mhurhangee/ep-ind-claims huggingface dataset:
System for anchoring in the ground the end of a highway guardrail, which system comprises: - a first anchoring tube, - a second anchoring tube and - said end of the highway guardrail, wherein the anchoring tubes are arranged to be partly installed in the ground, by the aid of which the end of the guardrail is anchored in the ground, wherein the end of the guardrail comprises installation holes for the first and second anchoring tubes and also guide parts against the flange part of each anchoring tube, wherein the first anchoring tube is arranged to be essentially vertically installed in the ground, characterized in that the second anchoring tube is arranged at an angle with respect to the first anchoring tube so that when installed into its position said angle is of an essentially different magnitude than 90° with respect to the ground surface. - a first anchoring tube, - a second anchoring tube and - said end of the highway guardrail,
A method for removing gas components SO X, NO x, and CO 2 from a flue gas, comprising the steps of: a) contacting the flue gas with a first liquid medium which provides a first plasma containing reactive electrons or ions in an amount such that the gas molecules SO X are subject to impingement of the electrons or ions in the first plasma to enable the dissociation of the gas molecules SO X so as to remove SO x from the flue gas; b) contacting the flue gas obtained from step a) with a second liquid medium which provides a second plasma containing reactive electrons or ions in an amount such that the gas molecules CO 2 are subject to impingement of the electrons or ions in the second plasma to enable the dissociation of the gas molecules CO 2 so as to remove CO 2 from the flue gas; and c) contacting the flue gas obtained from step b) with a third liquid medium which provides a third plasma containing reactive electrons or ions in an amount such that the gas molecules NO x are subject to impingement of the electrons or ions in the third plasma to enable the dissociation of the gas molecules NO x so as to remove NO x from the flue gas. a) contacting the flue gas with a first liquid medium which provides a first plasma containing reactive electrons or ions in an amount such that the gas molecules SO X are subject to impingement of the electrons or ions in the first plasma to enable the dissociation of the gas molecules SO X so as to remove SO x from the flue gas; b) contacting the flue gas obtained from step a) with a second liquid medium which provides a second plasma containing reactive electrons or ions in an amount such that the gas molecules CO 2 are subject to impingement of the electrons or ions in the second plasma to enable the dissociation of the gas molecules CO 2 so as to remove CO 2 from the flue gas; and c) contacting the flue gas obtained from step b) with a third liquid medium which provides a third plasma containing reactive electrons or ions in an amount such that the gas molecules NO x are subject to impingement of the electrons or ions in the third plasma to enable the dissociation of the gas molecules NO x so as to remove NO x from the flue gas.
Fixing system of lightweight loads on insulating coatings of external walls in buildings, comprising: - a fixing device comprising a base intended to be fixed to a masonry wall and a support that protrudes externally from the said base, the said fixing device being covered with an insulating coating applied on the said masonry wall, and - a supporting means intended to support the said lightweight load, the said supporting means being fixed to the said support of the fixing device, characterized in that the said fixing system also comprises: - a bushing suitable for being inserted in a hole obtained in the said insulating coating and in the said support, and - a chemical anchoring product injected in the said bushing in order to hold the said supporting means inserted in the said bushing, wherein the said support is a separate element from the base that is fitted into the base, and the said support comprises a grid composed of a plurality of cells, in which the cells in communication with the hole of the support wherein the bushing is inserted are completely filled with the said chemical anchoring product. - a fixing device comprising a base intended to be fixed to a masonry wall and a support that protrudes externally from the said base, the said fixing device being covered with an insulating coating applied on the said masonry wall, and - a supporting means intended to support the said lightweight load, the said supporting means being fixed to the said support of the fixing device, - a bushing suitable for being inserted in a hole obtained in the said insulating coating and in the said support, and - a chemical anchoring product injected in the said bushing in order to hold the said supporting means inserted in the said bushing,
A linear actuator comprising a stator and a movable element which are disposed on radially inner and outer sides, a permanent magnet provided in one of the stator and the movable element, a magnetic pole section (301,302) which is provided in the other of the stator and the movable element and is disposed opposite to the permanent magnet in a radial direction through a predetermined gap (C1,C2) therebetween, and a leaf spring (41,42) which supports the stator and the movable element so as to cause them to have the same axis and which elastically supports the movable element so that the movable element can be reciprocated relative to the stator in an axial direction, the linear actuator including a first contact section (3322a,3422a,54-57,312,313,80,81) provided in one of the stator and the movable element, and a second contact section (231b,26a,60,61,70-73,210a,211a) which is provided in the other of the stator and the movable element and which is provided at such a position as to be able to make contact with the first contact section (3322a,3422a,54-57,312,313,80,81) in the radial direction or in a rotating direction about the axis, characterized in that the width of a gap ( δ 3- δ 16) between the first contact section (3322a,3422a,54-57,312,313,80,81) and the second contact section (231b,26a,60,61,70-73,210a,211a) in the radial direction or the width of a gap between the first contact section (3422a,54-57,312,313,80,81) and the second contact section (231b,26a,60,61,70-73,210a,211a) in the rotating direction is smaller than the width of the gap ( δ 1, δ 2) between the permanent magnet and the magnetic pole section (301,302), such that the first contact section (3322a,3422a,54-57,312,313,80,81) and the second contact section (231b,26a,60,61,70-73,210a,211a) make contact with each other before the permanent magnet and the magnetic pole section (301,302) make contact with each other.
An input device comprising: a holding section; a rotating body rotatably supported on the holding section; a rotation detection unit configured to detect rotation of the rotating body; a brake-applying unit configured to apply a braking force to the rotating body; a torque-applying unit configured to apply a torque to the rotating body; and a control unit configured to control current supplied to a brake-applying coil and current supplied to at least two torque-applying coils (36A, 36B, 115), wherein the brake-applying unit includes a rotary plate provided to the rotating body, a magneto rheological fluid provided in a gap between the holding section and the rotary plate, and the brake-applying coil configured to provide a magnetic field to the magneto rheological fluid, characterized in that the torque-applying unit includes the at least two torque-applying coils configured to apply a rotation torque to the rotating body. a holding section; a rotating body rotatably supported on the holding section; a rotation detection unit configured to detect rotation of the rotating body; a brake-applying unit configured to apply a braking force to the rotating body; a torque-applying unit configured to apply a torque to the rotating body; and a control unit configured to control current supplied to a brake-applying coil and current supplied to at least two torque-applying coils (36A, 36B, 115), wherein the brake-applying unit includes a rotary plate provided to the rotating body, a magneto rheological fluid provided in a gap between the holding section and the rotary plate, and the brake-applying coil configured to provide a magnetic field to the magneto rheological fluid, characterized in that the torque-applying unit includes the at least two torque-applying coils configured to apply a rotation torque to the rotating body.
A method of transmitting a Medium Access Control, MAC, protocol data unit, PDU, by a user equipment, UE, in a wireless communication system, the method comprising: based on a first MAC control element, CE, being triggered, transmitting, on a data uplink, UL, grant to a network, information indicating an amount of the first MAC CE to be transmitted; receiving a control UL grant from the network, wherein the control UL grant includes an indication indicating that the control UL grant is aimed for a MAC CE transmission; constructing a MAC protocol data unit, PDU, including the first MAC CE; and transmitting the MAC PDU using the control UL grant. based on a first MAC control element, CE, being triggered, transmitting, on a data uplink, UL, grant to a network, information indicating an amount of the first MAC CE to be transmitted; receiving a control UL grant from the network, wherein the control UL grant includes an indication indicating that the control UL grant is aimed for a MAC CE transmission; constructing a MAC protocol data unit, PDU, including the first MAC CE; and transmitting the MAC PDU using the control UL grant.
Glass pane construction, particularly bullet proof glass pane (1; 1.1) to be used in a motor vehicle, having several transparent panes (2, 4, 6) and layers (5, 7, 8) made of glass, ceramic, or synthetic material, which are connected in a layered manner in a laminate for providing a laminated window, which comprises transparent UV filtering layer means (3; 3.5) for reflecting of ultraviolet radiation and electrically controllable or switchable electrochromic layer means for electrical controlling or switching of the light transparency of the glass pane construction or of the bulletproof glass pane (1; 1.1; 1.3), characterized in that the UV filtering layer means comprises at least one cholesteric layer (3.2; 3.52, 3.54) that reflects UV radiation for avoiding UV radiation impinging onto the electrochromic layer means, wherein the cholesteric layer (3.2; 3.52; 3.54) has a reflection maximum at an ultraviolet wavelength in a range between 300 and 400 nm, and an outer pane made of glass or glass ceramic is provided and the UV filtering layer means (3; 3.5) adjoins the outer pane.
A source base station for communicating with a plurality of user equipments, UEs, and coupled to a core network via a home base station gateway, the source base station comprising: means for initiating handover of a UE from the source base station to a target base station (11-1, 11-3), via an X2 interface; means for receiving an X2AP UE Context Release message from the target base station to inform the source base station of successful handover, the received X2AP UE Context Release message indicating that resources allocated at the source base station for the UE can be released, and means operable, on successful handover and when a first identifier assigned to the UE by the home base station gateway and a second identifier assigned to the UE by a mobility management entity, MME, are different, to send an indication towards the home base station gateway that resources related to a context associated with the UE may be released. means for initiating handover of a UE from the source base station to a target base station (11-1, 11-3), via an X2 interface; means for receiving an X2AP UE Context Release message from the target base station to inform the source base station of successful handover, the received X2AP UE Context Release message indicating that resources allocated at the source base station for the UE can be released, and means operable, on successful handover and when a first identifier assigned to the UE by the home base station gateway and a second identifier assigned to the UE by a mobility management entity, MME, are different, to send an indication towards the home base station gateway that resources related to a context associated with the UE may be released.
A method for separating particles in hydrous slurry, which method comprises steps for using a hindered-bed separator comprising a body defining an inner space, feed well means for introducing hydrous slurry into the inner space of the body, overflow launder means for discharging light particles from the inner space of the body, coarse feed means for discharging heavy particles from the inner space of the body, and teeter water distributor means comprising teeter water pipes arranged in the inner space of the body for introducing teeter water into the inner space of the body, introducing hydrous slurry into the inner space of the body, feeding teeter water into the teeter water distributor means and introducing teeter water into the inner space of the body by means of the teeter water distributor means, discharging light particles from the inner space of the body, and discharging heavy particles from the inner space of the body, connecting at least one teeter water pipe of the teeter water distributor means in fluid connection with a teeter water discharging means, discharging teeter water from the at least one teeter water pipe that is in fluid connection with the teeter water discharging means to the teeter water discharging means, feeding an amount of teeter water into the teeter water distributor means that exceeds the amount of teeter water needed for the separation process performed in the inner space of the body of the hindered-bed separator, characterized by arranging a first valve means in the teeter water discharging means, discharging teeter water from the teeter water discharging means, controlling the first valve means adjust the amount of teeter water discharged from the teeter water discharging means, measuring the amount of teeter water flowing into the teeter water distributor means from an intake pipe, measuring the amount of discharged teeter water discharged from teeter water discharging means into a return pipe, calculating the difference between the amount of teeter water flowing into the teeter water distributor means and the amount of teeter water discharged from the teeter water discharging means, and controlling the first valve means in accordance with the calculated difference to adjust the amount of teeter water discharged from the teeter water discharging means.
Use of a thermal transfer sheet for removing a portion of a transfer layer of an intermediate transfer medium, wherein the thermal transfer sheet has a structure in which a primer layer and a peel-off layer are provided in this order on one surface of a substrate and the primer layer contains at least one of: inorganic particles derived from sol-based inorganic particles having a primary particle size of 200 nm or less, scale-like inorganic particles, a polyvinyl pyrrolidone type resin having a glass-transition temperature (Tg) of 60°C or more, a polyester type resin having a glass-transition temperature (Tg) of 60°C or more, a polyurethane type resin having a thermal melting temperature of 100°C or more, a resin formed by curing a thermoplastic resin having a glass-transition temperature (Tg) of 40°C or more, and a resin formed by curing a polyvinyl alcohol type resin.
A chuck for use with a powered driver having a rotatable drive shaft, the chuck comprising: a body having a nose section and a tail section, the tail section being configured to rotate with the drive shaft and the nose section having an axial bore formed therein and a plurality of passageways formed therethrough and intersecting the axial bore; a plurality of jaws movably disposed in the passageways; a nut rotatably mounted about the body and in operative communication with the jaws such that rotation of the nut in a closing direction moves the jaws toward an axis of the axial bore and rotation of the nut in an opening direction moves the jaws away from the axis; a sleeve rotatably mounted about the body; wherein the sleeve is in operative communication with the nut such that rotation of the sleeve rotationally drives the nut; wherein the sleeve comprises a drive dog configured to engage a nut groove in the nut, wherein a gap is provided between at least one driving edge of the drive dog and an engagement edge (108, 110) of the nut groove; characterised in that, the chuck comprises a biasing element disposed between the nut and at least a portion of the sleeve, the biasing element being configured to bias the sleeve toward a neutral position, wherein the biasing element limits an inertial force of the sleeve applied to the nut during operation of the powered driver, and wherein the biasing element is disposed in the gap between the at least one driving edge of the driving dog and the engagement edge (108, 110) of the nut groove. a body having a nose section and a tail section, the tail section being configured to rotate with the drive shaft and the nose section having an axial bore formed therein and a plurality of passageways formed therethrough and intersecting the axial bore; a plurality of jaws movably disposed in the passageways; a nut rotatably mounted about the body and in operative communication with the jaws such that rotation of the nut in a closing direction moves the jaws toward an axis of the axial bore and rotation of the nut in an opening direction moves the jaws away from the axis; a sleeve rotatably mounted about the body; wherein the sleeve is in operative communication with the nut such that rotation of the sleeve rotationally drives the nut; wherein the sleeve comprises a drive dog configured to engage a nut groove in the nut, wherein a gap is provided between at least one driving edge of the drive dog and an engagement edge (108, 110) of the nut groove; characterised in that, the chuck comprises a biasing element disposed between the nut and at least a portion of the sleeve, the biasing element being configured to bias the sleeve toward a neutral position, wherein the biasing element limits an inertial force of the sleeve applied to the nut during operation of the powered driver, and wherein the biasing element is disposed in the gap between the at least one driving edge of the driving dog and the engagement edge (108, 110) of the nut groove.
A display device comprising: a position information obtaining unit configured to obtain position information of a moving body; and a display control unit configured to display information on an object by superposing the information on scenery in front of the moving body or on an actual image of the scenery based on the position information, the object being contained in the scenery, the device being characterised in that the display control unit changes a display position of the information on the object to an outward direction of a road in a case that the display position of the information on the object based on the position information is inside the road, the road being contained in the scenery. a position information obtaining unit configured to obtain position information of a moving body; and a display control unit configured to display information on an object by superposing the information on scenery in front of the moving body or on an actual image of the scenery based on the position information, the object being contained in the scenery, the device being characterised in that the display control unit changes a display position of the information on the object to an outward direction of a road in a case that the display position of the information on the object based on the position information is inside the road, the road being contained in the scenery.
An oral, immediate release, abuse deterrent dosage form comprising: (i) an active substance susceptible to abuse; (ii) a matrix agent, wherein the matrix agent is polyethylene oxide, has an average molecular weight between 50K Daltons and 150K Daltons, and is 45 wt% to 55 wt% of the dosage form; and (iii) a plasticizer, wherein the plasticizer comprises polyalkalene glycol and has an average molecular weight between 1K Daltons and 15K Daltons, wherein the active substance susceptible to abuse has an immediate release profile such that the amount of said active substance released from the dosage form upon exposure to a de-aerated water within 45 minutes, as measured according to USP Monograph performed on a dissolution apparatus utilizing USP <711> Apparatus II (Paddles) with 500 mL de-aerated water as media and a paddle speed of 50 rpm, is greater than or equal to 75%, and wherein the composition includes a physical barrier to reduce abuse, wherein the physical barrier in the dosage form has at least 50 wt% of particles with a particle size greater than 0.5 mm following physical or mechanical manipulation of the dosage form; and wherein the dosage form is a formed, uniform extrudate having a uniform blend of active, matrix agent and plasticizer, and is directly formed from an extrusion process. (i) an active substance susceptible to abuse; (ii) a matrix agent, wherein the matrix agent is polyethylene oxide, has an average molecular weight between 50K Daltons and 150K Daltons, and is 45 wt% to 55 wt% of the dosage form; and (iii) a plasticizer, wherein the plasticizer comprises polyalkalene glycol and has an average molecular weight between 1K Daltons and 15K Daltons,
A vacuum pump in which a control apparatus is detachably arranged with respect to a base portion of a pump main body and which comprises a waterproof structure, wherein the waterproof structure includes: a connector portion which is arranged in a peripheral side portion of the base portion and which connects the base portion with the control apparatus via an electric cable; a wall portion (202, 222, 232) which is protrusively provided around the connector portion so as to expand from the base portion to the control apparatus; and characterized in that the waterproof structure further comprises a wall portion cover formed so as to conform to outer shapes of the base portion and the control apparatus and which covers the wall portion. a connector portion which is arranged in a peripheral side portion of the base portion and which connects the base portion with the control apparatus via an electric cable; a wall portion (202, 222, 232) which is protrusively provided around the connector portion so as to expand from the base portion to the control apparatus; and characterized in that the waterproof structure further comprises a wall portion cover formed so as to conform to outer shapes of the base portion and the control apparatus and which covers the wall portion.