mhurhangee/ep-ind-claims huggingface dataset:
A vent duct having an inner fluid flow passage defined by an inner peripheral surface portion of the vent duct, the vent duct comprising: a duct body portion having an inner fluid flow passage; a bent portion formed to the duct body portion at which the fluid flow passage is bent; and a protruded portion formed on a downstream side of the bent portion so as to protrude from the inner peripheral surface portion toward an axial center of the fluid flow passage, wherein the protruded portion includes an upstream side end portion formed to be gently continuous to the inner peripheral surface portion of a downstream side portion of the bent portion, a body portion extending linearly from the upstream side end portion toward the downstream side portion along the fluid flow passage, and a downstream side end portion along the fluid flow passage to be continuous to the body, the downstream side end portion of the protruded portion being formed to be perpendicular to the inner peripheral surface portion, and wherein the body portion has an inner hollow structure, and the perpendicular surface portion of the protruded portion is formed with an adjustment hole communicated with an inside of the inner hollow structure of the body portion. a duct body portion having an inner fluid flow passage; a bent portion formed to the duct body portion at which the fluid flow passage is bent; and a protruded portion formed on a downstream side of the bent portion so as to protrude from the inner peripheral surface portion toward an axial center of the fluid flow passage, wherein the protruded portion includes an upstream side end portion formed to be gently continuous to the inner peripheral surface portion of a downstream side portion of the bent portion, a body portion extending linearly from the upstream side end portion toward the downstream side portion along the fluid flow passage, and a downstream side end portion along the fluid flow passage to be continuous to the body, the downstream side end portion of the protruded portion being formed to be perpendicular to the inner peripheral surface portion, and wherein the body portion has an inner hollow structure, and the perpendicular surface portion of the protruded portion is formed with an adjustment hole communicated with an inside of the inner hollow structure of the body portion.
A coffee machine, in particular a fully automatic coffee machine with a water tank, a pump, a brewing unit, a heater, a removable drip tray with a filtration means and a drainage device with an opening, wherein the filtration means is arranged in the drip tray upstream of the drainage device and the filtration means comprises a covering element that is detachably connected to the drip tray, wherein the coffee machine comprises a system which secures an operation of the coffee machine without a properly installed covering element in the drip tray, wherein the system is equipped with a closing element which cooperates with the covering element, characterized in that the closing element closes the opening of the drainage device when the covering element is not properly installed in the drip tray, and in that the closing element is engaged with the covering element to hold open the opening of the drainage device when the covering element is properly installed in the drip tray.
A diesel fuel composition comprising as an additive an ester compound which is the reaction product of a polyhydric alcohol of formula H- n -OH and at least 1.5 molar equivalents of a substituted succinic acid or an anhydride thereof, wherein R is an unsubstituted alkylene group and n is at least 1; wherein the substituted succinic acid or anhydride thereof is of formula or: wherein R 1 is an unsubstituted hydrocarbyl group having less than 30 carbon atoms; and wherein the diesel fuel composition comprises less than 50 ppm sulphur by weight.
A vertical-channel cell array transistor structure comprising a semiconductor substrate; a plurality of channels arranged in an array on the semiconductor substrate each of the plurality of channels extending perpendicularly from the semiconductor substrate; a gate insulating layer on the plurality of channels; a plurality of word lines on the semiconductor substrate and extending in a first direction; and a material layer on at least one surface of each of the plurality of word lines, characterised in that, the material layer is a two-dimensional, 2D, material. a semiconductor substrate; a plurality of channels arranged in an array on the semiconductor substrate each of the plurality of channels extending perpendicularly from the semiconductor substrate; a gate insulating layer on the plurality of channels; a plurality of word lines on the semiconductor substrate and extending in a first direction; and a material layer on at least one surface of each of the plurality of word lines, characterised in that, the material layer is a two-dimensional, 2D, material.
A locking holster, comprising: a holster body defining an at least partial cavity portion for receiving at least a portion of a handgun therein; a locking element having a longitudinal axis, wherein said locking element extends from a proximal end to a distal end, wherein said locking element has an overall cylindrical or conical shape extending from said proximal end to said distal end, wherein a helical portion begins at or proximate said proximal end and extends to a locking projection portion extending from at least a portion of said distal end of said locking element, wherein said locking element is at least partially rotatable between an engaged position and a disengaged position, wherein at least a part of said locking projection portion of said locking element retains said handgun in said holster in said engaged position, via interaction between at least a portion of said locking projection portion and an inner surface of a trigger guard of said handgun, and permits release of said handgun when in said disengaged position; a rod element, having a first rod element end attached or coupled to a first end of said locking element; and an engagement lever attached or coupled to a second end of said rod element, wherein said engagement lever is rotatable between an engaged position and a disengaged position, and wherein angular manipulation or rotation of at least a portion of said engagement lever results in angular manipulation or rotation of said locking element. a holster body defining an at least partial cavity portion for receiving at least a portion of a handgun therein; a locking element having a longitudinal axis, wherein said locking element extends from a proximal end to a distal end, wherein said locking element has an overall cylindrical or conical shape extending from said proximal end to said distal end, wherein a helical portion begins at or proximate said proximal end and extends to a locking projection portion extending from at least a portion of said distal end of said locking element, wherein said locking element is at least partially rotatable between an engaged position and a disengaged position, wherein at least a part of said locking projection portion of said locking element retains said handgun in said holster in said engaged position, via interaction between at least a portion of said locking projection portion and an inner surface of a trigger guard of said handgun, and permits release of said handgun when in said disengaged position; a rod element, having a first rod element end attached or coupled to a first end of said locking element; and an engagement lever attached or coupled to a second end of said rod element, wherein said engagement lever is rotatable between an engaged position and a disengaged position, and wherein angular manipulation or rotation of at least a portion of said engagement lever results in angular manipulation or rotation of said locking element.
A downlink channel decoding method, comprising: receiving, by a user equipment, dynamic signaling, wherein the dynamic signaling notifies the user equipment of a demodulation reference signal, DMRS, pattern corresponding to current downlink data transmission, the DMRS pattern being one of multiple DMRS patterns semi-statically configured by a base station or predefined in the user equipment; determining, by the user equipment based on the DMRS pattern notified by the dynamic signaling, a resource unit occupied by a DMRS; and decoding, by the user equipment, a downlink channel based on the DMRS transmitted on the resource unit; the determining, by the user equipment based on the DMRS pattern notified by the dynamic signaling, the resource unit occupied by the DMRS comprises: determining, by the user equipment based on the DMRS pattern notified by a specified information field in downlink allocation, the resource unit occupied by the DMRS, said method characterised in that the specified information field is a hybrid automatic repeat request acknowledgement resource offset field. receiving, by a user equipment, dynamic signaling, wherein the dynamic signaling notifies the user equipment of a demodulation reference signal, DMRS, pattern corresponding to current downlink data transmission, the DMRS pattern being one of multiple DMRS patterns semi-statically configured by a base station or predefined in the user equipment; determining, by the user equipment based on the DMRS pattern notified by the dynamic signaling, a resource unit occupied by a DMRS; and decoding, by the user equipment, a downlink channel based on the DMRS transmitted on the resource unit; the determining, by the user equipment based on the DMRS pattern notified by the dynamic signaling, the resource unit occupied by the DMRS comprises: determining, by the user equipment based on the DMRS pattern notified by a specified information field in downlink allocation, the resource unit occupied by the DMRS, said method characterised in that the specified information field is a hybrid automatic repeat request acknowledgement resource offset field.
A seat backrest (la, 1b) for a motor vehicle, the backrest comprising: - a framework comprising an upper crossbar which is substantially horizontal; - at least two coupling members comprising: a) respective guides, which are made of plastic material, comprise, each, at least a holding portion snap coupled to said upper crossbar, and have respective guide holes adapted for being slidingly engaged by respective rods of a headrest; b) fixing means which fix said guides to said upper crossbar; - a padding supported by said framework; - an upholstery covering said padding; characterized in that said fixing means comprise adhesive material fixing said guides directly to said upper crossbar, and in that the snap coupling keeps the adhesive material pressed between said guide and said upper crossbar. - a framework comprising an upper crossbar which is substantially horizontal; - at least two coupling members comprising: a) respective guides, which are made of plastic material, comprise, each, at least a holding portion snap coupled to said upper crossbar, and have respective guide holes adapted for being slidingly engaged by respective rods of a headrest; b) fixing means which fix said guides to said upper crossbar; a) respective guides, which are made of plastic material, comprise, each, at least a holding portion snap coupled to said upper crossbar, and have respective guide holes adapted for being slidingly engaged by respective rods of a headrest; b) fixing means which fix said guides to said upper crossbar; - a padding supported by said framework; - an upholstery covering said padding; characterized in that said fixing means comprise adhesive material fixing said guides directly to said upper crossbar, and in that the snap coupling keeps the adhesive material pressed between said guide and said upper crossbar.
A method for inspecting a spark plug comprising the steps of: providing a tubular insulator having an axial hole extending in a direction of an axis, a center electrode inserted into the axial hole at a front end side thereof, a tubular metallic shell disposed around the insulator, an annular space defined by an outer circumferential surface of the insulator and an inner circumferential surface of the metallic shell and opened frontward; inspecting insulation performance of the insulator based on whether dielectric breakdown is caused in the insulator when a voltage is applied to the center electrode; characterized by the method further comprising the steps of: photographing an area to obtain an image, said area including at least the center electrode, the insulator, and the annular space from a front end side in the direction of the axis when the voltage is applied to the center electrode; and determining whether the dielectric breakdown of the insulator has occurred based on the photographed image. providing a tubular insulator having an axial hole extending in a direction of an axis, a center electrode inserted into the axial hole at a front end side thereof, a tubular metallic shell disposed around the insulator, an annular space defined by an outer circumferential surface of the insulator and an inner circumferential surface of the metallic shell and opened frontward; inspecting insulation performance of the insulator based on whether dielectric breakdown is caused in the insulator when a voltage is applied to the center electrode; photographing an area to obtain an image, said area including at least the center electrode, the insulator, and the annular space from a front end side in the direction of the axis when the voltage is applied to the center electrode; and determining whether the dielectric breakdown of the insulator has occurred based on the photographed image.
A charging unit structure for an electrically driven vehicle, the charging unit structure comprising: an opening/closing member which is configured to open and close an opening of a vehicle body; a battery which is configured to supply electric power to a running motor; and a charging port through which charging of the battery is performed, the charging unit structure comprising: a charge opening which is disposed in the opening/closing member, and in which the charging port is placed; a lid member which is configured to open and close the charge opening; opening/closing member locking means for locking the opening/closing member to the vehicle body in a state where the opening/closing member closes the opening of the vehicle body; characterized in that it further comprises: a lid member locking means for locking the lid member to the opening/closing member in a state where the lid member closes the charge opening; and an unlocking prohibiting means for, when the lid member is in an unlocked state, prohibiting unlocking the opening/closing member by the opening/closing member locking means. an opening/closing member which is configured to open and close an opening of a vehicle body; a battery which is configured to supply electric power to a running motor; and a charging port through which charging of the battery is performed, the charging unit structure a charge opening which is disposed in the opening/closing member, and in which the charging port is placed; a lid member which is configured to open and close the charge opening; opening/closing member locking means for locking the opening/closing member to the vehicle body in a state where the opening/closing member closes the opening of the vehicle body; characterized in that it further comprises: a lid member locking means for locking the lid member to the opening/closing member in a state where the lid member closes the charge opening; and an unlocking prohibiting means for, when the lid member is in an unlocked state, prohibiting unlocking the opening/closing member by the opening/closing member locking means. a lid member locking means for locking the lid member to the opening/closing member in a state where the lid member closes the charge opening; and an unlocking prohibiting means for, when the lid member is in an unlocked state, prohibiting unlocking the opening/closing member by the opening/closing member locking means.
A glazing unit comprising at least one substrate equipped with a stack of thin layers reflecting infrared radiation, in which said stack is covered with a protective polymer film made of PVDC (polyvinylidene chloride) or of a copolymer based on PVDC obtained by copolymerization of vinylidene chloride with an amount smaller than 25% by weight of other monomers, the thickness of the polymer film being smaller than 10 microns.
A bone mill for use with a base unit, said bone mill including: a housing (240, 242) having an inlet opening into which bone stock is introduced into the housing and an outlet opening spaced away from the inlet opening, said housing further shaped to be removably attached to the base unit; and a cutting device moveably mounted in the housing between the inlet opening and the outlet opening, the cutting device mounted in the housing for rotation within the housing so as to transform bone stock into bone chips and having a coupling feature for removably engaging a base unit spindle so that the spindle can rotate the cutting device, wherein a tray is removably attached to the housing outside of the housing adjacent the outlet opening for receiving the bone chips discharged through the outlet opening. a housing (240, 242) having an inlet opening into which bone stock is introduced into the housing and an outlet opening spaced away from the inlet opening, said housing further shaped to be removably attached to the base unit; and a cutting device moveably mounted in the housing between the inlet opening and the outlet opening, the cutting device mounted in the housing for rotation within the housing so as to transform bone stock into bone chips and having a coupling feature for removably engaging a base unit spindle so that the spindle can rotate the cutting device, wherein a tray is removably attached to the housing outside of the housing adjacent the outlet opening for receiving the bone chips discharged through the outlet opening.
Electrical energy storage cell, having: - a cell housing; - an outlet device for gases of the energy storage cell; and - two pole connections (1b, 1c), each with different polarities, wherein at least one of the pole connections (1b, 1c) is electrically insulated from the cell housing, wherein, in the operational position of the energy storage cell, the pole connections (1b, 1c) are arranged on a bottom side of the energy storage cell and the outlet device for gases of the energy storage cell is arranged on a top side of the energy storage cell, characterized in that each of the pole connections (1b, 1c) is formed substantially over half of a surface area of the bottom side of the cell housing. - a cell housing; - an outlet device for gases of the energy storage cell; and - two pole connections (1b, 1c), each with different polarities, wherein at least one of the pole connections (1b, 1c) is electrically insulated from the cell housing, wherein, in the operational position of the energy storage cell, the pole connections (1b, 1c) are arranged on a bottom side of the energy storage cell and the outlet device for gases of the energy storage cell is arranged on a top side of the energy storage cell, characterized in that each of the pole connections (1b, 1c) is formed substantially over half of a surface area of the bottom side of the cell housing.
An encryption method comprising: performing an Advanced Encryption Standard "AES" operation on a plurality of fixed size data blocks using a mode of operation that operates on a block independently of other blocks, characterized in that further comprising: storing a set of k consecutive data blocks of the plurality of fixed sized data blocks in k registers (Xmm 1-6), k greater or equal to the latency of an AES round instruction, where the latency is given processor cycles, the AES round instruction to perform a sequence of AES round operations for an AES round on each of the set of k consecutive data blocks using a same cipher key; and performing the sequence of AES round operations on the set of k consecutive data blocks in parallel during the AES round by dispatching the AES round instruction to each of the set of k consecutive data blocks in a pipelined fashion at a rate of one data block per processor cycle such that the set of k consecutive data blocks, as operated, are ready for output one data block per processor cycle. performing an Advanced Encryption Standard "AES" operation on a plurality of fixed size data blocks using a mode of operation that operates on a block independently of other blocks, characterized in that further comprising: storing a set of k consecutive data blocks of the plurality of fixed sized data blocks in k registers (Xmm 1-6), k greater or equal to the latency of an AES round instruction, where the latency is given processor cycles, the AES round instruction to perform a sequence of AES round operations for an AES round on each of the set of k consecutive data blocks using a same cipher key; and performing the sequence of AES round operations on the set of k consecutive data blocks in parallel during the AES round by dispatching the AES round instruction to each of the set of k consecutive data blocks in a pipelined fashion at a rate of one data block per processor cycle such that the set of k consecutive data blocks, as operated, are ready for output one data block per processor cycle. storing a set of k consecutive data blocks of the plurality of fixed sized data blocks in k registers (Xmm 1-6), k greater or equal to the latency of an AES round instruction, where the latency is given processor cycles, the AES round instruction to perform a sequence of AES round operations for an AES round on each of the set of k consecutive data blocks using a same cipher key; and performing the sequence of AES round operations on the set of k consecutive data blocks in parallel during the AES round by dispatching the AES round instruction to each of the set of k consecutive data blocks in a pipelined fashion at a rate of one data block per processor cycle such that the set of k consecutive data blocks, as operated, are ready for output one data block per processor cycle.
Method for operating a pump that is driven by an electric motor in a hydraulic system in a power-optimized manner at very low volumetric flow rates, the target delivery head of the pump being regulated along a preset characteristic curve depending on the volume flow rate, characterized in that the target delivery head is reduced with respect to the preset characteristic curve when the volumetric flow rate falls below a reference value (Q_ref) which is a maximum of one-tenth, preferably one-twentieth, of the maximum volume flow (Q_max) on the characteristic curve, the reduction being carried out as long as the volumetric flow rate lies below the volume flow reference value (Q_ref) and a delivery head minimum value (H_min) has not yet been reached.
An orthodontic appliance for use in a state fitted in an oral cavity, which orthodontic appliance comprises an orthodontic unit to be removably installed in the oral cavity and molar caps erected near the orthodontic unit, and wherein the orthodontic unit comprises a pair of U-shaped devices formed of a maxillary orthodontic unit and a mandibular orthodontic unit united by wires, straightening of teeth being performed while positions of upper and lower jaws are being adjusted, the molar caps comprise large covering lids for anchoring that are slightly higher than surrounding teeth, the orthodontic unit is, for mounting on desired left, right, upper and lower molars to perform occlusal elevation, locked to the molar caps through grooves provided in the maxillary orthodontic unit of the orthodontic unit to be thereby mounted on outer peripheries of the molar caps.