mhurhangee/patent-ind-claim-en huggingface dataset:
A core for a glide board , comprising an upper face and a lower face intended to face the gliding sole , the lower face defining a plane (P) comprising a longitudinal axis oriented along the length of the board and a transverse axis oriented along the width of the board, the core having a thickness measured in a direction perpendicular to said lower face of the core , said core comprising: - at least one plywood element of a first type comprising an alternation of layers having wood fibres oriented along the longitudinal axis and layers having wood fibres oriented along the transverse axis, and characterised by - at least one plywood element of a second type comprising an alternation of layers of wood fibres oriented along the longitudinal axis and layers having wood fibres oriented along the thickness of the core . - at least one plywood element of a first type comprising an alternation of layers having wood fibres oriented along the longitudinal axis and layers having wood fibres oriented along the transverse axis, and characterised by - at least one plywood element of a second type comprising an alternation of layers of wood fibres oriented along the longitudinal axis and layers having wood fibres oriented along the thickness of the core .
A method implemented on a distributed network element, DU , of a base station the method comprising: generating a first message that comprises first configuration information associated with the DU ; and transmitting the first message to a centralized network element, CU , of the base station for exchanging configuration information with the CU , wherein the DU and the CU cooperate to serve at least one cell in a wireless network as a base station, wherein the first configuration information comprises identification information of the DU for the CU to identify the DU , and a list of public land mobile networks or tracking area identities supported by the DU . generating a first message that comprises first configuration information associated with the DU ; and transmitting the first message to a centralized network element, CU , of the base station for exchanging configuration information with the CU , wherein the DU and the CU cooperate to serve at least one cell in a wireless network as a base station, wherein the first configuration information comprises identification information of the DU for the CU to identify the DU , and
A method, comprising: monitoring an output arc voltage of an output arc between a workpiece and a welding electrode of a welding system during a welding operation; comparing the output arc voltage to a voltage threshold level and determining that the welding electrode has been retracted from the workpiece when the output arc voltage exceeds a voltage threshold level; triggering a timer when the output arc voltage exceeds the voltage threshold level ; determining that the output arc between the workpiece and the welding electrode is to be extinquished and stopping an output weld current of the welding system when the output arc voltage remains above the voltage threshold level until a value of the timer exceeds a temporal threshold ; and otherwise maintaining an output arc with the output weld current to continue the welding operation when the output arc voltage fails to exceed the voltage threshold level before the value of the timer exceeds the temporal threshold . monitoring an output arc voltage of an output arc between a workpiece and a welding electrode of a welding system during a welding operation; comparing the output arc voltage to a voltage threshold level and determining that the welding electrode has been retracted from the workpiece when the output arc voltage exceeds a voltage threshold level; triggering a timer when the output arc voltage exceeds the voltage threshold level ; determining that the output arc between the workpiece and the welding electrode is to be extinquished and stopping an output weld current of the welding system when the output arc voltage remains above the voltage threshold level until a value of the timer exceeds a temporal threshold ; and otherwise maintaining an output arc with the output weld current to continue the welding operation when the output arc voltage fails to exceed the voltage threshold level before the value of the timer exceeds the temporal threshold .
An antisense oligomer of 14 to 32 bases in length comprising connected two unit oligomers selected from the group consisting of (a) to (e) shown below, or a pharmaceutically acceptable salt or hydrate thereof, wherein the two unit oligomers are not contiguous to each other or do not overlap with each other: (a) a unit oligomer consisting of a nucleotide sequence complementary to a nucleotide sequence consisting of contiguous 7 to 16 bases selected from a nucleotide sequence located at positions -5 to 15 from the 5'-terminal end of exon 45 in the human dystrophin gene; (b) a unit oligomer consisting of a nucleotide sequence complementary to a nucleotide sequence consisting of contiguous 7 to 16 bases selected from a nucleotide sequence located at positions 48 to 70 from the 5'-terminal end of exon 45 in the human dystrophin gene; (c) a unit oligomer consisting of a nucleotide sequence complementary to a nucleotide sequence consisting of contiguous 7 to 16 bases selected from a nucleotide sequence located at positions 128 to 150 from the 5'-terminal end of exon 45 in the human dystrophin gene; (d) a unit oligomer consisting of a nucleotide sequence complementary to a nucleotide sequence consisting of contiguous 7 to 16 bases selected from a nucleotide sequence located at positions 15 to 40 from the 5'-terminal end of exon 45 in the human dystrophin gene; and (e) a unit oligomer consisting of a nucleotide sequence complementary to a nucleotide sequence consisting of contiguous 7 to 16 bases selected from a nucleotide sequence located at positions 110 to 125 from the 5'-terminal end of exon 45 in the human dystrophin gene. (a) a unit oligomer consisting of a nucleotide sequence complementary to a nucleotide sequence consisting of contiguous 7 to 16 bases selected from a nucleotide sequence located at positions -5 to 15 from the 5'-terminal end of exon 45 in the human dystrophin gene; (b) a unit oligomer consisting of a nucleotide sequence complementary to a nucleotide sequence consisting of contiguous 7 to 16 bases selected from a nucleotide sequence located at positions 48 to 70 from the 5'-terminal end of exon 45 in the human dystrophin gene; (c) a unit oligomer consisting of a nucleotide sequence complementary to a nucleotide sequence consisting of contiguous 7 to 16 bases selected from a nucleotide sequence located at positions 128 to 150 from the 5'-terminal end of exon 45 in the human dystrophin gene; (d) a unit oligomer consisting of a nucleotide sequence complementary to a nucleotide sequence consisting of contiguous 7 to 16 bases selected from a nucleotide sequence located at positions 15 to 40 from the 5'-terminal end of exon 45 in the human dystrophin gene; and (e) a unit oligomer consisting of a nucleotide sequence complementary to a nucleotide sequence consisting of contiguous 7 to 16 bases selected from a nucleotide sequence located at positions 110 to 125 from the 5'-terminal end of exon 45 in the human dystrophin gene.
A scanning optical beam imaging system for imaging a surface with convex curvature, the system characterized by comprising: a sphero-telecentric objective including an aspheric optical element and a path equalizing element, wherein the path equalizing element (PEQ) includes a curved lens group , wherein the curved lens group is configured to image the surface with convex curvature onto a flat plane, such that optical path length difference over a predetermined sub region of the field of view is within a predetermined range.
An apparatus comprising means for performing: detecting a radio link failure of a master cell group; suspending master cell group transmission for radio bearers, based on the detecting; transmitting or reporting a radio resource control indication over at least one of a signaling radio bearer between the apparatus and a secondary node, or a secondary cell group leg of a split signaling radio bearer, wherein the radio resource control indication comprises a master cell group failure information message, the apparatus characterized by further comprising means for performing: starting a timer upon transmitting or reporting the radio resource control indication, wherein the timer comprises a master cell group failure timer; and stopping the timer upon at least one of successful configuration or reconfiguration of the apparatus's primary serving cell, or reception of a command to leave radio resource control connected state. detecting a radio link failure of a master cell group; suspending master cell group transmission for radio bearers, based on the detecting; transmitting or reporting a radio resource control indication over at least one of a signaling radio bearer between the apparatus and a secondary node, or a secondary cell group leg of a split signaling radio bearer, wherein the radio resource control indication comprises a master cell group failure information message, the apparatus characterized by further comprising means for performing: starting a timer upon transmitting or reporting the radio resource control indication, wherein the timer comprises a master cell group failure timer; and stopping the timer upon at least one of successful configuration or reconfiguration of the apparatus's primary serving cell, or reception of a command to leave radio resource control connected state. starting a timer upon transmitting or reporting the radio resource control indication, wherein the timer comprises a master cell group failure timer; and stopping the timer upon at least one of successful configuration or reconfiguration of the apparatus's primary serving cell, or reception of a command to leave radio resource control connected state.
An apparatus comprising: means for receiving (210, S5.1, S10.1), at a target user equipment, UE, and from a supporting UE, a signal including information indicative of supporting UE measurements, performed by the supporting UE, of signals transmitted from the target UE to the supporting UE via a multipath communications channel, the supporting UE measurements performed by the supporting UE including delay and angle measurements of the signals transmitted from the target UE to the supporting UE via the multipath communications channel; means for time-aligning (214, S5.2, S10.2), by the target UE, the supporting UE measurements performed by the supporting UE with target UE measurements, performed by the target UE, of signals transmitted from the supporting UE to the target UE via the multipath communications channel, the target UE measurements performed by the target UE including delay and angle measurements for the signals transmitted from the supporting UE to the target UE via the multipath communications channel; means for determining (215, S5.3, S10.3), by the target UE and based on the time-aligned measurements, an association between a component of the target UE measurements (811-814) and at least one respective component of the supporting UE measurements (821-824), wherein the associated components are determined to correspond to a particular reflector in an environment of the target UE; and means for determining (216, S5.4, S10.4), by the target UE and based on the associated components, location information for the particular reflector. means for receiving (210, S5.1, S10.1), at a target user equipment, UE, and from a supporting UE, a signal including information indicative of supporting UE measurements, performed by the supporting UE, of signals transmitted from the target UE to the supporting UE via a multipath communications channel, the supporting UE measurements performed by the supporting UE including delay and angle measurements of the signals transmitted from the target UE to the supporting UE via the multipath communications channel; means for time-aligning (214, S5.2, S10.2), by the target UE, the supporting UE measurements performed by the supporting UE with target UE measurements, performed by the target UE, of signals transmitted from the supporting UE to the target UE via the multipath communications channel, the target UE measurements performed by the target UE including delay and angle measurements for the signals transmitted from the supporting UE to the target UE via the multipath communications channel; means for determining (215, S5.3, S10.3), by the target UE and based on the time-aligned measurements, an association between a component of the target UE measurements (811-814) and at least one respective component of the supporting UE measurements (821-824), wherein the associated components are determined to correspond to a particular reflector in an environment of the target UE; and means for determining (216, S5.4, S10.4), by the target UE and based on the associated components, location information for the particular reflector.
A fluid connection assembly , comprising: a connector body , including: a first end ; a second end ; a first through-bore ; and, a first radially outward facing surface comprising a first groove ; and, a retainer operatively arranged to be removably connected to the connector body , the retainer including: a first section , including: a third end engaged with the first groove; a fourth end ; a first flange arranged between the third end and the fourth end ; a first male connector ; and, a first female connector ; and, a second section , including: a fifth end engaged with the first groove; a sixth end ; a second flange arranged between the fifth end and the sixth end ; a second male connector arranged to engage with the first female connector ; and, a second female connector arranged to engage with the first male connector ; wherein, in a locked state the first flange and the second flange abut against the second end . a first end ; a second end ; a first through-bore ; and, a first radially outward facing surface comprising a first groove ; and, a retainer operatively arranged to be removably connected to the connector body , the retainer including: a first section , including: a third end engaged with the first groove; a fourth end ; a first flange arranged between the third end and the fourth end ; a first male connector ; and, a first female connector ; and, a second section , including: a fifth end engaged with the first groove; a sixth end ; a second flange arranged between the fifth end and the sixth end ; a second male connector arranged to engage with the first female connector ; and, a second female connector arranged to engage with the first male connector ; wherein, in a locked state the first flange and the second flange abut against the second end . a first section , including: a third end engaged with the first groove; a fourth end ; a first flange arranged between the third end and the fourth end ; a first male connector ; and, a first female connector ; and, a third end engaged with the first groove; a fourth end ; a first flange arranged between the third end and the fourth end ; a first male connector ; and, a first female connector ; and, a second section , including: a fifth end engaged with the first groove; a sixth end ; a second flange arranged between the fifth end and the sixth end ; a second male connector arranged to engage with the first female connector ; and, a second female connector arranged to engage with the first male connector ; a fifth end engaged with the first groove; a sixth end ; a second flange arranged between the fifth end and the sixth end ; a second male connector arranged to engage with the first female connector ; and, a second female connector arranged to engage with the first male connector ; wherein, in a locked state the first flange and the second flange abut against the second end .
A machine for separative machining of a plate-shaped workpiece by means of a processing beam , comprising: a first movement unit for moving the workpiece in a first direction (X); a second movement unit for moving a processing head directing the processing beam onto the workpiece in a second direction (Y), as well as two workpiece bearing faces for bearing the workpiece , a gap that extends along the second direction (Y) being formed between said two workpiece bearing faces , a parts chute which is movable between a first position (S1) and a second position (S2), wherein in the second position (S2) a chute face of the parts chute is arranged in the gap so as to move a workpiece part , that is cut free from the workpiece and drops into the gap , laterally next to the gap ; characterized by a receiving unit , movable in the second direction (Y), for receiving the workpiece part at a transfer position (Y UP ) in the second direction (Y) as well as for transporting the workpiece part received at the transfer position (Y UP ) to different discharging positions (Y A1 , Y A2 , ...) of the machine along the second direction (Y), wherein the receiving unit has at least one discharging unit movable between a first position (S1) for supporting the workpiece part and a second position (S2) for discharging the workpiece part . a first movement unit for moving the workpiece in a first direction (X); a second movement unit for moving a processing head directing the processing beam onto the workpiece in a second direction (Y), as well as two workpiece bearing faces for bearing the workpiece , a gap that extends along the second direction (Y) being formed between said two workpiece bearing faces , a parts chute which is movable between a first position (S1) and a second position (S2), wherein in the second position (S2) a chute face of the parts chute is arranged in the gap so as to move a workpiece part , that is cut free from the workpiece and drops into the gap , laterally next to the gap ; characterized by a receiving unit , movable in the second direction (Y), for receiving the workpiece part at a transfer position (Y UP ) in the second direction (Y) as well as for transporting the workpiece part received at the transfer position (Y UP ) to different discharging positions (Y A1 , Y A2 , ...) of the machine along the second direction (Y), wherein the receiving unit has at least one discharging unit movable between a first position (S1) for supporting the workpiece part and a second position (S2) for discharging the workpiece part .
A tank for transporting gas, liquid or powder products including: - a vessel in which a manhole is provided, said manhole having a base integral with the vessel and a cover to plug the manhole , said cover being movable between an opening position and a closing position, - an opening/closing device for said cover having - a fixed part integral with the base of the manhole ; - a moving part integral with the cover ; said tank being characterised in that said opening/closing device additionally has: - a moving extension element mechanically connecting the fixed part to the moving part ; said fixed part , said moving part and said extension element including means for making a pivot connection and a slide connection between the cover and the base of the manhole ; the moving part integral with the cover being configured to vertically slide with respect to the extension element between a bottom position and a top position; said extension element being configured to vertically slide with respect to said fixed part integral with the base of the manhole , between a bottom position and a top position; said moving part integral with the cover is configured to be rotatably movable with respect to the extension element . - a vessel in which a manhole is provided, said manhole having a base integral with the vessel and a cover to plug the manhole , said cover being movable between an opening position and a closing position, - an opening/closing device for said cover having - a fixed part integral with the base of the manhole ; - a moving part integral with the cover ; said tank being - a moving extension element mechanically connecting the fixed part to the moving part ;
Packaging machine comprising a forming station , a sealing station and a cutting station , which are arranged in this sequence along a production direction (R) and are configured to manufacture filled packages out of first and second films , wherein the packaging machine further comprises a shrinking station and a drying appliance to dry the packages , wherein the shrinking station is configured to shrink the packages by immersion in a water bath or by spraying with water, characterized in that the shrinking station is arranged downstream of the cutting station , wherein the packaging machine is further characterized in that the drying appliance is configured to remove water from a surface of the packages with a first airflow that runs in a first direction (U) directed downwards, wherein the first airflow is generated by a blower arrangement comprising two blowers and an air conducting element arranged in between the latter.
A casting method of an active metal comprising, in an induction melting furnace using a water-cooled crucible , tapping a molten metal (M) into a mold from a tapping hole provided at a bottom of the water-cooled copper crucible to cast an ingot (S) of the active metal, wherein in conducting the casting under a casting condition in which the ingot (S) has a diameter (D) of 10 mm or more and a ratio (H/D) of an ingot height (H), expressed in mm, to the ingot diameter (D) of 1.5 or more and a weight of the molten metal (M) tapped in the casting is 200 kg or less, a temperature of the molten metal (M) in the casting is set to be higher than the melting point of the active metal and the casting is conducted while a casting velocity (V), expressed in mm/sec, that is a velocity at which the casting proceeds in the mold is controlled to satisfy V≤0.1H in relation with the ingot height (H), expressed in mm, by adjusting an opening diameter of the tapping hole by an electromagnetic method or a mechanical method, or by a previously prepared plurality of valve members having different opening diameter and the opening diameter is adjusted by exchanging the valve member. wherein in conducting the casting under a casting condition in which the ingot (S) has a diameter (D) of 10 mm or more and a ratio (H/D) of an ingot height (H), expressed in mm, to the ingot diameter (D) of 1.5 or more and a weight of the molten metal (M) tapped in the casting is 200 kg or less, a temperature of the molten metal (M) in the casting is set to be higher than the melting point of the active metal and the casting is conducted while a casting velocity (V), expressed in mm/sec, that is a velocity at which the casting proceeds in the mold is controlled to satisfy V≤0.1H in relation with the ingot height (H), expressed in mm, by adjusting an opening diameter of the tapping hole by an electromagnetic method or a mechanical method, or by a previously prepared plurality of valve members having different opening diameter and the opening diameter is adjusted by exchanging the valve member.
A process for the preparation of a compound of formula (I) or a salt thereof comprising: a) Preparing a palladium catalyst wherein the palladium catalyst is a mixture comprising a palladium source, a ligand and a base in a suitable solvent; b) Mixing compound of formula (III): X is I or Cl or Br or trifluoromethanesulfonate, P is a protective group, with 2-vinylpyridine and a solvent; c) Adding the palladium catalyst prepared in step a) to the mixture prepared in step b) to provide compound of formula (IV); d) Deprotecting compound of formula (IV) to provide compound of formula (I) or a salt thereof. a) Preparing a palladium catalyst wherein the palladium catalyst is a mixture comprising a palladium source, a ligand and a base in a suitable solvent; b) Mixing compound of formula (III): X is I or Cl or Br or trifluoromethanesulfonate, P is a protective group, with 2-vinylpyridine and a solvent; c) Adding the palladium catalyst prepared in step a) to the mixture prepared in step b) to provide compound of formula (IV); d) Deprotecting compound of formula (IV) to provide compound of formula (I) or a salt thereof.