mhurhangee/ep-ind-claims huggingface dataset:
A transport system comprising: an overhead transport vehicle configured to travel on a first track and configured to deliver and receive an article to and from a load port of a processing tool; a storage rack having a plurality of shelves (41, 42) for storing the articles, the shelves (41, 42) being arranged in a vertical direction; a crane configured to travel on a second track parallel with the first track and configured to deliver and receive the article to and from the load port and the storage rack, respectively; and a first buffer arranged at a position such that the crane, which has stopped traveling at a position for delivering or receiving the article to or from the load port, is able to deliver or receive the article to or from the first buffer; wherein the crane includes a support column that extends in a vertical direction and a lifter that is supported on the support column and is slidable in the vertical direction along the support column. an overhead transport vehicle configured to travel on a first track and configured to deliver and receive an article to and from a load port of a processing tool; a storage rack having a plurality of shelves (41, 42) for storing the articles, the shelves (41, 42) being arranged in a vertical direction; a crane configured to travel on a second track parallel with the first track and configured to deliver and receive the article to and from the load port and the storage rack, respectively; and a first buffer arranged at a position such that the crane, which has stopped traveling at a position for delivering or receiving the article to or from the load port, is able to deliver or receive the article to or from the first buffer; wherein the crane includes a support column that extends in a vertical direction and a lifter that is supported on the support column and is slidable in the vertical direction along the support column.
A jet tube for use in a veneer dryer, the jet tube comprising: an elongate hollow body that is tapered from an open first end to an opposite second end, the elongate hollow body having an upper wall with a plurality of apertures, a lower wall, side walls, a longitudinal center axis, and an end plate at the second end, wherein the end plate is disposed between the walls (110, 112, 114) and oriented transverse to the longitudinal center axis and the walls (110, 112, 114); characterized in that the jet tube further comprises a first through-slot disposed at the second end, wherein the first through-slot is located at an intersection of the end plate and one or more of the walls (110, 112, 114), wherein the jet tube is configured such that, when in use, the first through-slot remains open and unblocked while the end plate is disposed between the walls (110, 112, 114). an elongate hollow body that is tapered from an open first end to an opposite second end, the elongate hollow body having an upper wall with a plurality of apertures, a lower wall, side walls, a longitudinal center axis, and an end plate at the second end, wherein the end plate is disposed between the walls (110, 112, 114) and oriented transverse to the longitudinal center axis and the walls (110, 112, 114); characterized in that the jet tube further comprises a first through-slot disposed at the second end, wherein the first through-slot is located at an intersection of the end plate and one or more of the walls (110, 112, 114), wherein the jet tube is configured such that, when in use, the first through-slot remains open and unblocked while the end plate is disposed between the walls (110, 112, 114).
A cryotherapeutic system, comprising: a cartridge housing; a cartridge connector adjacent to the cartridge housing; a supply passage fluidly connected to the cartridge connector; a supply valve along the supply passage; and a control assembly including an actuator and a user interface, wherein the actuator is operably connected to the supply valve, and the control assembly is configured to signal the actuator to open the supply valve in response to a signal from the user interface, wherein the control assembly further includes a supply sensor operably connected to the supply passage and configured to detect a pressure within a portion of the supply passage between the cartridge connector and the supply valve, the user interface includes an initiation switch, and the control assembly is configured to override the initiation switch if the pressure is below a threshold value. a cartridge housing; a cartridge connector adjacent to the cartridge housing; a supply passage fluidly connected to the cartridge connector; a supply valve along the supply passage; and a control assembly including an actuator and a user interface, wherein the actuator is operably connected to the supply valve, and the control assembly is configured to signal the actuator to open the supply valve in response to a signal from the user interface,
A machine to process bars made of aluminium, light alloys, PVC or the like, said machine comprising an elongated base extending in a first direction; a lower support surface for at least one bar; at least one processing station to process and/or cut the bar; a feeding device to feed the bar along the base and through the processing station in the first direction; a first operating device to move the feeding device in the first direction; and a labelling assembly to apply at least one label on each bar; and characterized in that it comprises, furthermore, a second operating device, independent of the first operating device, to move the labelling assembly along the base in the first direction.
An engine starting device, characterized in comprising: a resistor disposed in series between a starter motor and a battery; a bypass circuit disposed in parallel with respect to the resistor; and a switching means for opening and closing the bypass circuit, wherein the switching means is configured to open the bypass circuit with commencement of engine startup, characterized in that the switching means is further configured to close the bypass circuit when a differential value of a voltage of the battery changes from a value greater than zero to zero after commencement of engine startup. a resistor disposed in series between a starter motor and a battery; a bypass circuit disposed in parallel with respect to the resistor; and a switching means for opening and closing the bypass circuit, wherein the switching means is configured to open the bypass circuit with commencement of engine startup, characterized in that the switching means is further configured to close the bypass circuit when a differential value of a voltage of the battery changes from a value greater than zero to zero after commencement of engine startup.
A glass melt production apparatus, which comprises a melting vessel, a vacuum degassing apparatus, a first conducting pipe structure connecting the melting vessel and the vacuum degassing apparatus, and a second conducting pipe structure to introduce a glass melt to a forming means, provided downstream the vacuum degassing apparatus; the vacuum degassing apparatus having an uprising pipe through which the glass melt from the melting vessel ascends, a vacuum degassing vessel, and a downfalling pipe through which the glass melt from the vacuum degassing vessel descends; the first conducting pipe structure having an upstream pit to supply the glass melt to the uprising pipe; and the second conducting pipe structure having a downstream pit containing the glass melt from the downfalling pipe; the glass melt production apparatus further comprising a third conducting pipe structure connecting the upstream pit and the downstream pit; and the third conducting pipe structure having a closing means (510, 520) to shut off a flow of the glass melt in the third conducting pipe structure; the third conducting pipe structure or the closing means (510, 520) having a glass melt flow path for emergencies (530, 540), which allows the glass melt to pass therethrough and further guide the glass melt to the upstream pit, depending on the height of a liquid level of the glass melt in the third conducting pipe structure in the vicinity of the closing means (510, 520).
A nano-carbon material production apparatus for producing a nano-carbon material, characterized in that it comprises: a catalyst-containing nano-carbon material producing unit for producing a catalyst-containing nano-carbon material (14, 106) using a granulated catalyst (104, 104A, 104B) formed by granulating a carrier supporting an active component; an oxygen-containing functional group addition treatment unit for adding an oxygen-containing functional group to the catalyst-containing nano-carbon material (14; 106); an acid treatment unit for dispersing the catalyst-containing nano-carbon material (14, 106) in an acid solution; a washing unit for washing the acid-treated nano-carbon material with water, resulting in a washed aqueous solution; and a pH adjustment unit for adjusting the pH of the washed aqueous solution to a weakly alkaline side, wherein the catalyst-containing nano-carbon material producing unit includes a fluidized bed reactor. a catalyst-containing nano-carbon material producing unit for producing a catalyst-containing nano-carbon material (14, 106) using a granulated catalyst (104, 104A, 104B) formed by granulating a carrier supporting an active component; an oxygen-containing functional group addition treatment unit for adding an oxygen-containing functional group to the catalyst-containing nano-carbon material (14; 106); an acid treatment unit for dispersing the catalyst-containing nano-carbon material (14, 106) in an acid solution; a washing unit for washing the acid-treated nano-carbon material with water, resulting in a washed aqueous solution; and a pH adjustment unit for adjusting the pH of the washed aqueous solution to a weakly alkaline side, wherein the catalyst-containing nano-carbon material producing unit includes a fluidized bed reactor.
Modular element (1; 15) for a stator core (8; 18), comprising a plate-like body in a ferromagnetic material provided with: - a peripheral portion extending for an angular width (α) of less than 360° over an arc of a circle having a centre; - a plurality of teeth (3; 16) projecting from said peripheral portion towards said centre; - a plurality of first projections (4, 4') extending from said peripheral portion on the opposite side with respect to said teeth (3; 16) according to corresponding directions of development, each one of said first projections (4, 4') being spaced from each first projection (4, 4') adjacent to it by a distance that cannot be shorter than the width of the end of a corresponding one of said teeth (3; 16); characterized in that said first projections (4, 4') are configured so that each one of them can be interposed between two corresponding adjacent teeth (3; 16) of a second modular element (1'; 15') that is identical to the first one and arranged so that it is coplanar with it, wherein the distance between the outer rims of each two adjacent first projections (4, 4') is smaller than the distance between the ends of two outer teeth in each group of three teeth (3; 16). - a peripheral portion extending for an angular width (α) of less than 360° over an arc of a circle having a centre; - a plurality of teeth (3; 16) projecting from said peripheral portion towards said centre; - a plurality of first projections (4, 4') extending from said peripheral portion on the opposite side with respect to said teeth (3; 16) according to corresponding directions of development, each one of said first projections (4, 4') being spaced from each first projection (4, 4') adjacent to it by a distance that cannot be shorter than the width of the end of a corresponding one of said teeth (3; 16);
Filter device having a filter housing jar and a filter housing cover which can be connected thereto, wherein the filter housing jar is formed from metal and, in a bottom region, has at least one through-opening formed in the manner of an aperture mask, wherein a component formed from plastic having a heating device and at least one fitting for supply to, or removal from, the filter device is provided, which component is sealed with respect to the filter housing jar and is penetrated by the at least one through-opening in the bottom region of the filter housing jar, characterised in that - the component together with the heating device and a filter element are integrally formed, in particular connected together by means of a clip connection, and - the heating device is embedded in the plastic of the component, i.e. is fixedly connected with same. - the component together with the heating device and a filter element are integrally formed, in particular connected together by means of a clip connection, and - the heating device is embedded in the plastic of the component, i.e. is fixedly connected with same.
Machine for machining slab materials comprising: - a working plane configured to support a slab material to be machined; - a first tool-holder electrospindle supported above said working plane by a respective supporting equipment, configured to move said first electrospindle about a rotation axis perpendicular to the working plane; - a moving apparatus configured to move the first electrospindle and the respective supporting equipment in parallel to the working plane and along directions (X, Y) perpendicular to one another; - at least a second tool-holder electrospindle, rotationally and translationally integral with the first electrospindle, supported above said working plane in parallel to the first electrospindle by a respective supporting element associated to the supporting equipment of the first electrospindle; - a first actuator device configured to move said at least a second electrospindle towards and away from said first electrospindle in parallel to said working plane and along a direction substantially perpendicular to a cutting plane extending perpendicularly to the working plane; and - a second actuator device configured to move said at least a second electrospindle with respect to the working plane independently of the first electrospindle; said first and second actuator devices being supported by said supporting element of said at least a second electrospindle, characterised in that said supporting equipment of the first electrospindle is perpendicularly movable with respect to the working plane and in that said second actuator device is configured to move said at least a second electrospindle independently of the first electrospindle along a direction perpendicular to the working plane. - a working plane configured to support a slab material to be machined; - a first tool-holder electrospindle supported above said working plane by a respective supporting equipment, configured to move said first electrospindle about a rotation axis perpendicular to the working plane; - a moving apparatus configured to move the first electrospindle and the respective supporting equipment in parallel to the working plane and along directions (X, Y) perpendicular to one another; - at least a second tool-holder electrospindle, rotationally and translationally integral with the first electrospindle, supported above said working plane in parallel to the first electrospindle by a respective supporting element associated to the supporting equipment of the first electrospindle; - a first actuator device configured to move said at least a second electrospindle towards and away from said first electrospindle in parallel to said working plane and along a direction substantially perpendicular to a cutting plane extending perpendicularly to the working plane; and - a second actuator device configured to move said at least a second electrospindle with respect to the working plane independently of the first electrospindle;
Bridgelike industrial furnace support construction made out of fireproof ceramic bricks (10, 12, 18), which features the following arrangement in its mounted state, looked at from both its free outer ends towards the inside: 1.1.1 two outer bearing bricks (10, 12) at the ends, each of which 1.1.2 features at least one generally horizontal step (10s, 12s) on their inside, 1.2.1 a keystone which is arranged between the two bearing bricks (10, 12), which 1.2.2features at least one generally horizontal step (18s1, 18s2) on both outer sides (18a1, 18a2), wherein 1.3 at least one of the horizontal steps (18s1, 18s2) of each outer side (18a1, 18a2) of the keystone rests on a corresponding horizontal step (10s, 12s) of the inside (10i, 12i) of the corresponding bearing brick (10, 12) and 1.4the bearing bricks (10, 12) and the keystone are incidentally designed an dimensioned so that they 1.4.1 together form an integral bridge like support construction in which all bricks (10, 12, 18) provide a common, mostly horizontal upper side and 1.4.2 the support construction is self-supporting, if only the outer bearing bricks (10, 12) are at least partially resting on corresponding supports. 1.1.1 two outer bearing bricks (10, 12) at the ends, each of which 1.1.2 features at least one generally horizontal step (10s, 12s) on their inside, 1.2.1 a keystone which is arranged between the two bearing bricks (10, 12), which 1.2.2features at least one generally horizontal step (18s1, 18s2) on both outer sides (18a1, 18a2), wherein 1.3 at least one of the horizontal steps (18s1, 18s2) of each outer side (18a1, 18a2) of the keystone rests on a corresponding horizontal step (10s, 12s) of the inside (10i, 12i) of the corresponding bearing brick (10, 12) and 1.4the bearing bricks (10, 12) and the keystone are incidentally designed an dimensioned so that they 1.4.1 together form an integral bridge like support construction in which all bricks (10, 12, 18) provide a common, mostly horizontal upper side and 1.4.2 the support construction is self-supporting, if only the outer bearing bricks (10, 12) are at least partially resting on corresponding supports.
An antenna for an RFID reading device, the antenna comprising an antenna element with four feed points (P1..P4) and a feed network configured to connect an input signal selectively to the feed points (P1..P4) in such a way that the antenna is operated with a circular polarization or a linear polarization, the feed network comprising a circuit arrangement (24, 28) in which various switching states can be set, the feed network connecting the feed points (P1..P4) in a respective switching state with different phases and/or power components of the input signal, and switching states for at least three of the four polarizations horizontal-linear polarization, vertical-linear polarization, clockwise circular polarization and counterclockwise circular polarization being adjustable in the circuit arrangement (24, 28), characterized in that the feed network is configured without crossings.
A system for managing power in a transport refrigeration unit installed on a trailer, comprising: a TRU controller configured to execute a range extender mode of operation to manage operations of the TRU and TRU components; wherein the TRU controller is configured to: select a power management strategy from a plurality of demand-side power management strategies; determine, from the selected power management strategy, operational parameters for a TRU; and execute the generated operational parameters; characterized in that: the plurality of power management strategies include a first strategy of utilizing cargo thermal storage as a flexible power load, a second strategy of reducing a thermal energy delivery rate, and a third strategy of flexibly executing non-critical diagnostics and non-critical TRU system functions. a TRU controller configured to execute a range extender mode of operation to manage operations of the TRU and TRU components; wherein the TRU controller is configured to: select a power management strategy from a plurality of demand-side power management strategies; determine, from the selected power management strategy, operational parameters for a TRU; and execute the generated operational parameters; characterized in that: the plurality of power management strategies include a first strategy of utilizing cargo thermal storage as a flexible power load, a second strategy of reducing a thermal energy delivery rate, and a third strategy of flexibly executing non-critical diagnostics and non-critical TRU system functions. select a power management strategy from a plurality of demand-side power management strategies; determine, from the selected power management strategy, operational parameters for a TRU; and execute the generated operational parameters; characterized in that: the plurality of power management strategies include a first strategy of utilizing cargo thermal storage as a flexible power load, a second strategy of reducing a thermal energy delivery rate, and a third strategy of flexibly executing non-critical diagnostics and non-critical TRU system functions.
A method of providing information to a client regarding a mobile station adapted for communication via a communication system, comprising: receiving an area event notification request from the client at a location service entity provided in association with the communication system, the area event notification request containing information associated with the identity of the mobile station and a geographical area of interest; causing determining of an area definition, the area definition comprising a list of a plurality of cell identities associated with a plurality of cells at least partially within the geographical area of interest; causing activation of monitoring for an event indicative of a change in the presence status of the mobile station relative to said area definition, wherein the event is determined based, at least in part, on a first positioning method comparing a current serving cell identity with the area definition comprising the list of the plurality of cell identities, wherein the first positioning method is associated with a first level of accuracy, wherein the event is also determined, based at least in part, on a second positioning method associated with a second level of accuracy greater than the first level of accuracy, wherein use of the second positioning method for determining the event is triggered by a detected change in a current serving cell identity; and signalling a notification to the client in response to detection of such event. receiving an area event notification request from the client at a location service entity provided in association with the communication system, the area event notification request containing information associated with the identity of the mobile station and a geographical area of interest; causing determining of an area definition, the area definition comprising a list of a plurality of cell identities associated with a plurality of cells at least partially within the geographical area of interest; causing activation of monitoring for an event indicative of a change in the presence status of the mobile station relative to said area definition, wherein the event is determined based, at least in part, on a first positioning method comparing a current serving cell identity with the area definition comprising the list of the plurality of cell identities, wherein the first positioning method is associated with a first level of accuracy, wherein the event is also determined, based at least in part, on a second positioning method associated with a second level of accuracy greater than the first level of accuracy, wherein use of the second positioning method for determining the event is triggered by a detected change in a current serving cell identity; and signalling a notification to the client in response to detection of such event.