mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic tire comprising: a tire main body; and at least one sound damper formed by affixing a foam material having a plate shape to an inner cavity surface of the tire main body to form a ring shape, a size of an inner circumferential surface of the foam material in a longitudinal direction, being smaller than that of an outer circumferential surface, such that the outer circumferential surface is toward an outer circumference, and end faces (33a, 33b) of the foam material in the longitudinal direction abut each other and are bonded, characterised in that the end faces (33a, 33b) are arranged to be parallel as they abut each other such that the end faces (33a, 33b) are fixed by an adhesive without creating a compression deformation. a tire main body; and at least one sound damper formed by affixing a foam material having a plate shape to an inner cavity surface of the tire main body to form a ring shape, a size of an inner circumferential surface of the foam material in a longitudinal direction, being smaller than that of an outer circumferential surface, such that the outer circumferential surface is toward an outer circumference, and end faces (33a, 33b) of the foam material in the longitudinal direction abut each other and are bonded, characterised in that the end faces (33a, 33b) are arranged to be parallel as they abut each other such that the end faces (33a, 33b) are fixed by an adhesive without creating a compression deformation.
A wheel inner tube for complete mounting on a rim which is not continuous but rather has two ends, said wheel inner tube comprising: a tube with two open ends and two end caps, each being rounded with a bulge, said bulge corresponding to a blunt tube end that is closed with a circular end plate, the two end caps each being connected with a separate tube section by vulcanization; and said end caps being connected with the tube edge to edge through the respective tube section as a connecting element integrally by vulcanization. a tube with two open ends and two end caps, each being rounded with a bulge, said bulge corresponding to a blunt tube end that is closed with a circular end plate, the two end caps each being connected with a separate tube section by vulcanization; and said end caps being connected with the tube edge to edge through the respective tube section as a connecting element integrally by vulcanization.
An aftermarket mechanism to lock a portion of a hood surface to a portion of a vehicle comprising: a first top head bushing; a hood pin operatively connected to the top head bushing, the hood pin operatively attached to a keyed member; a pivotally mounted twist lock handle and a second top head bushing attached to the portion of the hood surface and operatively connected therein to rotate the hood pin in a substantially limited angular range of motion and to resist loosing of the pivotally mounted twist lock handle until application of an active force to the hood; and a spring receiver member substantially aligned with and detachably connected to the hood pin through a fastening slot, the fastening slot comprises mating slotted opening to detachably attach with the keyed member. a first top head bushing; a hood pin operatively connected to the top head bushing, the hood pin operatively attached to a keyed member; a pivotally mounted twist lock handle and a second top head bushing attached to the portion of the hood surface and operatively connected therein to rotate the hood pin in a substantially limited angular range of motion and to resist loosing of the pivotally mounted twist lock handle until application of an active force to the hood; and a spring receiver member substantially aligned with and detachably connected to the hood pin through a fastening slot, the fastening slot comprises mating slotted opening to detachably attach with the keyed member.
A method for requesting resources for transmitting data on uplink within a mobile communication system utilizing an uplink scheme comprising transmissions on a scheduled shared channel and a contention-based channel, the method comprising the following steps performed by the mobile terminal: transmitting a resource request to a network entity responsible for resource allocation via a contention-based channel; and receiving, in response to the resource request, a resource allocation message; characterised in that the method further comprises: receiving control signaling indicating resources granted to the mobile terminal for repeatedly transmitting a reference signal. transmitting a resource request to a network entity responsible for resource allocation via a contention-based channel; and receiving, in response to the resource request, a resource allocation message; characterised in that the method further comprises: receiving control signaling indicating resources granted to the mobile terminal for repeatedly transmitting a reference signal.
A method for testing the leak-tightness of a fuel supply system of a motor vehicle having a fuel tank in the interior of which a volume-changing element is provided, the so-called compensation volume of which is connected to the surroundings with a storage unit for gaseous fuel constituents being positioned in-between, whilst the interior of the fuel tank, which is fillable with fuel for a consumer, is connectable to the surroundings by way of a valve unit which is opened during filling of the fuel tank and in the event that a positive-pressure threshold value in the region of up to 100 mbar is exceeded and in the event that a negative-pressure threshold value between the pressure in the tank interior and the ambient pressure is undershot, and is otherwise closed, wherein, by means of a gas-conveying device, a differential pressure in relation to the surroundings is generated in the tank interior when the volume-changing element is connected to the surroundings and is held by switching of a suitable shut-off valve and is monitored over a certain period of time or is inspected after a certain period of time, and wherein, if the differential pressure still exceeds a certain threshold valve after this period of time, the leak-tightness of the fuel supply system is deemed to be adequate.
Electrical plug retainer outlet, comprising a connector outlet with a switchable plug retainer assembly mounted to the connector outlet, the plug retainer assembly comprising a retaining element and a switch and coupling means connecting the switch and the retaining element, wherein by operating the switch, the retaining element is shifted between a neutral position and an engaged position, wherein in the engaged position, the retaining element provides a form-fit and/or frictional connection to a plug connected to the connector outlet, wherein the retaining element is shifted between the neutral position and the engaged position in a transverse direction of an insertion direction, and wherein the retaining element is adapted to interfere with an electrically isolated outer surface of the plug, characterized in that the coupling means comprise a cam contour, the cam contour actuating the retaining element from the neutral position into the engaged position.
Method for producing multi-layer dough products from a dough mixture by means of the following process steps: - rolling out the dough mixture to form a sheet of dough, - folding the sheet of dough backwards and forwards over itself a number of times to form one or more continuous multi-layer arrangements, - cutting through the continuous multi-layer arrangement to form a discontinuous multi-layer arrangement, where the dough mixture is first rolled out to form a sheet of dough, the sheet of dough is then folded backwards and forwards over itself a number of times to form a continuous multi-layer arrangement and the continuous multi-layer arrangement is then cut through to form one or more discontinuous multi-layer arrangements, characterised in that the discontinuous multi-layer arrangement is rolled out and in a different direction from the one in which the dough mixture or the sheet of dough is rolled out. - rolling out the dough mixture to form a sheet of dough, - folding the sheet of dough backwards and forwards over itself a number of times to form one or more continuous multi-layer arrangements, - cutting through the continuous multi-layer arrangement to form a discontinuous multi-layer arrangement, where the dough mixture is first rolled out to form a sheet of dough, the sheet of dough is then folded backwards and forwards over itself a number of times to form a continuous multi-layer arrangement and the continuous multi-layer arrangement is then cut through to form one or more discontinuous multi-layer arrangements, characterised in that the discontinuous multi-layer arrangement is rolled out and in a different direction from the one in which the dough mixture or the sheet of dough is rolled out.
A method for producing an alkali cellulose comprising: Step 1, wherein a cellulose-containing raw material is pulverized in the presence of 0.6 to 1.5 mol of a basic compound relative to 1 mol of an anhydroglucose unit that constitutes a cellulose in the said cellulose-containing raw material and under the condition in which the water content therein relative to the cellulose in the cellulose-containing raw material is 10% or less by mass, thereby obtaining a cellulose powder mixture having the median diameter of the cellulose-containing raw material made 110 μm or less, and Step 2, wherein water content in the cellulose powder mixture obtained in Step 1 is adjusted in the range of 30 to 100% by mass relative to the cellulose in the cellulose-containing raw material used in Step 1 by adding water to the cellulose powder mixture obtained in Step 1, thereby obtaining an alkali cellulose in powder form. Step 1, wherein a cellulose-containing raw material is pulverized in the presence of 0.6 to 1.5 mol of a basic compound relative to 1 mol of an anhydroglucose unit that constitutes a cellulose in the said cellulose-containing raw material and under the condition in which the water content therein relative to the cellulose in the cellulose-containing raw material is 10% or less by mass, thereby obtaining a cellulose powder mixture having the median diameter of the cellulose-containing raw material made 110 μm or less, and Step 2, wherein water content in the cellulose powder mixture obtained in Step 1 is adjusted in the range of 30 to 100% by mass relative to the cellulose in the cellulose-containing raw material used in Step 1 by adding water to the cellulose powder mixture obtained in Step 1, thereby obtaining an alkali cellulose in powder form.
A dielectric film production process comprising a baking step in which a dielectric film is formed by heating a precursor layer formed on a metal layer, wherein said metal layer contains at least one type of metal selected from the group consisting of Cu, Ni, Al, stainless steel and inconel, wherein said baking step includes a pre-baking step in which a metal oxide is formed by heating the precursor layer at 300 to 500°C and a main baking step in which the precursor layer that has passed through said pre-baking step is heated at 400 to 1200°C to form said dielectric film, and said pre-baking step and said main baking step involve heating of the precursor layer in a reduced pressure atmosphere. wherein said baking step includes a pre-baking step in which a metal oxide is formed by heating the precursor layer at 300 to 500°C and a main baking step in which the precursor layer that has passed through said pre-baking step is heated at 400 to 1200°C to form said dielectric film,
A tent comprising: a ground sheet; a canopy sheet extending over the ground sheet and secured to the ground sheet at its edges to form an at least partially enclosed internal space between the ground sheet and the canopy; at least one pair of pocket elements (250, 252, 350), wherein the pocket elements (250, 252, 350) are either located on the ground sheet, or the ground sheet further comprises a tension strap, and the pocket elements (250, 252, 350) are secured to and spaced apart along the tension strap, each pocket element (250, 252, 350) comprising a pocket suitable for receiving an end of a pole; and at least one pole, wherein when respective pole ends are located in a pair of pocket elements (250, 252, 350), a support structure is provided for the canopy sheet, wherein, the pocket elements (250, 252, 350) are secured in spaced apart locations which, when the tent is assembled, are within the enclosed internal space, characterised in that, each pocket element (250, 252, 350) is not positioned near the extremity of the ground sheet, and, when the canopy is supported by the support structure, the canopy sheet entirely covers the support structure, and the canopy sheet extends beyond the limits of the support structure to provide for a covered area, which is part of the at least partially enclosed internal space, that is not under the pole structure. a ground sheet; a canopy sheet extending over the ground sheet and secured to the ground sheet at its edges to form an at least partially enclosed internal space between the ground sheet and the canopy; at least one pair of pocket elements (250, 252, 350), wherein the pocket elements (250, 252, 350) are either located on the ground sheet, or the ground sheet further comprises a tension strap, and the pocket elements (250, 252, 350) are secured to and spaced apart along the tension strap, each pocket element (250, 252, 350) comprising a pocket suitable for receiving an end of a pole; and at least one pole, wherein when respective pole ends are located in a pair of pocket elements (250, 252, 350), a support structure is provided for the canopy sheet, wherein, the pocket elements (250, 252, 350) are secured in spaced apart locations which, when the tent is assembled, are within the enclosed internal space, characterised in that, each pocket element (250, 252, 350) is not positioned near the extremity of the ground sheet, and, when the canopy is supported by the support structure, the canopy sheet entirely covers the support structure, and the canopy sheet extends beyond the limits of the support structure to provide for a covered area, which is part of the at least partially enclosed internal space, that is not under the pole structure.
An apparatus to provide an always-on monitor, alert, control, and share (MACS) device comprising: a communications component to establish an intermittent connection to a real sensor, monitor or device, and to receive intermittent updates from the SMD the always-on MACS device providing a virtual representation of the SMD; a presentation layer to enable a user to interface with the always-on virtual MACS device, the always-on virtual MACS device providing historical and most current data regardless of a status of the real SMD; a control feature to receive a command to control the SMD at the MACS device, and send the command to the SMD through the always-on MACS device, and if the SMD is not connected to the communications component when the command is received, the control feature to store the command and to automatically send the command to the SMD once the communications component establishes the connection; and an intelligent notification engine to enable automatic notification of recipients. a communications component to establish an intermittent connection to a real sensor, monitor or device, and to receive intermittent updates from the SMD the always-on MACS device providing a virtual representation of the SMD; a presentation layer to enable a user to interface with the always-on virtual MACS device, the always-on virtual MACS device providing historical and most current data regardless of a status of the real SMD; a control feature to receive a command to control the SMD at the MACS device, and send the command to the SMD through the always-on MACS device, and if the SMD is not connected to the communications component when the command is received, the control feature to store the command and to automatically send the command to the SMD once the communications component establishes the connection; and an intelligent notification engine to enable automatic notification of recipients.
An endoscope treatment system comprising: an endoscope; and a treatment tool that has a sheath that is inserted in a channel of an insertion portion of the endoscope; wherein projection portions that project outward from the sheath in the radial direction are provided; engagement portions (8, 51) that engage the projection portions are provided near the channel of the endoscope; wherein the engagement portions are provided in a cap that is attached to the distal end of an insertion portion of the endoscope in a non-rotatable manner with respect to the insertion portion; and the engagement portions are slots that cause the projection portions to engage when the projection portions are inserted in the slots. an endoscope; and a treatment tool that has a sheath that is inserted in a channel of an insertion portion of the endoscope; wherein projection portions that project outward from the sheath in the radial direction are provided; engagement portions (8, 51) that engage the projection portions are provided near the channel of the endoscope; wherein the engagement portions are provided in a cap that is attached to the distal end of an insertion portion of the endoscope in a non-rotatable manner with respect to the insertion portion; and the engagement portions are slots that cause the projection portions to engage when the projection portions are inserted in the slots.
An aircraft turbine engine, comprising a gas generator and a fan arranged upstream of the gas generator and configured to generate a gas inlet stream, a portion of which flows in a duct of the gas generator to form a primary stream and another portion of which flows in a duct around the gas generator to form a secondary stream, the turbine engine further comprising an electrical machine which is mounted coaxially downstream of the fan and which comprises a rotor surrounded by a stator carried by an annular shroud (64, 64a), this shroud (64, 64a) being surrounded by a casing of the gas generator which, together with this shroud (64, 64a), delimits a stretch of said flow duct for the primary stream, stationary vanes (42, 68, 174) for straightening this primary stream extending in this duct, the electrical machine being directly in contact with the shroud and with the vanes (42, 68, 174) by means of the shroud, characterised in that said shroud (64, 64a) and/or said vanes (42, 68, 174) comprise elements configured to generate disturbances in the primary stream.
Escapement for a mechanical watch, comprising: - a balance performing oscillating movements defining first and second vibrations, and comprising: a lift carried by a first plate situated at a first level, and an impulse pin carried by a second plate situated at a second level, - an escapement wheel to be connected to an energy source and to transmit energy to the balance, by means of said lift, during said first vibration, - an anchor intended to move between a first and a second extreme positions, comprising a body and first surfaces (52a, 54a, 54b, 58, 60a) for blocking and maintaining the escapement wheel, second and third surfaces, respectively for receiving energy from the escapement wheel and for transmitting at least part of said received energy to the balance, by said lift, during the second vibration, said support surfaces further being intended to cooperate with said impulse pin during the first vibration, said escapement wheel including a single toothing for cooperating with said balance and said anchor, characterized in that said anchor is compact and directly supports, on said body, all of said surfaces, the anchor not having an arm bearing an element intended to cooperate with the balance or with the escapement wheel, in that each of said teeth of the escapement wheel includes a draw surface and at least one blocking surface (42, 44) intended to cooperate with said first surfaces of the anchor, in that the draw surface and the blocking surface of the same tooth are arranged so as to cooperate simultaneously with said pallet so as to define a first extreme position of said pallet, and in that the draw surface of a first tooth and the blocking surface of a second tooth consecutive to the first are arranged so as to cooperate simultaneously with said anchor so as to define a second extreme position of the anchor. - a balance performing oscillating movements defining first and second vibrations, and comprising: a lift carried by a first plate situated at a first level, and an impulse pin carried by a second plate situated at a second level, a lift carried by a first plate situated at a first level, and an impulse pin carried by a second plate situated at a second level, - an escapement wheel to be connected to an energy source and to transmit energy to the balance, by means of said lift, during said first vibration, - an anchor intended to move between a first and a second extreme positions, comprising a body and first surfaces (52a, 54a, 54b, 58, 60a) for blocking and maintaining the escapement wheel, second and third surfaces, respectively for receiving energy from the escapement wheel and for transmitting at least part of said received energy to the balance, by said lift, during the second vibration, said support surfaces further being intended to cooperate with said impulse pin during the first vibration,
A circular annular seal ring (6, 9, 26, 26A, 26B, 36, 46, 56, 66, 76, 86) made from a resin and adapted to be disposed between an outer member and an inner member that rotate relative to each other, the seal ring (6, 9, 26, 26A, 26B, 36, 46, 56, 66, 76, 86) being formed from an elongated and arcuate rod to define a circle by joining ends (6A, 6B) of the rod, the seal ring (6, 9, 26, 26A, 26B, 36, 46, 56, 66, 76, 86) comprising: a junction formed from the ends (6A, 6B); and a radial thickness (t) gradually decreasing from two points that are apart from the junction toward the junction, characterized in that the points are separated from the junction by an angle (θ) of not less than 60 degrees and not more than 150 degrees about a central axis of the circle. a junction formed from the ends (6A, 6B); and a radial thickness (t) gradually decreasing from two points that are apart from the junction toward the junction, characterized in that the points are separated from the junction by an angle (θ) of not less than 60 degrees and not more than 150 degrees about a central axis of the circle.