mhurhangee/patent-ind-claim-en huggingface dataset:
A three-dimensional shape information generating system comprising: a shape information generating unit configured to generate, on the basis of outer shape information indicating an outer shape of a three-dimensional-shaped object used to cultivate a plant, shape information indicating a shape of the three-dimensional-shaped object in which at least a part of a region has a three-dimensional mesh-like structure; an output unit configured to output the shape information to cause a three-dimensional shape forming unit to form the three-dimensional-shaped object ; and wherein the output unit further outputs vegetation information including information regarding the plant to be cultivated in the three-dimensional-shaped object and information regarding a position of a region where the plant is cultivated. a shape information generating unit configured to generate, on the basis of outer shape information indicating an outer shape of a three-dimensional-shaped object used to cultivate a plant, shape information indicating a shape of the three-dimensional-shaped object in which at least a part of a region has a three-dimensional mesh-like structure; an output unit configured to output the shape information to cause a three-dimensional shape forming unit to form the three-dimensional-shaped object ; and wherein the output unit further outputs vegetation information including information regarding the plant to be cultivated in the three-dimensional-shaped object and information regarding a position of a region where the plant is cultivated.
A damping assembly comprising: a connecting rod for connection to a moving part to be damped; a damper comprising a sleeve , a piston having a piston head slidable within the sleeve and respective end caps limiting the extent of movement of the piston head within the sleeve ; and a mechanical fuse coupling the connecting rod to the piston , the mechanical fuse configured such that when a force between the connecting rod and damper reaches a threshold value, the connecting rod becomes uncoupled from the piston ; characterised by further comprising at least two biasing members , a respective biasing members being mounted to the respective end faces of the piston head and/or to the respective end caps such that it forces the piston head away from the respective end cap when adjacent thereto and biases the piston towards a central position such that the connecting rod may be re-coupled to the piston . a connecting rod for connection to a moving part to be damped; a damper comprising a sleeve , a piston having a piston head slidable within the sleeve and respective end caps limiting the extent of movement of the piston head within the sleeve ; and a mechanical fuse coupling the connecting rod to the piston , the mechanical fuse configured such that when a force between the connecting rod and damper reaches a threshold value, the connecting rod becomes uncoupled from the piston ; characterised by further comprising at least two biasing members , a respective biasing members being mounted to the respective end faces of the piston head and/or to the respective end caps such that it forces the piston head away from the respective end cap when adjacent thereto and biases the piston towards a central position such that the connecting rod may be re-coupled to the piston .
A transmission method for transmitting encoded data obtained by hierarchically encoding a video image into a basic layer (I0, B2, B4, B6, B8, B10, B12, B14, P16) and an extended layer (b1, b3, b5, b7, b9, b11, b13, b15) , the transmitting method comprising: generating an encoded stream (S11) that includes time information and the encoded data, the time information indicating a time at which decoding processing or displaying processing of the encoded data is to be performed, and transmitting the generated encoded stream (S12), wherein the encoded data includes a plurality of sets each including a plurality of access units, each of the plurality of access units which configure at least one first set (IO) can be independently decoded or can be decoded according to a first relative time based on a first time information by referring to decoded data of another access unit of the basic layer, the at least one first set being a set for the basic layer among the plurality of sets, each of the plurality of access units which configure at least one second set (b1) can be decoded according to a second relative time based on a second time information by referring to decoded data of an access unit of the basic layer, the at least one second set being a set for the extended layer among the plurality of sets, the basic layer includes a plurality of layers, and the extended layer includes a single layer. generating an encoded stream (S11) that includes time information and the encoded data, the time information indicating a time at which decoding processing or displaying processing of the encoded data is to be performed, and transmitting the generated encoded stream (S12), wherein the encoded data includes a plurality of sets each including a plurality of access units, each of the plurality of access units which configure at least one first set (IO) can be independently decoded or can be decoded according to a first relative time based on a first time information by referring to decoded data of another access unit of the basic layer, the at least one first set being a set for the basic layer among the plurality of sets, each of the plurality of access units which configure at least one second set (b1) can be decoded according to a second relative time based on a second time information by referring to decoded data of an access unit of the basic layer, the at least one second set being a set for the extended layer among the plurality of sets, the basic layer includes a plurality of layers, and the extended layer includes a single layer.
A method of operating a mobile transceiver having a plurality of Subscriber Identity Module, SIM, cards , the method comprising: waking up the mobile transceiver from a low power mode in response to a pre-programmed wakeup event; determining whether a subscriber identity module, SIM, card of the plurality of SIM cards has been pre-selected for the wakeup event, wherein the wakeup event comprises a time-based alarm and the determining comprises determining if an identifier of the wakeup event has been associated with a pre-selected SIM card; and when a SIM card has been pre-selected for the wakeup event: activating a cellular transceiver using the pre-selected SIM card; and searching, via the cellular transceiver, for available wireless services associated with the pre-selected SIM card,. waking up the mobile transceiver from a low power mode in response to a pre-programmed wakeup event; determining whether a subscriber identity module, SIM, card of the plurality of SIM cards has been pre-selected for the wakeup event, wherein the wakeup event comprises a time-based alarm and the determining comprises determining if an identifier of the wakeup event has been associated with a pre-selected SIM card; and when a SIM card has been pre-selected for the wakeup event: activating a cellular transceiver using the pre-selected SIM card; and searching, via the cellular transceiver, for available wireless services associated with the pre-selected SIM card,. activating a cellular transceiver using the pre-selected SIM card; and searching, via the cellular transceiver, for available wireless services associated with the pre-selected SIM card,.
A biodegradable additive for enhancing biodegradation of polymeric material when added thereto comprising: furanone as chemo attractant compound, a glutaric acid or its derivative; a carboxylic acid compound with a chain length from 5-18 carbons, a polymer, wherein the polymer is selected from polyesters and copolymers thereof, and a swelling agent. furanone as chemo attractant compound, a glutaric acid or its derivative; a carboxylic acid compound with a chain length from 5-18 carbons, a polymer, wherein the polymer is selected from polyesters and copolymers thereof, and a swelling agent.
A distribution unit (U) configured to distribute carbonaceous particulate material, in particular powdered rubber or equivalent material to be applied on the peripheral surfaces (F) of a tire (P), comprising nozzle spreading means for spreading said particulate material and pneumatic supply means for feeding said particulate material to said spreading means , at least said spreading means being mounted directly on a group (G) for dispensing extruded rubber, said pneumatic supply means comprise in turn a pneumatic supply hopper containing said particulate material, a Venturi tube coupled to pump means , said tube being disposed below said hopper and connected to said spreading means characterized in that said unit comprises a suction group for sucking residues of said particulate material falling from said spreading means , said suction group comprising a suction element disposed under the spreading means .
A method of effecting process control in a reaction system for the production of 1,4-butanediol from allyl alcohol, the method comprising: determining the concentration of allyl alcohol in the sample from the reaction system using Raman spectroscopy; and adjusting at least one parameter of the reaction system in response to the at least one determined property. the method further comprising: inserting a sample probe into at least one component of the reaction system; illuminating a fluid in the reaction system with the probe, and collecting scatter light from the illuminated fluid with the probe. wherein the sample is collected from at least one of a group consisting of an allyl alcohol feed stream, a hydroformylation reactor effluent stream, a catalyst extractor effluent stream, a hydrogenation reactor effluent stream, and a catalyst extractor recycle stream. determining the concentration of allyl alcohol in the sample from the reaction system using Raman spectroscopy; and adjusting at least one parameter of the reaction system in response to the at least one determined property. inserting a sample probe into at least one component of the reaction system; illuminating a fluid in the reaction system with the probe, and collecting scatter light from the illuminated fluid with the probe.
A device , comprising: a plurality of device cells at least partially disposed in a semiconductor device layer having a first conductivity type, wherein each device cell of the plurality comprises: a body region having a second conductivity type disposed near the center of the device cell; a source region having the first conductivity type disposed adjacent to the body region of the device cell; a channel region having the second conductivity type disposed adjacent to the source region of the device cell; and a JFET region having the first conductivity type disposed adjacent the channel region of the device cell, wherein the JFET region has a parallel JFET width between the channel region of the device cell and a parallel portion of a channel region of a neighboring device cell of the plurality of device cells, wherein at least one device cell of the plurality of device cells comprises a body region extension having the second conductivity type that extends outwardly from the body region of the at least one device cell, through the source region of the at least one device cell, through the channel region of the at least one device cell, and into the JFET region such that a distance between the body region extension of the at least one device cell and a region of the neighboring device cell having the second conductivity type is less than or equal to the parallel JFET width, characterised in that ; one or more device cells of the plurality of device cells disposed adjacent to the at least one device cell do not include respective body region extensions, and wherein the one or more device cells are shielded by the body region extension of the at least one device cell.. a body region having a second conductivity type disposed near the center of the device cell; a source region having the first conductivity type disposed adjacent to the body region of the device cell; a channel region having the second conductivity type disposed adjacent to the source region of the device cell; and a JFET region having the first conductivity type disposed adjacent the channel region of the device cell, wherein the JFET region has a parallel JFET width between the channel region of the device cell and a parallel portion of a channel region of a neighboring device cell of the plurality of device cells, wherein at least one device cell of the plurality of device cells comprises a body region extension having the second conductivity type that extends outwardly from the body region of the at least one device cell, through the source region of the at least one device cell, through the channel region of the at least one device cell, and into the JFET region such that a distance between the body region extension of the at least one device cell and a region of the neighboring device cell having the second conductivity type is less than or equal to the parallel JFET width, characterised in that ; one or more device cells of the plurality of device cells disposed adjacent to the at least one device cell do not include respective body region extensions, and wherein the one or more device cells are shielded by the body region extension of the at least one device cell..
A terminal supporting a power source state processing, comprising: a display unit ; a power source configured to supply an electric power; a charger IC component configured to determine a charging state of the power source by detecting a charging current supplied from a charger to the power source, and to determine that the charging state of the power source is a pre-charging section in which the power source is charged by a predefined electric power when a power state of the power source is less than a predefined power state; a gauge IC component configured to determine gauging information based on the charging state of the power source received from the charger IC component; a control unit configured to control to display a fuel gauge indicating the charging state of the power source based on the gauging information, characterized in that : the charger IC component is configured to transmit information corresponding to the pre-charging section of the power source to the gauge IC component, and the gauge IC component is configured to generate the gauging information that causes the fuel gauge to indicate that the power state of the power source is empty. a display unit ; a power source configured to supply an electric power; a charger IC component configured to determine a charging state of the power source by detecting a charging current supplied from a charger to the power source, and to determine that the charging state of the power source is a pre-charging section in which the power source is charged by a predefined electric power when a power state of the power source is less than a predefined power state; a gauge IC component configured to determine gauging information based on the charging state of the power source received from the charger IC component; a control unit configured to control to display a fuel gauge indicating the charging state of the power source based on the gauging information, characterized in that : the charger IC component is configured to transmit information corresponding to the pre-charging section of the power source to the gauge IC component, and the gauge IC component is configured to generate the gauging information that causes the fuel gauge to indicate that the power state of the power source is empty. the charger IC component is configured to transmit information corresponding to the pre-charging section of the power source to the gauge IC component, and the gauge IC component is configured to generate the gauging information that causes the fuel gauge to indicate that the power state of the power source is empty.
A drive system for a belt-driven people conveyor comprising: a drive motor arranged to drive an input shaft ; a belt drive pulley for driving a drive belt ; and a gear system arranged to couple the input shaft to the belt drive pulley such that there is a speed reduction from the input shaft to the belt drive pulley , the gear system comprising an output gear directly connected to or formed integrally with the belt drive pulley ; characterised in that at least part of the gear system is located within the belt drive pulley . a drive motor arranged to drive an input shaft ; a belt drive pulley for driving a drive belt ; and a gear system arranged to couple the input shaft to the belt drive pulley such that there is a speed reduction from the input shaft to the belt drive pulley , the gear system comprising an output gear directly connected to or formed integrally with the belt drive pulley ; characterised in that at least part of the gear system is located within the belt drive pulley .
Container treatment plant comprising an oven and a blow molder located downstream of the oven and used for processing a plurality of containers , such as in particular preforms, and further comprising a conveying unit configured for conveying a plurality of carriers , each carrier being provided for accommodating at least one container , wherein the conveying unit and the carrier are adapted to one another such that each carrier is individually movable through the container treatment plant by means of said conveying unit , wherein each carrier can be driven through the oven independently and/or decoupled from the other carriers, wherein the oven has a flexible pitch and a control unit is provided that is adapted to influence the motion profile of each individual carrier, characterized in that the control unit can control the distances which the preforms have relative to one another at each position of the oven, wherein the control unit is adapted to control the distances which the preforms have relative to one another such that small preforms move at smaller distances from one another and large preforms move at larger distances from one another through the oven.
An active energy ray-curable inkjet ink composition containing a pigment, a polymerizable compound, and a photopolymerization initiator, wherein the polymerizable compound comprises 80 wt% or more of aliphatic ethylenically polymerizable compounds based on the total weight of the polymerizable compound, wherein the aliphatic ethylenically polymerizable compounds comprise polyfunctional (meth)acrylates including at least 2-(2-vinyloxyethoxy)ethyl acrylate and dipropylene glycol diacrylate, the photopolymerization initiator comprises an acyl phosphine oxide wherein the acyl phosphine oxide comprises a monoacyl phosphine oxide and the amount of the monoacyl phosphine oxide based on the total weight of acyl phosphine oxide is 70 wt% or more, and the amount of the dipropylene glycol diacrylate is 16 wt% or more and the amount of the acyl phosphine oxide is 10.3 wt% or more with respect to the total weight of the inkjet ink composition.
A guide light irradiation device to irradiate guide light (G1, G2) to indicate a direction to a survey operator, comprising: a plurality of irradiators including at least a pair of light sources configured to emit lights for left and right patterns of the guide light (G1, G2) configured to each irradiate guide light (G1, G2) differing in pattern between the left and the right of an irradiation direction as a center, wherein the plurality of irradiators are juxtaposed in a left-right direction, irradiation units of the plurality of irradiators are disposed so that the irradiation units match in the horizontal direction, and optical axes (L1, L2) of the plurality of irradiators make a predetermined angle (β) with each other in the vertical direction, and synthetic light of guide lights (G1, G2) respectively irradiated from the plurality of irradiators is irradiated as synthetic guide light wherein the predetermined angle (β) in the vertical direction between the optical axes (L1, L2) of the plurality of irradiators is configured to become smaller than a diffusion angle (α) of the guide light (G1, G2) in the vertical direction in a single one of the irradiators . a plurality of irradiators including at least a pair of light sources configured to emit lights for left and right patterns of the guide light (G1, G2) configured to each irradiate guide light (G1, G2) differing in pattern between the left and the right of an irradiation direction as a center, wherein the plurality of irradiators are juxtaposed in a left-right direction, irradiation units of the plurality of irradiators are disposed so that the irradiation units match in the horizontal direction, and optical axes (L1, L2) of the plurality of irradiators make a predetermined angle (β) with each other in the vertical direction, and synthetic light of guide lights (G1, G2) respectively irradiated from the plurality of irradiators is irradiated as synthetic guide light
A cigarette pack, having an inner pack for pack contents, in particular for a group of cigarettes , and having an outer pack , preferably in the form of a hinge-lid pack, wherein the inner pack which directly encases the pack contents is preferably formed from (thin) cardboard and has lateral walls , which are formed by overlapping inner and outer lateral tabs of a blank made of (thin) cardboard for the inner pack , characterized in that end corner tabs , which are arranged on both sides of a lid wall of the inner pack in the region of the lateral walls , have a respective substantially V-shaped design, and in that each of the end corner tabs is arranged between the inner lateral tabs and outer lateral tabs of the lateral walls of the inner pack , and that the outer lateral tabs of the lateral walls of the inner pack , which cover the end corner tabs , have an inclined lateral edge such that, in conjunction with the V-shaped design of the end corner tabs , the visual impression of an envelope fold is created in the region of the lateral walls of the inner pack , and that the outer pack has a box part for receiving the inner pack and a lid pivotably mounted on the box part , wherein the inner pack with the lid opened protrudes from the box part , so that the lateral walls of the inner pack are partially visible, in such a way that the visual impression with the pack opened created by the design of the overlapping end corner tabs and the outer lateral tabs is visible to the consumer.
A method for the prediction of ventilator-associated pneumonia (VAP) in a ventilated subject heavily colonized by methicillin susceptible Staphylococcus aureus (MSSA) and asymptomatic, comprising the step of determining the alpha haemolysin level in a biological sample of said subject as compared to a predetermined alpha haemolysin level, wherein an elevated alpha haemolysin level is indicative of the risk of VAP disease onset, wherein the predetermined alpha haemolysin level is higher than a reference value of a S. aureus strain expressing no alpha haemolysin.
A rope drum installation for a rope crane, comprising a bearing , a traction rope drum and an auxiliary rope drum , wherein the traction rope drum comprises a traction rope motor connected to a bearing and the auxiliary rope drum comprises an auxiliary rope motor mounted on the traction rope drum and configured to transmit a torque between the traction rope drum and the auxiliary rope drum , characterized in that the auxiliary rope drum is mounted rotatably relative to the bearing in a first operating state and is non-rotatably connected to the bearing in a second operating state such that the traction rope drum may be driven by means of the auxiliary rope motor in the second operating state.