mhurhangee/ep-ind-claims huggingface dataset:
A heat-shrink device for a heat-shrink label, comprising: a container-supporting means (28, 30) for supporting a container provided with a heat-shrink label; a heating cylinder arranged below the container-supporting means (28, 30) and capable of accommodating a container supported by the container supporting means (28, 30); a heating means for heating the inside of the heating cylinder; an elevating means for relatively raising and lowering the container-supporting means (28, 30) and the heating cylinder; and a control means for controlling the elevating means; the control means being configured to relatively raise and lower the container-supporting means (28, 30) and the heating cylinder so that the bottom of the container is inserted from the upper end of the heating cylinder by the elevating means, and thereby the container is positioned in the heating cylinder for a predetermined time by controlling the speed of the elevating means to heat shrink the label provided on the container; wherein the heating means comprises an injection nozzle that injects steam inside of the heating cylinder, and a steam supply means that supplies steam to the injection nozzle; characterized in that the heating cylinder comprises an inner cylinder, in which the outlet of the injection nozzle facing the inside is provided, and an outer cylinder, in which the upper end extends above the inner cylinder covering at least the upper part of the inner cylinder and which is arranged at a distance from the inner cylinder. a container-supporting means (28, 30) for supporting a container provided with a heat-shrink label; a heating cylinder arranged below the container-supporting means (28, 30) and capable of accommodating a container supported by the container supporting means (28, 30); a heating means for heating the inside of the heating cylinder; an elevating means for relatively raising and lowering the container-supporting means (28, 30) and the heating cylinder; and a control means for controlling the elevating means; the control means being configured to relatively raise and lower the container-supporting means (28, 30) and the heating cylinder so that the bottom of the container is inserted from the upper end of the heating cylinder by the elevating means, and thereby the container is positioned in the heating cylinder for a predetermined time by controlling the speed of the elevating means to heat shrink the label provided on the container; wherein the heating means comprises an injection nozzle that injects steam inside of the heating cylinder, and a steam supply means that supplies steam to the injection nozzle; characterized in that the heating cylinder comprises an inner cylinder, in which the outlet of the injection nozzle facing the inside is provided, and an outer cylinder, in which the upper end extends above the inner cylinder covering at least the upper part of the inner cylinder and which is arranged at a distance from the inner cylinder.
A polynucleotide selected from the group consisting of: a) polynucleotides encoding for the polypeptide RBM20 comprising a P638L or a P641L mutation (Homo sapiens) or a P641L mutation (Rattus norvegicus), b) polynucleotides with a reverse complementary sequence of the polynucleotide of a) above, and c) polynucleotides encoding for the polypeptide RBM20 comprising the P638L or the P641L mutation with an identity of at least 50 % to a polynucleotide of a) or b) above. a) polynucleotides encoding for the polypeptide RBM20 comprising a P638L or a P641L mutation (Homo sapiens) or a P641L mutation (Rattus norvegicus), b) polynucleotides with a reverse complementary sequence of the polynucleotide of a) above, and c) polynucleotides encoding for the polypeptide RBM20 comprising the P638L or the P641L mutation with an identity of at least 50 % to a polynucleotide of a) or b) above.
A method for detecting structural, electrical or mechanical changes on or at a surface by measuring the flexibility or elasticity of the surface using scanning probe microscopy, comprising bringing a scanning probe into proximity with the surface and controlling the position of the probe relative to the surface to maintain a constant distance, wherein pressure is applied to the surface by a regulated flow of liquid through the probe, with subsequent monitoring of the position of the probe, wherein movement of the probe indicates a consequent movement of the surface
Battery pack having a battery module having a set of battery cells and at least one cooling device, the device comprising a heat collecting plate in contact with an outer surface of at least one battery cell, a heat duct in contact with the heat collecting plate, and a heat dissipating element, characterized in that the heat dissipating element has a circular orifice in which the heat duct is positioned containing a fluid, and in that the connection between the heat dissipating element and the heat duct is established by tinning, the battery pack being such that the heat dissipating element comprises a set of fins arranged one above the other without contact, the fins having a trapezoidal form.
A pharmaceutical composition comprising a compound that activates Tie-2 and 2-hydroxypropyl-beta cyclodextrin, for use in treating a condition, wherein the compound that activates Tie-2 is a compound of the formula: or a pharmaceutically-acceptable salt, or zwitterion thereof
Plug connection unit which is suitable for use in an electrical contact coupling of a rail-bound vehicle, in particular a train, for connecting a large number of cables of two vehicle parts, for transmitting electrical pulses and/or powers, comprising a carrier and a large number of contacts (3, 4) which are fastened to the said carrier, wherein at least one connection is of redundant design, the contacts (3, 4) of the said connection being arranged to the left and to the right of a centre axis and being of complementary design, characterized in that the carrier comprises at least one conductor track by means of which the contacts (3, 4), which are of redundant design, are electrically connected.
Aircraft seat device with at least one headrest unit comprising at least one headrest element, which is configured at least to support the back of a passenger's head and spans at least one vertical plane, and comprising at least one neck support unit, which is arranged in a lower region of the headrest element with respect to a vertical direction and is movable relative to the headrest element at least in a movement direction which is oriented at least substantially perpendicularly to the vertical plane, and comprising at least one connection unit, which is configured to connect the headrest unit, together with the neck support unit, to a backrest movably at least relative to the vertical direction, wherein the headrest unit comprises two headrest wings, wherein the headrest wings are respectively arranged on the headrest element and the headrest unit comprises two support units, wherein each of the support units connects one of the headrest wings to the headrest element, and wherein the headrest unit comprises at least one articulation unit for a pivotable support of the neck support unit on the headrest element, characterised in that in a mounted state, the two headrest wings end flush with the neck support unit relative to the vertical direction.
A method for probabilistic generation of modulation symbols implemented by processing circuitry, the method comprising: receiving, from an information source device, a plurality of bits having an arbitrary distribution; characterized by partitioning the plurality of bits into a plurality of bit sets based on a symbol length of a codeword and a modulation constellation defined by a modulation symbol alphabet; mapping a first bit set of the plurality of bit sets based on a first power level of the modulation symbol alphabet to produce a plurality of first modulation symbols; populating an output codeword at a plurality of first codeword locations with the plurality of first modulation symbols; mapping the second bit set of the plurality of bit sets based on a second power level of the modulation symbol alphabet to produce a plurality of second modulation symbols; populating a plurality of remaining codeword locations with the plurality of second modulation symbols; and providing the output codeword for transmission, wherein a number of symbols of the first power level of the modulation symbol alphabet and a number of symbols of the second power level of the modulation symbol alphabet are chosen such that a number of output codewords is sufficient to represent all combinations of the plurality of bits. receiving, from an information source device, a plurality of bits having an arbitrary distribution; characterized by partitioning the plurality of bits into a plurality of bit sets based on a symbol length of a codeword and a modulation constellation defined by a modulation symbol alphabet; mapping a first bit set of the plurality of bit sets based on a first power level of the modulation symbol alphabet to produce a plurality of first modulation symbols; populating an output codeword at a plurality of first codeword locations with the plurality of first modulation symbols; mapping the second bit set of the plurality of bit sets based on a second power level of the modulation symbol alphabet to produce a plurality of second modulation symbols; populating a plurality of remaining codeword locations with the plurality of second modulation symbols; and providing the output codeword for transmission, wherein a number of symbols of the first power level of the modulation symbol alphabet and a number of symbols of the second power level of the modulation symbol alphabet are chosen such that a number of output codewords is sufficient to represent all combinations of the plurality of bits.
A shuttering panel comprising a shuttering front face and at least one first side edge comprising at least one receiving opening (ODH, OGB), extending along a horizontal opening axis (X-ODH, X-ODB), configured to allow passage of a link rod belonging to a linking device of another shuttering panel, the shuttering panel comprising a clamping device configured to exert pulling on the link rod, the clamping device comprising: - At least one head, extending facing the receiving opening (ODH, ODB), comprising an open cavity configured to receive a connection end of the link rod, - At least one locking member, being in the form of a pin, configured to translationally block the connection end of the link rod and the head along the horizontal opening axis (X-OGH, X- OGB), and - At least one movement member for translationally moving the head along the horizontal opening axis (X-ODH, X-ODB) configured to exert pulling on the link rod so as to perform clamping. - At least one head, extending facing the receiving opening (ODH, ODB), comprising an open cavity configured to receive a connection end of the link rod, - At least one locking member, being in the form of a pin, configured to translationally block the connection end of the link rod and the head along the horizontal opening axis (X-OGH, X- OGB), and - At least one movement member for translationally moving the head along the horizontal opening axis (X-ODH, X-ODB) configured to exert pulling on the link rod so as to perform clamping.
A multi-compartment pouch formed from two water soluble substrates (2,3) wherein the pouch is substantially symmetrical about a weld line between the two substrates, wherein one of the water soluble substrates is a top or lidding web and the other water soluble substrate is a base web and the top or lidding web is thinner than the base web, and wherein the top lidding web has a thickness of between 30% and 90% of that of the base web and wherein each compartment (1a;1b;1c;1d) is filled to at least 80% of the available volume.
A hybrid powertrain comprising a combustion engine and a gearbox with an input shaft and an output shaft; a first planetary gear connected to the input shaft and a first main shaft; a second planetary gear connected to the first planetary gear and a second main shaft; a first electrical machine connected to the first planetary gear; a second electrical machine connected to the second planetary gear; at least one gear pair (G1, 60, 72) connected to the first planetary gear and to the output shaft; and at least one gear pair (G2, 66, 78) connected to the second planetary gear and to the output shaft, wherein a second planet wheel carrier of the second planetary gear is connected to the second main shaft, wherein the input shaft is connected to a first planet wheel carrier of the first planetary gear, characterised in that a coupling device is provided between the combustion engine and the gearbox so that the combustion engine can be disconnected from the gearbox, and the first planet wheel carrier of the first planetary gear is connected to a second sun wheel of the second planetary gear, and that a first sun wheel of the first planetary gear is connected to the first main shaft.
Roller for a rolling bearing, said roller having an outer surface revolving about an axis of symmetry and a lateral face arranged on either side of said outer surface, said roller being intended to rotate in said bearing about the axis of symmetry thereof while bearing on the outer surface thereof, said roller having two recesses produced respectively on each lateral face extending along the axis of symmetry, said recesses having an opening formed on the lateral face and being separated axially by a material bridge, said roller being characterised in that the recesses are each defined by a lateral revolving surface, the shape whereof is divergent tapered from said opening to said material bridge.
A wrench for coupling a set screw (222, 310) to a medical device comprising: a shaft (420, 426) comprising an interface end that is configured to be received in a set screw depression defined on a head of a set screw, the shaft defining an axis of the wrench; and a handle housing; and characterised in that the wrench is configured so that if an axial force exceeding a first threshold is applied to the handle housing, then the handle housing will rotate with respect to the shaft (420, 426). a shaft (420, 426) comprising an interface end that is configured to be received in a set screw depression defined on a head of a set screw, the shaft defining an axis of the wrench; and a handle housing; and characterised in that the wrench is configured so that if an axial force exceeding a first threshold is applied to the handle housing, then the handle housing will rotate with respect to the shaft (420, 426).
A force transferring wellbore connector capable of transferring a pulling force of more than five metric tonnes, wherein the connector is interchangeable between a connected and a non-connected mode, comprising a box part and a pin part, wherein the pin part comprises a pin section that is configured to be inserted into a receiving cavity of the box part, wherein the pin section comprises at least one lug and the box part comprises at least one locking shoulder, and wherein, when the pin section is located inside the receiving cavity, the lug is configured to rotate between a non-engaged state, in which it does not engage the locking shoulder and an engaged state, in which it engages the locking shoulder, so that when in the engaged state the engagement between the locking shoulder and the lug prevents the pin section from movement out of the receiving cavity, wherein the connector further comprises an electric connection arrangement configured to guide electric power and/or electric signals through the connector, and wherein the electric connection arrangement is in a connected state when the pin section is inserted into the receiving cavity and in a non-connected state when the pin section is not inserted into the receiving cavity characterized in that the pin part is configured to connect to the box part by a mutual rotation of about 90 degrees, after insertion of the pin part into the box part, and that the force transferring wellbore connector further comprises a latching arrangement configured to latch the connector in the connected mode. wherein the connector further comprises an electric connection arrangement configured to guide electric power and/or electric signals through the connector, and wherein the electric connection arrangement is in a connected state when the pin section is inserted into the receiving cavity and in a non-connected state when the pin section is not inserted into the receiving cavity characterized in that the pin part is configured to connect to the box part by a mutual rotation of about 90 degrees, after insertion of the pin part into the box part, and that the force transferring wellbore connector further comprises a latching arrangement configured to latch the connector in the connected mode.
An apparatus comprising: a nonlinear lookup unit, NL-LUU, configured to add a phase shift to a signal sample to compensate for pattern dependent phase distortion; and one or more first phase adjustment units coupled to the NL-LUU and configured to remove from the signal sample a nonlinear phase error using the NL-LUU based feed forward phase correction (FFCR) and a decision circuit, wherein the signal sample is a sample of a received signal polarization component of a polarization multiplexed coherent signal in a PM coherent optical system. a nonlinear lookup unit, NL-LUU, configured to add a phase shift to a signal sample to compensate for pattern dependent phase distortion; and one or more first phase adjustment units coupled to the NL-LUU and configured to remove from the signal sample a nonlinear phase error using the NL-LUU based feed forward phase correction (FFCR) and a decision circuit, wherein the signal sample is a sample of a received signal polarization component of a polarization multiplexed coherent signal in a PM coherent optical system.
Laundry washing machine comprising an outer casing structured for resting on the floor, a hollow washing tub arranged inside the casing, a revolving drum structured for housing the laundry to be washed and housed in axially rotating manner inside said washing tub, and a motor assembly structured for driving into rotation said revolving drum inside the washing tub; said the motor assembly in turn comprising an electric motor and a power control unit structured to energize the electric motor, both attached to the washing tub; the laundry washing machine being characterized in that the washing tub comprises distinct and separated, first and second (21, 23) coupling portions; the electric motor being attached to the first coupling portion of the washing tub and the power control unit being attached to the second coupling portion (21, 23) of the washing tub.
Agricultural implement having a parking apparatus, which has at least one parking support (52a, 52b), and having a coupling apparatus for coupling the agricultural implement to a three-point hitch of a tractor, said coupling apparatus having - a coupling element, which can be moved between a coupling position and an operating position and is intended to be coupled to an upper link of a three-point hitch of a tractor; and - a locking system with a movable locking device (36a, 36b), by means of which, in a locking position, the movement of the coupling element located in the operating position is delimited at least in one direction, and with a movable securing device (38a, 38b), which in a securing position, together with the locking device (36a, 36b) located in the locking position, arrests the coupling element such that it can be subjected to loading in the operating position; wherein, irrespective of a movement of the agricultural implement, the securing device (38a, 38b) can be displaced from a passive position into the securing position; characterized in that the securing device (38a, 38b) is coupled mechanically to the parking apparatus via one or more levers such that, as the parking support (52a, 52b) moves from a parking position to an operating position, the securing device (38a, 38b) is moved from the passive position into the securing position. - a coupling element, which can be moved between a coupling position and an operating position and is intended to be coupled to an upper link of a three-point hitch of a tractor; and - a locking system with a movable locking device (36a, 36b), by means of which, in a locking position, the movement of the coupling element located in the operating position is delimited at least in one direction, and with a movable securing device (38a, 38b), which in a securing position, together with the locking device (36a, 36b) located in the locking position, arrests the coupling element such that it can be subjected to loading in the operating position;
Fastening system, comprising a profile, a fastening piece, at least two clamping pieces (3, 3'), and at least two fastening means (4, 4') which each act in a force direction (R, R') and which interact with the clamping pieces (3, 3), the profile having a groove and providing first contact surfaces (5, 5') for the clamping pieces (3, 3') and the fastening piece providing second contact surfaces (6, 6') for the clamping pieces (3, 3'), and the profile providing at least one contact surface (5c, 5c') for the fastening piece and the fastening piece having at least one projection (10, 10'), the profile having at least one peripheral groove (T, T') which is arranged in a side wall (NL, NL') of the groove and the opening (V, V') of which faces not inward but outward with respect to the groove, and the at least one projection (10, 10') engaging in the at least one peripheral groove (T, T'), the contact surface (5c, 5c') for the fastening piece thus being provided by the peripheral groove (T, T'), characterized in that the projection (10, 10') latches over the contact surface (5c, 5c') for the fastening piece.
A method for transmitting feedback of channel state information, characterized by comprising: under a transmission mode, user equipment, UE, determining contents carried by channel state information according to indication information, wherein the indication information comprises at least one of the following: rank indicator, RI, channel quality indication information, CQI, and configuration signaling sent by a base station eNodeB; and the UE sending the channel state information to the eNodeB, wherein the contents carried by the channel state information include one of the following: M pre-coding matrix indicators, PMIs, and N CQIs, K CQIs, one RI, wherein M, N and K are positive integral numbers, wherein if a rank indicated by the RI equals to X=1, 2,..., 8, the M PMIs include one of the following: two first PMIs, two second PMIs, one of the first PMIs and one of the second PMIs, one of the first PMIs, and one of the second PMIs, if 1 < X< a predetermined value, the M PMIs include one of the two following: two of the first PMIs, one of the first PMIs and one of the second PMIs, if X >= the predetermined value, the M PMIs include one of the second PMIs, wherein each first PMI is an index of a quantization vector and each second PMI is an index of a quantization matrix; or the first PMI is a multiple user-MIMO feedback mode PMI and the second PMI is a single user-MIMO feedback mode PMI; or the second PMI is an index of a quantization matrix and the first PMI is an index of a quantization vector or a supplement or enhancement of the second PMI. under a transmission mode, user equipment, UE, determining contents carried by channel state information according to indication information, wherein the indication information comprises at least one of the following: rank indicator, RI, channel quality indication information, CQI, and configuration signaling sent by a base station eNodeB; and the UE sending the channel state information to the eNodeB,