mhurhangee/ep-ind-claims huggingface dataset:
A ventilation grid for preventing fire and smoke from spreading from one room into another one in the event of a fire, wherein the ventilation grid is composed of a plurality of intersecting grid ribs (2, 3, 4, 5) and is made of a composition which at least contains one active substance which foams in case of fire and a binding agent, characterized in that the active substance foaming in case of fire is selected from exfoliated graphite and/or expandable, siliceous material and the binding agent is a thermoplastic polymer.
An apparatus of a User Equipment, UE, for handover initiation in a cellular network comprising macro cells and micro cells, the apparatus comprising: processing circuitry configured to: determine application information associated with an application operating on the UE; and generate a measurement report based on the determined application information, wherein the measurement report includes the application information; and physical-layer circuitry, PHY, configured to send the measurement report, wherein the sending of the measurement report is configured to initiate a handover to either a micro cell or a macro cell based on the application information in the measurement report; characterized in that the application information includes an operating system identifier. processing circuitry configured to: determine application information associated with an application operating on the UE; and generate a measurement report based on the determined application information, wherein the measurement report includes the application information; and determine application information associated with an application operating on the UE; and generate a measurement report based on the determined application information, wherein the measurement report includes the application information; and physical-layer circuitry, PHY, configured to send the measurement report,
A fluid injection system comprising: an injector head with a syringe for delivering a fluid to a patient, wherein the system is adapted to perform air management including rotating the syringe from an upward position for purging air out of the syringe to a downward injection position; a mounting structure pivotally connected to the injector head and configured to mount the injector head to a patient examination table supported by a stand or a mobile pedestal on a room floor surface; a reference plane sensor positioned on the injector head for determining an angular orientation of the injector head relative to the mounting structure, the reference plane sensor being a potentiometer; and a control system operationally coupled to the injector head and the reference plane sensor for controlling an injection procedure, wherein the control system is configured to receive an input from the reference plane sensor to establish a reference plane that is parallel to a floor surface and alert a user if an offset, that is detrimental to said air management, exists between the reference plane and the room floor surface. an injector head with a syringe for delivering a fluid to a patient, wherein the system is adapted to perform air management including rotating the syringe from an upward position for purging air out of the syringe to a downward injection position; a mounting structure pivotally connected to the injector head and configured to mount the injector head to a patient examination table supported by a stand or a mobile pedestal on a room floor surface; a reference plane sensor positioned on the injector head for determining an angular orientation of the injector head relative to the mounting structure, the reference plane sensor being a potentiometer; and a control system operationally coupled to the injector head and the reference plane sensor for controlling an injection procedure, wherein the control system is configured to receive an input from the reference plane sensor to establish a reference plane that is parallel to a floor surface and alert a user if an offset, that is detrimental to said air management, exists between the reference plane and the room floor surface.
A composition comprising 1,1,1,3,3,3-hexafluoroisopropyl methyl ether (HFE-356mmz) and/or 1,1,2,3,3,3-hexafluoropropyl methyl ether (HFE-356mec), and a fluorine oil, which is at least one compound selected from - a perfluoropolyether compound, - a monocarboxylic acid compound, a dicarboxylic acid compound or a silane compound, each containing a perfluoropolyether group, and - a polymer of chlorotrifluoroethylene having a number average molecular weight of ≤ 10,000, and which composition does not contain hexafluoroisopropanol (HFIP). 1,1,1,3,3,3-hexafluoroisopropyl methyl ether (HFE-356mmz) and/or 1,1,2,3,3,3-hexafluoropropyl methyl ether (HFE-356mec), and a fluorine oil, which is at least one compound selected from - a perfluoropolyether compound, - a monocarboxylic acid compound, a dicarboxylic acid compound or a silane compound, each containing a perfluoropolyether group, and - a polymer of chlorotrifluoroethylene having a number average molecular weight of ≤ 10,000, - a perfluoropolyether compound, - a monocarboxylic acid compound, a dicarboxylic acid compound or a silane compound, each containing a perfluoropolyether group, and - a polymer of chlorotrifluoroethylene having a number average molecular weight of ≤ 10,000,
Passenger vehicle, having at least one door configured as a sliding/swing door and having a sealing web in the region of the door, characterized in that the sealing web is arranged on a floor of the vehicle and is movable at least between a sealing and an open state, so that in the sealing state it projects from the floor and forms a sealing surface for sealing the closed door in respect of the vehicle interior and that it is recessed in the floor in the open state and ends flush with the part of the floor directly surrounding it in the open state, in order for the sealing web to be sealed against the floor, the floor comprising a further seal which is prestressed in the sealing state between the sealing web and the floor.
Electrosurgical appliance for devitalization of tissue, comprising: - a probe body, - at least one electrode (16, 16', 16") for applying an HF current to the tissue, by means of which HF current the tissue can be heated or a heat distribution field for tissue devitalization can be generated, - a cooling device for influencing the heat distribution field, wherein the cooling device has an evaporation region which, in order to cool at least part of the probe body, is supplied with a fluid via an inlet, - an outlet for removing the fluid from the evaporation region, - a control device for adjusting an inlet pressure, wherein the evaporation region comprises at least one resistance element or swirl element (21, 21') which divides the evaporation region into at least one distal pressure region and at least one proximal pressure region, wherein the inlet opens into the distal pressure region, wherein the evaporation region is configured in such a way that a heat distribution is adjustable via the probe body by varying the inlet pressure in the inlet and/or an outlet pressure in the outlet, wherein the control device adjusts the HF current heating the tissue, and the inlet pressure and/or outlet pressure determining the cooling of the probe, in such a way that, when the HF current is applied, a predefined heat distribution field is produced in the tissue, wherein the evaporation region is configured in such a way that the pressure ratio between proximal pressure region and distal pressure region changes as the inlet pressure increases, characterized in that the control device is configured to increase the inlet pressure in order to achieve stronger cooling in the proximal pressure region. - a probe body, - at least one electrode (16, 16', 16") for applying an HF current to the tissue, by means of which HF current the tissue can be heated or a heat distribution field for tissue devitalization can be generated, - a cooling device for influencing the heat distribution field, wherein the cooling device has an evaporation region which, in order to cool at least part of the probe body, is supplied with a fluid via an inlet, - an outlet for removing the fluid from the evaporation region, - a control device for adjusting an inlet pressure,
Cattle shackle to prevent a cattle from kicking, with two bracket elements (14, 20) which are movable relatively to each other and are adapted to hold the cattle shackle at the cattle between a flank and a spinal column of the cattle, characterized in that, when the cattle shackle is hold at the cattle the two bracket elements (14, 20) are created shiftable relatively to each other due to a move of the cattle, and the shift of the two bracket elements (14, 20) is created by means of an elastic tensioning device that connects the two bracket elements (14, 20).
A firearm with safety mechanism comprising: a receiver arranged along a longitudinal axis; a trigger-actuated firing mechanism disposed in the receiver and comprising a movable trigger operable to discharge the firearm; a safety mechanism configured to arrest the firing mechanism and including an operating button, the safety mechanism movable between a first position preventing movement of the trigger and a second position allowing movement of the trigger for discharging the firearm; and an elongated stock bolt attaching a buttstock to the receiver, the stock bolt passing through a portion of the safety mechanism to engage the receiver; wherein a forward portion of the stock bolt extends through a longitudinal passageway formed in the safety mechanism; wherein the passageway is formed in a lever arm that mechanically couples an operating button accessible to a user and a linearly movable blocking member selectively engageable with the firing mechanism via operation of the operating button; wherein the blocking member slideably engages a rearwardly open socket formed in the trigger when the safety mechanism is in the first position; wherein the firing mechanism and safety mechanism are mounted to a fire control module disposed in and removable from the receiver as a separate self-supported unit. a receiver arranged along a longitudinal axis; a trigger-actuated firing mechanism disposed in the receiver and comprising a movable trigger operable to discharge the firearm; a safety mechanism configured to arrest the firing mechanism and including an operating button, the safety mechanism movable between a first position preventing movement of the trigger and a second position allowing movement of the trigger for discharging the firearm; and an elongated stock bolt attaching a buttstock to the receiver, the stock bolt passing through a portion of the safety mechanism to engage the receiver; wherein a forward portion of the stock bolt extends through a longitudinal passageway formed in the safety mechanism; wherein the passageway is formed in a lever arm that mechanically couples an operating button accessible to a user and a linearly movable blocking member selectively engageable with the firing mechanism via operation of the operating button; wherein the blocking member slideably engages a rearwardly open socket formed in the trigger when the safety mechanism is in the first position; wherein the firing mechanism and safety mechanism are mounted to a fire control module disposed in and removable from the receiver as a separate self-supported unit.
Roof drainage device, comprising - an inlet opening for water which is to be removed from the roof; - an outlet opening through which the water which has entered through the inlet opening can pass into a drainpipe which can be or is connected to the roof drainage device; characterized in that - the roof drainage device comprises fireproofing means, in that - the roof drainage device comprises a thermally insulating insert which, in the mounted state, extends substantially parallel to the roof surface, and in that - the roof drainage device comprises a metal enclosure which at least partially surrounds the drain cup and/or the outflow pipe, wherein the enclosure comprises a flange which extends radially outwardly from the enclosure and which, in the installed state, can project radially outwardly beyond the opening in the roof and is arranged below the thermally insulating insert extending parallel to the roof surface. - an inlet opening for water which is to be removed from the roof; - an outlet opening through which the water which has entered through the inlet opening can pass into a drainpipe which can be or is connected to the roof drainage device; - the roof drainage device comprises fireproofing means, in that - the roof drainage device comprises a thermally insulating insert which, in the mounted state, extends substantially parallel to the roof surface, and in that - the roof drainage device comprises a metal enclosure which at least partially surrounds the drain cup and/or the outflow pipe, wherein the enclosure comprises a flange which extends radially outwardly from the enclosure and which, in the installed state, can project radially outwardly beyond the opening in the roof and is arranged below the thermally insulating insert extending parallel to the roof surface.
An adapter (100, 1000) for a radiator having a valve, said adapter (100, 1000) having a longitudinal axis and including: - a body (104, 1004) having an opening, - a slider (102, 1002) having an opening and mounted translatably on the body (104, 1004) parallel to the longitudinal axis between a closed position where the slider (102, 1002) is close to the opening of the body (104, 1004) and a far position where the slider (102, 1002) moves away from the opening of the body (104, 1004), - two parallel bars (106a-b) arranged on either side of the longitudinal axis, - a return element that constrains the slider (102, 1002) in the far position, and - a nut (110, 1110) coaxial with the longitudinal axis secured either to the body or to the slider, and - a screw with a central bore and which is screwed into the nut, the adapter (100, 1000) also including combined movement means that are distributed between the slider (102, 1002) and the body (104, 1004), and which comprise, for the end of each bar (106a-b), a first means that ensures a movement of the end perpendicular to the longitudinal axis, and, for each bar (106a-b), a second means that ensures a slanted movement of the bar (106a-b), where the two slants are oriented in a V with the tip oriented toward the openings (150, 152) and the separated ends oriented toward the opposite side. - a body (104, 1004) having an opening, - a slider (102, 1002) having an opening and mounted translatably on the body (104, 1004) parallel to the longitudinal axis between a closed position where the slider (102, 1002) is close to the opening of the body (104, 1004) and a far position where the slider (102, 1002) moves away from the opening of the body (104, 1004), - two parallel bars (106a-b) arranged on either side of the longitudinal axis, - a return element that constrains the slider (102, 1002) in the far position, and - a nut (110, 1110) coaxial with the longitudinal axis secured either to the body or to the slider, and - a screw with a central bore and which is screwed into the nut,
Multiple-nozzle body with multiple dispensing nozzles for arrangement on the liquid line of an agricultural field sprayer, having a multiple-nozzle body housing on which the dispensing nozzles are arranged and in which adjustment elements for the activation and deactivation of the dispensing nozzles are arranged, wherein at least some of the dispensing nozzles are assigned a light source which illuminates the liquid fans discharged by the dispensing nozzle, wherein the light sources are arranged at least approximately centrally between the dispensing nozzles, characterized in that the multiple-nozzle body housing has, in its lower region, a housing for motor-type adjustment elements of the multiple-nozzle body, in that, in the housing of the adjustment elements, at least approximately centrally on the underside thereof, there is arranged a receiving device, formed as a recess, for a light housing of the light sources.
A medical instrument, in particular endoscopic instrument, with a proximal handle for controlling a distal tool, concerning which the handle comprises two grip pieces (4, 5) which are arranged in a pivotably movable manner relative to one another, are subjected to spring force and are coupled in movement to one another via a path guide (11, 14), wherein the path guide (11, 14) comprises a path component which comprises a guide path, and a guide body on a guide component, said guide body engaging into the guide path, wherein the components (7, 8) are arranged on the grip pieces (4, 5) and are subjected to spring force to one another transversely to a pivoting plane of the grip pieces (4, 5), one of the components is pivotably arranged on a grip piece and at least one latching position, in which the pivoting movement of the grip pieces (4, 5) is blocked in one direction, is formed between the components (7, 8), characterised in that in a manner which is functionally independent of the guide body and guide path, a latching body and at least one latching receiver which receives the latching body in a latching position are provided on the components (7, 8) for the latching function.
A vehicle interior component configured to be operated by application of an external force from an occupant comprising: (a) a base (110, 2110) providing a compartment; (b) a cover (210, 2210) movable relative to the base (110, 2110) from a closed position to an open position; and (c) a latch mechanism comprising an arm (440, 2440) providing a latch feature configured to secure the cover (210, 2210) to the base (110, 2110); wherein the cover (210, 2210) comprises a latch feature; wherein the arm (440, 2440) is configured for movement relative to the base (110, 2110) between an elevated position for the latch feature of the arm (440, 2440) to engage the latch feature of the cover (210, 2210) to secure the cover (210, 2210) to the base (110, 2110) and a retracted position for the latch feature of the arm (440, 2440) to disengage the latch feature of the cover (210, 2210) to release the cover (210, 2210) from the base (110, 2110); wherein the base (110, 2110) comprises a structure comprising a first sidewall and a second sidewall to define the compartment and the latch mechanism is installed at the first sidewall; charcterized in that the arm (440, 2440) is mounted on a pivot post for rotary movement in a defined path of travel such that the arm (440, 2440) is configured for movement relative to the base (110, 2110) from the elevated position to the retracted position by application of the external force on the cover (210, 2110), such as by rotating or pushing the cover (210, 2110). (a) a base (110, 2110) providing a compartment; (b) a cover (210, 2210) movable relative to the base (110, 2110) from a closed position to an open position; and (c) a latch mechanism comprising an arm (440, 2440) providing a latch feature configured to secure the cover (210, 2210) to the base (110, 2110); wherein the cover (210, 2210) comprises a latch feature; wherein the arm (440, 2440) is configured for movement relative to the base (110, 2110) between an elevated position for the latch feature of the arm (440, 2440) to engage the latch feature of the cover (210, 2210) to secure the cover (210, 2210) to the base (110, 2110) and a retracted position for the latch feature of the arm (440, 2440) to disengage the latch feature of the cover (210, 2210) to release the cover (210, 2210) from the base (110, 2110); wherein the base (110, 2110) comprises a structure comprising a first sidewall and a second sidewall to define the compartment and the latch mechanism is installed at the first sidewall; charcterized in that the arm (440, 2440) is mounted on a pivot post for rotary movement in a defined path of travel such that the arm (440, 2440) is configured for movement relative to the base (110, 2110) from the elevated position to the retracted position by application of the external force on the cover (210, 2110), such as by rotating or pushing the cover (210, 2110).
A method for channel resource allocation implemented in a wireless transmit/receive unit, WTRU, comprising: transmitting enhanced dedicated channel, E-DCH, data via an uplink, UL, enhanced uplink, EU, channel; receiving data transmission feedback via a downlink, DL, EU signaling channel in response to transmitting the E-DCH data; characterized by determining whether to selectively enable reception of the DL signaling channel according to at least one predetermined signaling procedure using at least one synchronous hybrid automatic repeat request, HARQ, process that enables reception of the DL EU signaling channel in accordance with a preconfigured schedule. transmitting enhanced dedicated channel, E-DCH, data via an uplink, UL, enhanced uplink, EU, channel; receiving data transmission feedback via a downlink, DL, EU signaling channel in response to transmitting the E-DCH data; determining whether to selectively enable reception of the DL signaling channel according to at least one predetermined signaling procedure using at least one synchronous hybrid automatic repeat request, HARQ, process that enables reception of the DL EU signaling channel in accordance with a preconfigured schedule.
A weighing apparatus configured to measure the weight of an article while conveying the article, the weighing apparatus comprising: a conveyance unit configured to convey the article and having a variable conveyance speed; a detection unit configured to detect a weight of the conveyance unit or, in a case where the conveyance unit is conveying the article, a weight of the conveyance unit and a weight of the article on the conveyance unit, the detection unit configured to output a weigh signal; and characterised by: a control unit configured to generate statistical information from the weigh signals output by the detection unit in a state in which there is no article on the conveyance unit in regard to each of a plurality of the conveyance speeds, the control unit configured to determine and output candidates for defect factors based on the statistical information for each of the conveyance speeds. a conveyance unit configured to convey the article and having a variable conveyance speed; a detection unit configured to detect a weight of the conveyance unit or, in a case where the conveyance unit is conveying the article, a weight of the conveyance unit and a weight of the article on the conveyance unit, the detection unit configured to output a weigh signal; and characterised by: a control unit configured to generate statistical information from the weigh signals output by the detection unit in a state in which there is no article on the conveyance unit in regard to each of a plurality of the conveyance speeds, the control unit configured to determine and output candidates for defect factors based on the statistical information for each of the conveyance speeds.