the housing; and - at least one part movable in the liquid and having the same refractive index as the liquid, the part immersed in the liquid being substantially optically indiscernible;
A system comprising a connection terminal block and a ferrule terminal with a collar portion, wherein the connection terminal block includes a housing and is capable of holding the ferrule terminal to be inserted into the housing, and wherein the housing comprises: a first surface orthogonal to an insertion direction in which the ferrule terminal is inserted; characterized in that the housing further comprises: a second surface orthogonal to the insertion direction and arranged at a further back side than the first surface via a step in the insertion direction; an insertion hole passing through from the second surface to an inside of the housing along the insertion direction and allowing for insertion of the ferrule terminal through the insertion hole; and an abutting portion formed on an inner peripheral surface of the insertion hole and configured to, when the ferrule terminal is inserted, abut with a leading end of the collar portion to inhibit further insertion, and characterized in that the step is set in a range such that when the leading end of the collar portion abuts with the abutting portion, a proximal end of the collar portion is located between the first surface and the second surface. wherein the connection terminal block includes a housing and is capable of holding the ferrule terminal to be inserted into the housing, and wherein the housing comprises: a first surface orthogonal to an insertion direction in which the ferrule terminal is inserted; characterized in that the housing further comprises: a second surface orthogonal to the insertion direction and arranged at a further back side than the first surface via a step in the insertion direction; an insertion hole passing through from the second surface to an inside of the housing along the insertion direction and allowing for insertion of the ferrule terminal through the insertion hole; and an abutting portion formed on an inner peripheral surface of the insertion hole and configured to, when the ferrule terminal is inserted, abut with a leading end of the collar portion to inhibit further insertion, and characterized in that the step is set in a range such that when the leading end of the collar portion abuts with the abutting portion, a proximal end of the collar portion is located between the first surface and the second surface. a second surface orthogonal to the insertion direction and arranged at a further back side than the first surface via a step in the insertion direction; an insertion hole passing through from the second surface to an inside of the housing along the insertion direction and allowing for insertion of the ferrule terminal through the insertion hole; and an abutting portion formed on an inner peripheral surface of the insertion hole and configured to, when the ferrule terminal is inserted, abut with a leading end of the collar portion to inhibit further insertion, and characterized in that the step is set in a range such that when the leading end of the collar portion abuts with the abutting portion, a proximal end of the collar portion is located between the first surface and the second surface.
An endoscope having an endoscope shaft, with a distal manually actuable folding mechanism for the controlled folding or bending mounting of an endoscope head or distal head section on an endoscope section (3, 20) located proximally upstream of the folding mechanism, wherein the folding mechanism has a number of axially successive substantially cylindrical segments which can be actively angularly adjusted relative to one another by means of at least one common actuating element which each have two axial end faces aligned substantially wedge-shaped with respect to one another and a cylinder jacket which defines a wedge back section at a cylinder jacket section with maximum axial length, and which each have at least one through opening in the longitudinal direction of the endoscope in such a way that the segments jointly form a working channel, characterised in that the through-opening of the respective segment in its wedge back section breaks through the cylinder jacket in the endoscope radial direction and thereby produces a longitudinal slot, wherein the segments in the wedge back section are connected to one another in the longitudinal direction of the endoscope by a flexible, preferably elastic, connecting plate which is fixed to the respective outer side of the segment while covering the respective longitudinal slits and forms, on the one hand, a sliding surface for inserted medical instruments which runs continuously in the working channel defined thereby and, on the other hand, hinge sections between the segments connected to one another for folding down two respective neighbouring segments. which each have two axial end faces aligned substantially wedge-shaped with respect to one another and a cylinder jacket which defines a wedge back section at a cylinder jacket section with maximum axial length, and which each have at least one through opening in the longitudinal direction of the endoscope in such a way that the segments jointly form a working channel, characterised in that the through-opening of the respective segment in its wedge back section breaks through the cylinder jacket in the endoscope radial direction and thereby produces a longitudinal slot, wherein the segments in the wedge back section are connected to one another in the longitudinal direction of the endoscope by a flexible, preferably elastic, connecting plate which is fixed to the respective outer side of the segment while covering the respective longitudinal slits and forms, on the one hand, a sliding surface for inserted medical instruments which runs continuously in the working channel defined thereby and, on the other hand, hinge sections between the segments connected to one another for folding down two respective neighbouring segments.
A system for increasing the ejection fraction of a patient's heart ventricular chamber, the system comprising a partitioning apparatus, said partitioning apparatus comprising: a. a membrane component which has a proximal face and a distal face and which is configured to partition said patient's heart chamber into a main productive portion and a secondary, non-productive portion; and b. a support component (12, 80) which is configured to be disposed in said non-productive portion of said heart chamber defined in part by said distal face of said membrane component and which is also configured to extend from said membrane component to a region of a heart wall in said heart chamber; characterised in that a distal extremity of said support component has at least one resilient member (20, 50-62, 70) to non-traumatically engage said region of said patient's heart wall. a. a membrane component which has a proximal face and a distal face and which is configured to partition said patient's heart chamber into a main productive portion and a secondary, non-productive portion; and b. a support component (12, 80) which is configured to be disposed in said non-productive portion of said heart chamber defined in part by said distal face of said membrane component and which is also configured to extend from said membrane component to a region of a heart wall in said heart chamber;
A processor comprising: a hierarchy of cache levels for caching data including at least a level 1 'L1' cache; a decoder to decode a cache occupancy instruction; cache occupancy determination logic to determine whether data associated with one or more subsequent operations is stored in one of the cache levels, wherein the cache occupancy determination logic comprises execution logic to execute the cache occupancy instruction to read one or more addresses associated with the data for the one or more subsequent operations and use the addresses to determine whether the data is stored in one of the cache levels; and scheduling logic to schedule execution of the subsequent operations based on the determination of whether data associated with the subsequent operations is stored in the cache levels. a hierarchy of cache levels for caching data including at least a level 1 'L1' cache; a decoder to decode a cache occupancy instruction; cache occupancy determination logic to determine whether data associated with one or more subsequent operations is stored in one of the cache levels, wherein the cache occupancy determination logic comprises execution logic to execute the cache occupancy instruction to read one or more addresses associated with the data for the one or more subsequent operations and use the addresses to determine whether the data is stored in one of the cache levels; and scheduling logic to schedule execution of the subsequent operations based on the determination of whether data associated with the subsequent operations is stored in the cache levels.
An auxiliary gearbox drive system for a turbofan engine, the auxiliary gearbox drive system comprising: a sun gear, wherein the sun gear is configured to be coupled to a second tower shaft of the turbofan engine; a plurality of intermediate gears engaged to the sun gear and supported in a carrier; and a ring gear circumscribing the intermediate gears, characterised in that the system further comprises: a first means for selectively coupling the ring gear to a first tower shaft of the turbofan engine; a second means for selectively coupling the sun gear to the carrier; and an output to an auxiliary gearbox. a sun gear, wherein the sun gear is configured to be coupled to a second tower shaft of the turbofan engine; a plurality of intermediate gears engaged to the sun gear and supported in a carrier; and a ring gear circumscribing the intermediate gears, a first means for selectively coupling the ring gear to a first tower shaft of the turbofan engine; a second means for selectively coupling the sun gear to the carrier; and an output to an auxiliary gearbox.
A touch signal scan apparatus, comprising: a drive signal supply unit electrically connected with M drive lines in one-to-one correspondence; an electrode layer in which the M drive lines and N sense lines are arranged; N amplifiers electrically connected with different output ends of the N sense lines in one-to-one correspondence; and a bandwidth filter electrically connected with the N amplifiers; characterized in that: the drive signal supply unit is configured to supply drive signals (1, 2) with two different frequencies (f 1, f 2) to the M drive lines in a period of one frame, and the frequencies (f 1, f 2) of the drive signals (1, 2) supplied to two adjacent ones of the drive lines are different and are swapped in a period of two adjacent frames, and the frequencies (f 1, f 2) of the drive signals (1, 2) supplied to every other drive lines are the same; and wherein the bandwidth filter is configured to separate sense signals output from the N amplifiers so as to obtain the sense signals corresponding to the respective drive signals (1, 2) with the two different frequencies (f 1, f 2). a drive signal supply unit electrically connected with M drive lines in one-to-one correspondence; an electrode layer in which the M drive lines and N sense lines are arranged; N amplifiers electrically connected with different output ends of the N sense lines in one-to-one correspondence; and a bandwidth filter electrically connected with the N amplifiers; the drive signal supply unit is configured to supply drive signals (1, 2) with two different frequencies (f 1, f 2) to the M drive lines in a period of one frame, and the frequencies (f 1, f 2) of the drive signals (1, 2) supplied to two adjacent ones of the drive lines are different and are swapped in a period of two adjacent frames, and the frequencies (f 1, f 2) of the drive signals (1, 2) supplied to every other drive lines are the same; and wherein the bandwidth filter is configured to separate sense signals output from the N amplifiers so as to obtain the sense signals corresponding to the respective drive signals (1, 2) with the two different frequencies (f 1, f 2).
A computer-implemented method for modifying a haptic effect produced at a user input element (110, 114, 118), the computer-implemented method comprising: receiving a haptic effect definition data structure, wherein the haptic effect definition data structure is a data structure that comprises haptic data; receiving user input element data associated with a user interaction from a peripheral device, the user input element data comprising a position of the user input element (110, 114, 118) and a closure rate of the user input element (110, 114, 118); modifying the haptic effect definition data structure based on the received user input element data, wherein the modifying the haptic effect definition data structure comprises modifying the haptic data of the haptic effect definition data structure to generate a modified haptic effect definition data structure that compensates for a diminishment of an original haptic effect caused by the user interaction; sending a haptic instruction and the modified haptic effect definition data structure to the peripheral device; and causing a haptic output device, wherein the haptic output device is an actuator operably coupled to the user input element (110, 114, 118), to produce a modified haptic effect based on the modified haptic effect definition data structure at the user input element (110, 114, 118) of the peripheral device in response to the haptic instruction. receiving a haptic effect definition data structure, wherein the haptic effect definition data structure is a data structure that comprises haptic data; receiving user input element data associated with a user interaction from a peripheral device, the user input element data comprising a position of the user input element (110, 114, 118) and a closure rate of the user input element (110, 114, 118); modifying the haptic effect definition data structure based on the received user input element data, wherein the modifying the haptic effect definition data structure comprises modifying the haptic data of the haptic effect definition data structure to generate a modified haptic effect definition data structure that compensates for a diminishment of an original haptic effect caused by the user interaction; sending a haptic instruction and the modified haptic effect definition data structure to the peripheral device; and causing a haptic output device, wherein the haptic output device is an actuator operably coupled to the user input element (110, 114, 118), to produce a modified haptic effect based on the modified haptic effect definition data structure at the user input element (110, 114, 118) of the peripheral device in response to the haptic instruction.
A stretching device comprising: - a central structure comprising at least one main working axis, and - a handle extending on either side of the central structure, arranged to be movable along the main working axis of the central structure; the main working axis of the central structure being arranged to form an angle (a) with the horizontal ground in operational mode such that the handle moves closer to the ground as it moves away from the user, and the handle comprising locking means for locking the handle to the structure, said device being characterized in that the handle has a degree of freedom in rotation on itself, this being associated with the one-way longitudinal displacement of the handle along the main axis. - a central structure comprising at least one main working axis, and - a handle extending on either side of the central structure, arranged to be movable along the main working axis of the central structure; the main working axis of the central structure being arranged to form an angle (a) with the horizontal ground in operational mode such that the handle moves closer to the ground as it moves away from the user, and the handle comprising locking means for locking the handle to the structure, the main working axis of the central structure being arranged to form an angle (a) with the horizontal ground in operational mode such that the handle moves closer to the ground as it moves away from the user, and the handle comprising locking means for locking the handle to the structure,
Flatbed knitting machine or warp knitting machine comprising at least one thread guide which is movable along a thread guide rail and comprises a thread guide arm, on the lower end of which a thread guide member is arranged, the thread guide member having one or more thread feed elements for feeding threads to knitting needles (SN1, SN2) of the flatbed knitting machine or warp knitting machine, characterized in that a protective housing is provided for covering at least the one or more thread feed elements of the thread guide member.
An adeno-associated vector, comprising a recombinant viral genome where such genome comprises an expression cassette comprising a transcription regulatory region specific for neuronal tissues operatively bound to a polynucleotide of interest encoding a fusion protein, wherein the fusion protein comprises the active form of X-Box binding protein 1 (XBP1s), the active form of activating transcription factor 6 (ATF6f) and a bridge or linker sequence.
Method for determining an electrical contacting of an electrical system with a measurement system, the measurement system being connectable to measurement points of the electrical system by means of measurement contacts, wherein in the measurement system, after a discharge switch connecting a charging circuit to a voltage measurement device is closed, the charging circuit is discharged via an internal resistance (Ri) of the voltage measurement device, characterized, in that, when the discharge switch is closed, after a measurement switch connecting the voltage measurement device to the measurement contacts is closed, the contacting of the electrical system is with the measurement system is determined by analyzing the voltage curve at the voltage measurement device starting from closure of the measurement switch.
Device formed by an internal heat exchanger and by an accumulator that make up an air-conditioning loop inside which a refrigerant circulates, said device comprising an enclosure housing a reserve of refrigerant in the liquid state, and at least a first channel for circulating the refrigerant at high pressure and at least a second channel for circulating the refrigerant at low pressure, forming the internal heat exchanger, the reserve being interposed between an upper chamber and a lower chamber for receiving the low-pressure refrigerant that are formed inside the enclosure, characterized in that the internal heat exchanger comprises a plurality of first channels and a plurality of second channels, the first channels being formed through at least one first plate and the second channels being formed through at least one second plate, the first and the second plate being arranged against one another, the second channels extending inside the lower chamber, then extending inside the reserve, then extending inside the upper chamber, connecting said chambers (33, 38) to one another, the reserve enveloping the first and second channels (14, 15).
A compound N-(1-(4-cyanophenyl)-3,3-dimethyl-1-oxobutan-2-yl)-4-(6-methylpyridin-2-yl)piperazine-1-carboxamide of formula or a pharmaceutically acceptable salt thereof, enantiomer, or mixture thereof.
A layer system comprising a substrate and a coating of the substrate surface for corrosion and wear protection, the coating consisting of a first layer deposited on the substrate surface and a second layer deposited on the first layer, wherein the first layer is a bronze alloy layer which is composed of a binary copper-tin bronze, characterized in that the second layer is an alloy layer which is composed of tin, nickel, antimony and particles of boron or a boron compound selected from boron carbide or boron nitride, and that the first layer is free from these particles.
A method for correcting a message to be corrected, the message to be corrected having been generated by transforming an initial message and by inserting stuffing bits into the transformed message, both following a predetermined protocol; the method comprising providing an observation sequence containing the message to be corrected, constructing a plurality of path hypotheses through a lattice comprising nodes and branches, said branches representing the possible transitions between said nodes, selecting, from said path hypotheses, the most probable path hypothesis relative to the observation sequence, characterized in that in said lattice, said nodes each represent a state of a finite state machine likely to perform said transformation of the initial message, in that said branches comprise branches representing conditional transitions that can be taken only in the presence of a stuffing bit. and in that, when constructing a path hypothesis, stuffing bits are detected and the branches associated with the detected stuffing bits are taken.