mhurhangee/patent-ind-claim-en huggingface dataset:
A method for execution on a processor, comprising: identifying a game state of a game being executed for display on a head mounted display (HMD), the game state including a location in a virtual world of an avatar controlled by a user wearing the HMD; obtaining user intensity ratings from user play of the game, the user intensity ratings representing a level of sensory stimulus presented to users during the user play of the game via an HMD of the respective users, wherein the user intensity ratings are received from users that enter a subjective rating of an intensity being delivered by the game at different times during the user play, determining a game intensity value for said game state based on the obtained user intensity ratings, wherein the level of sensory stimulus for the game is corresponded to intensity game areas having game intensity values determined from the intensity ratings collected from said user play of the game; wherein the intensity game areas are defined using a statistical analysis of the intensity ratings by identifying clusters including a high concentration of intensity ratings; and presenting the game intensity value to the HMD for rendering during execution of the game before the user enters one of said intensity game areas during play of the game, the game intensity value being indicative of likely discomfort for increased game intensity values, the game intensity value rendered as one or more of a game intensity bar, or a numerical value, or a sound, or a verbal output, or a color selected from a plurality of colors associated with respective game intensity values. identifying a game state of a game being executed for display on a head mounted display (HMD), the game state including a location in a virtual world of an avatar controlled by a user wearing the HMD; obtaining user intensity ratings from user play of the game, the user intensity ratings representing a level of sensory stimulus presented to users during the user play of the game via an HMD of the respective users, wherein the user intensity ratings are received from users that enter a subjective rating of an intensity being delivered by the game at different times during the user play, determining a game intensity value for said game state based on the obtained user intensity ratings, wherein the level of sensory stimulus for the game is corresponded to intensity game areas having game intensity values determined from the intensity ratings collected from said user play of the game; wherein the intensity game areas are defined using a statistical analysis of the intensity ratings by identifying clusters including a high concentration of intensity ratings; and presenting the game intensity value to the HMD for rendering during execution of the game before the user enters one of said intensity game areas during play of the game, the game intensity value being indicative of likely discomfort for increased game intensity values, the game intensity value rendered as one or more of a game intensity bar, or a numerical value, or a sound, or a verbal output, or a color selected from a plurality of colors associated with respective game intensity values.
A rotor (100;200;300) for a turbomachine comprising: a rim (120;220;320) defining a base of a rotor (100;200;300); an airfoil shaped blade (110;210;310) extending from said rim (120;220;320) and defining a chord line (112;212;312); and a bore (130;230;330) extending from said rim (120;220;320) opposite said airfoil shaped blade (110;210;310); wherein the rim (120;220;320) further includes at least one rail (140;240,260;340,360) extending away from said airfoil shaped blade (110;210;310), the bore (130;230;330) extending from said rim (120;220;320) further radially inward than the at least one rail (140;240,260;340,360), and the at least one rail (140;240,260;340,360) is operable to stiffen said rim (120;220;320) at said rail (140;240,260;340,360); characterized in that said at least one rail (140;240,260;340,360) extends beyond a self-sustaining radius (102;202;302) of the rotor (100;200;300). a rim (120;220;320) defining a base of a rotor (100;200;300); an airfoil shaped blade (110;210;310) extending from said rim (120;220;320) and defining a chord line (112;212;312); and a bore (130;230;330) extending from said rim (120;220;320) opposite said airfoil shaped blade (110;210;310); wherein the rim (120;220;320) further includes at least one rail (140;240,260;340,360) extending away from said airfoil shaped blade (110;210;310), the bore (130;230;330) extending from said rim (120;220;320) further radially inward than the at least one rail (140;240,260;340,360), and the at least one rail (140;240,260;340,360) is operable to stiffen said rim (120;220;320) at said rail (140;240,260;340,360); characterized in that said at least one rail (140;240,260;340,360) extends beyond a self-sustaining radius (102;202;302) of the rotor (100;200;300).
A sponge-forming silicone rubber composition comprising: (A) 100 parts by mass of an organopolysiloxane having at least two alkenyl groups per molecule; (B) an organopolysiloxane having at least two silicon atom-bonded hydrogen atoms per molecule, in an amount such that the silicon atom-bonded hydrogen atoms in this component are 0.4 to 20 mols with respect to one mol of the alkenyl groups in component (A); (C) 20 to 1000 parts by mass of water; (D) 0.01 to 15 parts by mass of a thickener with respect to 100 parts by mass of component (C); (E) 0.1 to 15 mass parts of a surfactant; (F) 0.1 to 20 parts by mass of a silane compound having silicon atom-bonded alkoxy groups, or a partially hydrolyzed condensate thereof; and (G) a hydrosilylation reaction catalyst in a sufficient amount to crosslink the present composition wherein component (F) is methyltrimethoxysilane, 3-methacryloxypropyltrimethoxysilane, 3-glycidoxypropyltrimethoxysilane, methylsilicate, or ethylsilicate. (A) 100 parts by mass of an organopolysiloxane having at least two alkenyl groups per molecule; (B) an organopolysiloxane having at least two silicon atom-bonded hydrogen atoms per molecule, in an amount such that the silicon atom-bonded hydrogen atoms in this component are 0.4 to 20 mols with respect to one mol of the alkenyl groups in component (A); (C) 20 to 1000 parts by mass of water; (D) 0.01 to 15 parts by mass of a thickener with respect to 100 parts by mass of component (C); (E) 0.1 to 15 mass parts of a surfactant; (F) 0.1 to 20 parts by mass of a silane compound having silicon atom-bonded alkoxy groups, or a partially hydrolyzed condensate thereof; and (G) a hydrosilylation reaction catalyst in a sufficient amount to crosslink the present composition wherein component (F) is methyltrimethoxysilane, 3-methacryloxypropyltrimethoxysilane, 3-glycidoxypropyltrimethoxysilane, methylsilicate, or ethylsilicate.
A polymer blend for a PVC-free sealing insert for container closures, which is equipped with at least one oxygen-consuming compound, characterized in that the Shore D hardness of the polymer blend is at least 20 and the polymer blend has a melt flow index (190°C, 5 kg) of at least 5, wherein the polymer blend is composed in a manner such that the blend comprises a combination of a rubber-like barrier polymer such as butyl rubber, polyisoprene, polyisobutylene, SIBS or polybutene and polyolefin, but no more than 10% by weight of oil.
Food processor having a preparation vessel which has an upper opening , and having a plurality of attachable containers which are placed on the preparation vessel in such a way that an opening on the base side of the attachable containers is arranged above the upper opening of the preparation vessel , wherein the attachable container has closure means which are formed in the attachable container itself and are otherwise movable relative to the attachable container , which closure means close the base-side opening in a closed position and can be brought into an open position for filling ingredients stored in the attachable container into the preparation vessel , wherein a lowermost attachable container rests on the preparation vessel or a lid of the preparation vessel and at least one upper attachable container is arranged on the lowermost attachable container , characterised in that an upper side of the attachable container has a first interface element and a lower side of the attachable container has a second interface element , which are designed and arranged in such a way that the two interface elements of two attachable containers arranged one above the other are connected to one another, wherein signals and/or electrical energy can be transmitted via the interface elements coupled to one another.
A central cylinder lubrication system for cylinder lubrication of engine cylinders in large diesel engines, in particular marine engines, said central cylinder lubrication system effects the cylinder lubrication by oil injection by feeding portions of oil under pressure through respective connecting pipes to various points to be lubricated at relevant time intervals, and said central cylinder lubrication system is designed with injectors and a lubricating apparatus , the system including at least one pump unit which via the connecting pipes is connected with an associated system unit (13,206;100,101) selected among an injector and an accumulator , wherein injectors are provided in the form of oil injection nozzles which is provided in a cylinder wall for supplying cylinder lubricating oil inside the cylinder , characterised in that a leak detector is provided in the central cylinder lubrication system, in the connecting pipe between the pump unit and the associated system unit (13,206;100,101), and that the leak detector is adapted for emitting a signal when the oil pressure in the connecting pipe go under a predetermined level, and that the leak detector includes a housing with a chamber connected with the connecting pipe, that a spring-loaded pin is mounted in a boring passing through the wall of the housing , that a sealing element is disposed between the pin and the boring, that the pin is pressed outwards by the oil pressure in the chamber to an outer position when the oil pressure overcomes the force from the spring .
Clutch actuating device , in particular a disengagement system for a friction clutch of a motor vehicle, having a master cylinder and a slave cylinder as well as an actuator via which the master cylinder and the slave cylinder are connected to a pressure line , wherein the actuator has a shaft which can be rotated by a motor , with at least one piston which is arranged in an axially movable fashion on the shaft , characterized in that the piston is configured in the form of a piston slave and a second piston arranged in a movable fashion thereon in the form of a floating piston , which pistons can be moved in a common cylinder along the axial direction , wherein a rear pressure chamber or storage chamber can be formed between the piston slave and the floating piston , and a front pressure chamber is arranged between the floating piston and an end wall of the cylinder ; wherein a first spring connects the floating piston and the end wall, wherein a first port for a first pressure line leading to the master cylinder opens into the rear pressure chamber when the floating piston is in an actuated position while the piston slave is in an unactuated position, and a second port for a second pressure line leading to the slave cylinder opens into the front pressure chamber , wherein the first pressure line can be closed off by the floating piston when the latter is in an unactuated position.
A machine for de-stemming grapes comprising a machine frame , a cage with perforated wall on at least part of its length with the perforations of the wall able to allow the grape berries to pass and to retain at least part of the stalks, and a shaft with tips , said cage being a rotary cage assuming the form of an elongated hollow body mounted rotating about a longitudinal axis (XX') of said body, this cage having an open end forming the grape inlet opening inside the cage and a so-called outlet opening of the destemmed stalks arranged at the opposite end of the cage , and the shaft with points being a rotary shaft arranged inside the cage , in a manner coaxial or parallel to the axis (XX') of rotation of the cage , characterized in that the shaft with points has, from its end arranged on the grape inlet opening side of the cage toward its end arranged on the outlet opening side for the stalks of the cage , at least one zone without points followed by a zone with points , and in that the cage is inwardly equipped with deflectors secured in movement with the perforated wall partially delimiting the cage , at least part of said deflectors being arranged around the zone without points of the shaft with points .
Combined cycle power plant comprising: - an Rankine cycle with a turbine , an exhaust gas heat exchanger , a pump , a condenser and a first generator (G1) driven by the turbine , - a multi shaft gas turbine cycle with three compressor stages and two intercoolers , a combustor , at least one turbine stage (24, 24' ,24" ,24"') and a second generator (G2) driven by the at least one turbine stage (24, 24', 24", 24"'), - wherein in each compressing air path between the compressor stages an intercooler is arranged such that a temperature of the compressed air for the combustor is decreased, and wherein the cold side path from the intercoolers are connected in parallel to the exhaust gas exchanger of the Rankine cycle , such that the waste heat from the intercoolers are feeding the Rankine cycle in addition to the exhaust gas heat from the exhaust gas heat exchanger , c h aracterized in that each of intercooler is connected in parallel to the exhaust gas heat exchanger of the Rankine cycle . - an Rankine cycle with a turbine , an exhaust gas heat exchanger , a pump , a condenser and a first generator (G1) driven by the turbine , - a multi shaft gas turbine cycle with three compressor stages and two intercoolers , a combustor , at least one turbine stage (24, 24' ,24" ,24"') and a second generator (G2) driven by the at least one turbine stage (24, 24', 24", 24"'), - wherein in each compressing air path between the compressor stages an intercooler is arranged such that a temperature of the compressed air for the combustor is decreased, and wherein the cold side path from the intercoolers are connected in parallel to the exhaust gas exchanger of the Rankine cycle , such that the waste heat from the intercoolers are feeding the Rankine cycle in addition to the exhaust gas heat from the exhaust gas heat exchanger , c h aracterized in that each of intercooler is connected in parallel to the exhaust gas heat exchanger of the Rankine cycle .
An angle adapter for a powder spray device, - comprising an upstream housing , which has an upstream powder channel , a connection to the powder spray device, and a longitudinal axis (LA1), about which the housing can be rotated, - comprising a pivot body comprising a downstream powder channel , which connects to the upstream powder channel , - in the case of which the pivot body can be pivoted about a pivot axis (DA), - comprising a nozzle , which connects to the pivot body , - comprising a high voltage line , which extends from the upstream housing via the pivot body all the way into the nozzle and which is formed there as high voltage electrode , characterized in that the pivot axis (DA) runs obliquely to the longitudinal axis (LA1), wherein the housing and the pivot body have several webs and grooves , wherein the webs protrude into the grooves, and the webs and grooves are formed so that they form a labyrinth in order to enlarge the distance between the high voltage line and the outer side of the angle adapter. - comprising an upstream housing , which has an upstream powder channel , a connection to the powder spray device, and a longitudinal axis (LA1), about which the housing can be rotated, - comprising a pivot body comprising a downstream powder channel , which connects to the upstream powder channel , - in the case of which the pivot body can be pivoted about a pivot axis (DA), - comprising a nozzle , which connects to the pivot body , - comprising a high voltage line , which extends from the upstream housing via the pivot body all the way into the nozzle and which is formed there as high voltage electrode , characterized in that the pivot axis (DA) runs obliquely to the longitudinal axis (LA1), wherein the housing and the pivot body have several webs and grooves , wherein the webs protrude into the grooves, and the webs and grooves are formed so that they form a labyrinth in order to enlarge the distance between the high voltage line and the outer side of the angle adapter.
A sealing arrangement for sealing a floor-side, horizontally running portion of a movable shutter door leaf, which is guided laterally in guides, with respect to a building-side contact surface against water or draughts penetrating from outside the shutter door leaf, with a connection member which is affixed to a lower panel segment of the shutter door leaf, the connection member in turn being connected to a termination member via affixing members , characterised by, a combination of a substantially horizontally oriented first sealing member with a connection below the termination member of the shutter door leaf and a second sealing member with an affixing to the lower section of the shutter door leaf which is performed outside the termination member , wherein the first sealing member has two affixing portions lying at a distance on one plane, which are embedded on the underside of the connecting element in distanced connection channels of the termination member , wherein the affixing portions merge outside the termination member via connecting portions in a support foot directed towards the contact surface , and in that the first sealing member has substantially straight resilient portions following the affixing portions , which merge into intermediate regions via transition regions , wherein, between the intermediate regions and the connecting portions , the first sealing member has bend regions and that the second sealing member is provided in portions with a contact region for interacting, in a sealing manner, with a side portion of the first sealing member , wherein the second sealing member is fixed by means of an affixing portion to the connection member present above the termination member , and in that, following the affixing portion , there is a closed chamber and, starting therefrom, a one-sided side limb , directed towards the contact surface , with the contact region , which has a bent end region, directed towards the first sealing member , with a bearing surface .
A method for transmitting a sidelink synchronization signal (SLSS) by a user equipment (UE) in a wireless communication system, the method comprising: selecting an SLSS identifier (ID) by a UE which has acquired synchronization by receiving a signal directly from a global navigation satellite system (GNSS); and transmitting an SLSS generated based on the selected SLSS ID, wherein the selected SLSS ID is selected from the same SLSS ID set as used for transmission of an SLSS from a UE which has received a synchronization signal directly from a base station (BS) and selected a BS timing as synchronization. selecting an SLSS identifier (ID) by a UE which has acquired synchronization by receiving a signal directly from a global navigation satellite system (GNSS); and transmitting an SLSS generated based on the selected SLSS ID, wherein the selected SLSS ID is selected from the same SLSS ID set as used for transmission of an SLSS from a UE which has received a synchronization signal directly from a base station (BS) and selected a BS timing as synchronization.
Labelling device for syringes for pharmaceutical products, said syringes comprising a marker scale, which comprises: - a carousel having means for holding and transporting syringes - a syringe labelling station - a syringe handler - means for detecting the position of the marker scale of the syringes characterised in that the syringe labelling station comprises an arm responsible for holding the label by means of a suction system and for placing the label on the syringe; in that said syringe handler is a robotic arm , wherein said means for detecting the position of the marker scale of the syringes act in a coordinated manner with the robotic arm , a control device being responsible for coordinating said robotic arm with said means for detecting the position of the marker scale of the syringes, so that concealing of the marker scale of the syringes with the label is avoided; and in that said syringe labelling station further comprises two articulated gates arranged such that when the robotic arm causes the syringe to pass therethrough after the arm has affixed the label to the syringe, said gates apply pressure over the body of the syringe in such a way that the label is affixed uniformly over said body. - a carousel having means for holding and transporting syringes - a syringe labelling station - a syringe handler - means for detecting the position of the marker scale of the syringes
An electronic package comprising: a substrate forming a first face and a second face (12") that opposes the first face; a first electronic device (14-1) mounted on the first face of the substrate; an overmold body on the first face of the substrate and arranged around peripheral edges of the first electronic device, the overmold body forming a first recess (18; 18-1) that extends through the overmold body to the first face of the substrate; a heat spreader arranged over the first electronic device such that the first electronic device is between the heat spreader and the substrate, and the heat spreader is further arranged within the first recess such that the heat spreader is thermally coupled to the first electronic device and the first face of the substrate; and a bottom heat sink on the second face of the substrate, wherein a heat dissipation path is formed between the heat spreader and the bottom heat sink that extends through the first recess and the substrate, wherein the heat dissipation path comprises a metallic structure formed within the substrate that electrically grounds the heat spreader to the bottom heat sink. a substrate forming a first face and a second face (12") that opposes the first face; a first electronic device (14-1) mounted on the first face of the substrate; an overmold body on the first face of the substrate and arranged around peripheral edges of the first electronic device, the overmold body forming a first recess (18; 18-1) that extends through the overmold body to the first face of the substrate; a heat spreader arranged over the first electronic device such that the first electronic device is between the heat spreader and the substrate, and the heat spreader is further arranged within the first recess such that the heat spreader is thermally coupled to the first electronic device and the first face of the substrate; and a bottom heat sink on the second face of the substrate, wherein a heat dissipation path is formed between the heat spreader and the bottom heat sink that extends through the first recess and the substrate, wherein the heat dissipation path comprises a metallic structure formed within the substrate that electrically grounds the heat spreader to the bottom heat sink.