mhurhangee/ep-ind-claims huggingface dataset:
A caster tip arrangement for a continuous caster for casting an object from a melt with molten metal, the caster tip arrangement comprising: a first caster plate; a second caster plate arranged opposite to the first caster plate; an inlet for receiving a melt with molten metal; an outlet for discharging the melt in a discharging direction of the caster tip arrangement; and at least one heating device for heating at least a part of the caster tip arrangement; wherein the first caster plate and the second caster plate are spaced apart from each other to form a guiding compartment for guiding the melt from the inlet to the outlet; wherein at least a portion of the guiding compartment is divergently formed from the inlet towards the outlet, such that the guiding compartment extends from the inlet to a first lateral boundary region and a second lateral boundary region of the caster tip arrangement; wherein the second lateral boundary region is arranged opposite to the first lateral boundary region in a longitudinal extension direction of the caster tip arrangement transverse to the discharging direction; and wherein the at least one heating device is configured to locally heat the caster tip arrangement in at least one of the first lateral boundary region and the second lateral boundary region of the caster tip arrangement. a first caster plate; a second caster plate arranged opposite to the first caster plate; an inlet for receiving a melt with molten metal; an outlet for discharging the melt in a discharging direction of the caster tip arrangement; and at least one heating device for heating at least a part of the caster tip arrangement; wherein the first caster plate and the second caster plate are spaced apart from each other to form a guiding compartment for guiding the melt from the inlet to the outlet; wherein at least a portion of the guiding compartment is divergently formed from the inlet towards the outlet, such that the guiding compartment extends from the inlet to a first lateral boundary region and a second lateral boundary region of the caster tip arrangement; wherein the second lateral boundary region is arranged opposite to the first lateral boundary region in a longitudinal extension direction of the caster tip arrangement transverse to the discharging direction; and wherein the at least one heating device is configured to locally heat the caster tip arrangement in at least one of the first lateral boundary region and the second lateral boundary region of the caster tip arrangement.
A process for the production of reinforced plastics components, comprising the following steps: a) provision of at least one reinforcing material in at least one cavity (16, 24, 43) of a molding device (11, 21, 41), b) provision of at least one starting material in a container, where the at least one starting material is both stored and transported in the container, c) insertion of the container into the molding device (11, 21, 41), d) introduction of the at least one starting material from the container directly into the cavity (16, 24, 43), where the at least one starting material passes through a mixing unit which is part of the container, where the at least one starting material penetrates at least to some extent through the at least one reinforcing material, e) hardening of the at least one starting material with the at least one reinforcing material to give a reinforced plastics component, and f) demolding of the reinforced plastics component. a) provision of at least one reinforcing material in at least one cavity (16, 24, 43) of a molding device (11, 21, 41), b) provision of at least one starting material in a container, where the at least one starting material is both stored and transported in the container, c) insertion of the container into the molding device (11, 21, 41), d) introduction of the at least one starting material from the container directly into the cavity (16, 24, 43), where the at least one starting material passes through a mixing unit which is part of the container, where the at least one starting material penetrates at least to some extent through the at least one reinforcing material, e) hardening of the at least one starting material with the at least one reinforcing material to give a reinforced plastics component, and f) demolding of the reinforced plastics component.
A system for drilling, completing or producing a subsea well, said system comprising: a subsea wellhead extending from the well proximal the sea floor; a subsea blowout preventer coupled to the wellhead; a lower marine riser package (LMRP) coupled to the BOP; a system (100, 200) for tethering the BOP, the system (100, 200) for tethering comprising: a plurality of circumferentially-spaced anchors (110, 210) disposed about the wellhead and secured to the sea floor; wherein each anchor (110, 210) has an upper end disposed proximal the sea floor; a plurality of tensioning systems (140, 220, 320), wherein each tensioning system (140, 220, 320) is coupled to a frame of the BOP; a plurality of flexible tension members, wherein each tension member is coupled to one of the tensioning systems (140, 220, 320) and has a first end coupled to one of the anchors (110, 210); wherein each tension member is in tension between the corresponding tensioning system (140, 220, 320) and the first end. a subsea wellhead extending from the well proximal the sea floor; a subsea blowout preventer coupled to the wellhead; a lower marine riser package (LMRP) coupled to the BOP; a system (100, 200) for tethering the BOP, the system (100, 200) for tethering comprising: a plurality of circumferentially-spaced anchors (110, 210) disposed about the wellhead and secured to the sea floor; wherein each anchor (110, 210) has an upper end disposed proximal the sea floor; a plurality of tensioning systems (140, 220, 320), wherein each tensioning system (140, 220, 320) is coupled to a frame of the BOP; a plurality of flexible tension members, wherein each tension member is coupled to one of the tensioning systems (140, 220, 320) and has a first end coupled to one of the anchors (110, 210); wherein each tension member is in tension between the corresponding tensioning system (140, 220, 320) and the first end. a plurality of circumferentially-spaced anchors (110, 210) disposed about the wellhead and secured to the sea floor; wherein each anchor (110, 210) has an upper end disposed proximal the sea floor; a plurality of tensioning systems (140, 220, 320), wherein each tensioning system (140, 220, 320) is coupled to a frame of the BOP; a plurality of flexible tension members, wherein each tension member is coupled to one of the tensioning systems (140, 220, 320) and has a first end coupled to one of the anchors (110, 210); wherein each tension member is in tension between the corresponding tensioning system (140, 220, 320) and the first end.
An apparatus, comprising: (a) a surgical instrument, wherein the surgical instrument is operable to sever and staple a portion of tissue, wherein the surgical instrument comprises a distal end, and wherein the surgical instrument comprises: an end effector at the distal end; and (b) a staple cartridge, wherein the staple cartridge is selectively insertable into the end effector, the staple cartridge comprising: i. an upper deck having a plurality of staple apertures, ii. a buttress material in communication with the upper deck, and iii. an attachment staple driver characterized in that the attachment staple driver is in one of the plurality of staple apertures, wherein the buttress material is selectively coupled to the staple cartridge by one or more attachment staples, the attachment staple driver is operable to engage the one or more attachment staples, and the attachment staple driver is operable to decouple the one or more attachment staples from the staple cartridge. (a) a surgical instrument, wherein the surgical instrument is operable to sever and staple a portion of tissue, wherein the surgical instrument comprises a distal end, and wherein the surgical instrument comprises: an end effector at the distal end; and (b) a staple cartridge, wherein the staple cartridge is selectively insertable into the end effector, the staple cartridge comprising: i. an upper deck having a plurality of staple apertures, ii. a buttress material in communication with the upper deck, and iii. an attachment staple driver characterized in that the attachment staple driver is in one of the plurality of staple apertures, wherein the buttress material is selectively coupled to the staple cartridge by one or more attachment staples, the attachment staple driver is operable to engage the one or more attachment staples, and the attachment staple driver is operable to decouple the one or more attachment staples from the staple cartridge. i. an upper deck having a plurality of staple apertures, ii. a buttress material in communication with the upper deck, and iii. an attachment staple driver characterized in that the attachment staple driver is in one of the plurality of staple apertures, wherein the buttress material is selectively coupled to the staple cartridge by one or more attachment staples, the attachment staple driver is operable to engage the one or more attachment staples, and the attachment staple driver is operable to decouple the one or more attachment staples from the staple cartridge.
Shut-off valve, in particular for use in the sanitary sector, comprising a one-piece housing composed of a plastics material which defines an inner region and channels (15, 16) which each serve to conduct fluid and each lead into the inner region of the housing, wherein a blocking body composed of a plastics material is provided, said blocking body being received in the inner region of the housing and being rotatable relative to the housing between an opening position and a closing position, wherein a passage opening in the blocking body overlaps the channels (15, 16) of the housing in the opening position and thus establishes a connection between the channels (15, 16), and wherein sealing elements (48, 49) composed of a plastics material are provided, said sealing elements each being equipped with a respective passage and each being placed with the respective passage aligned with a respective one of the channels (15, 16), wherein the blocking body is directly rotatably mounted in the housing, and in that the individual sealing element (48, 49) in each case provides sealing for the mouth of the associated channel (15, 16) into the inner region in relation to a gap which is formed between the housing and the blocking body, characterized in that the sealing elements (48, 49) each have a respective disc-like sealing body which is passed through by the respective passage, in that in each case two protruding webs (53, 54) are additionally formed on the respective sealing body of the individual sealing element (48, 49) and protrude in the direction of the respectively other sealing element (49; 48), in that, of these webs (53, 54), the one web is provided with a protruding pin, whilst the other web has a recess corresponding to the pin, and in that mutually opposite webs (53, 54) of the sealing elements (48, 49) establish, in each case in pairs, a connection between the sealing elements (48, 49) by virtue of the pin of the protruding web of the one sealing element engaging with the cutout in the web of the other sealing element and vice versa.
An evaluation method for evaluating a charging connector in coolability by connecting an evaluation jig to the charging connector, the charging connector including a pair of male terminals coolable with a coolant and a bottom wall holding the pair of male terminals in a state with the pair of male terminals inserted therethrough, the evaluation jig including a pair of female terminals connectable to the pair of male terminals, the pair of female terminals being connected to the pair of male terminals in evaluating the charging connector in coolability, wherein the male connectors are based on the ChaoJi standard, the method comprising: connecting the pair of female terminals to the pair of male terminals; adjusting a connection state of the male terminal and the female terminal so that contact resistance between the male terminal and the female terminal falls within a prescribed range, in the step of adjusting, a resistance between a point of 4.5 mm of the male terminal from a surface of the bottom wall and a point of 43 mm of the female terminal from the surface of the bottom wall being measured as the contact resistance; and after the step of adjusting, evaluating the coolability based on whether a temperature of the male terminal and of the female terminal is a reference value or smaller during power charging. connecting the pair of female terminals to the pair of male terminals; adjusting a connection state of the male terminal and the female terminal so that contact resistance between the male terminal and the female terminal falls within a prescribed range, in the step of adjusting, a resistance between a point of 4.5 mm of the male terminal from a surface of the bottom wall and a point of 43 mm of the female terminal from the surface of the bottom wall being measured as the contact resistance; and after the step of adjusting, evaluating the coolability based on whether a temperature of the male terminal and of the female terminal is a reference value or smaller during power charging.
A vehicle position information notification apparatus, which can be installed in a vehicle and transmits a position information measured via a wireless communication when an electrical connection of either a vehicle power supply or an internal battery power supply is disconnected, comprising: a case having an opening portion; a circuit board being disposed in the case, and including a vehicle power supply connector, a communication circuit, and a SIM card connector electrically connectable with a SIM card; a cover covering the opening portion of the case; and an internal battery power supply part constituting the internal battery power supply, the vehicle position information notification apparatus being characterized in that the cover and the internal battery power supply part are integrated with each other, and the cover includes a SIM card holder in which the SIM card can be installed, and a slit portion having a slit that allows the SIM card holder to slide by a predetermined distance while holding the SIM card holder. a case having an opening portion; a circuit board being disposed in the case, and including a vehicle power supply connector, a communication circuit, and a SIM card connector electrically connectable with a SIM card; a cover covering the opening portion of the case; and an internal battery power supply part constituting the internal battery power supply, the vehicle position information notification apparatus being characterized in that the cover and the internal battery power supply part are integrated with each other, and the cover includes a SIM card holder in which the SIM card can be installed, and a slit portion having a slit that allows the SIM card holder to slide by a predetermined distance while holding the SIM card holder.
A composition containing a starch component and between 0.1% and 50% based on the weight of the composition lecithin, wherein the starch component comprises a hydroxyethyl starch and a hydrophobized starch; or an acid depolymerized starch and a hydrophobized starch; or a hydrophobized starch and an oxidized starch; or a cationic waxy starch and a hydroxyethyl dent starch; or a hydroxyethyl waxy starch and hydroxyethyl dent starch.
A method implemented by a first station for transmitting demodulation reference signals to a second station, said method comprising: determining a transmission rank for a downlink transmission to said second station; determining one or more antenna ports for said downlink transmission based on said transmission rank, wherein each antenna port is defined by an group/code pair comprising a code division multiplexing group and orthogonal cover code; mapping antenna ports to group/code pairs according to a mapping in which the code division multiplexing group and code orthogonal cover code are the same for a given antenna port for every transmission rank; and transmitting said demodulation reference signals over said antenna ports corresponding to the transmission rank. determining a transmission rank for a downlink transmission to said second station; determining one or more antenna ports for said downlink transmission based on said transmission rank, wherein each antenna port is defined by an group/code pair comprising a code division multiplexing group and orthogonal cover code; mapping antenna ports to group/code pairs according to a mapping in which the code division multiplexing group and code orthogonal cover code are the same for a given antenna port for every transmission rank; and transmitting said demodulation reference signals over said antenna ports corresponding to the transmission rank.
A method for determining a stopping path (s_stopp) for an industrial truck, comprising the following method steps: a. measuring a distance (s(t)) covered by the industrial truck at predetermined points in time (t_i) or at predetermined distances (s_i), b. ascertaining at least one comparison variable (acc_ratio) indicative of a relative speed change as a function of at least one covered distance (s_i) during a start-up and/or acceleration process, c. determining the stopping path (s_stopp) from the current travel speed (v_ist) and the ascertained comparison variable (acc_ratio). a. measuring a distance (s(t)) covered by the industrial truck at predetermined points in time (t_i) or at predetermined distances (s_i), b. ascertaining at least one comparison variable (acc_ratio) indicative of a relative speed change as a function of at least one covered distance (s_i) during a start-up and/or acceleration process, c. determining the stopping path (s_stopp) from the current travel speed (v_ist) and the ascertained comparison variable (acc_ratio).
Process for manufacturing a radically curable mixture by mixing and/or kneeding a radically curable thermosetting resin, fibres from plants of the Gramineae family, one or more organic peroxides, and optionally fillers to form a dough, wherein the content of the radically curable thermosetting resin in the mixture is in the range 20-50 wt.%, the total content of fillers and fibres in the mixture is in the range 50-80 wt.%, wherein the content of fibres from plants of the Gramineae family in the mixture is in the range 5-80 wt.% and wherein the total moisture content of the fibres from plants of the Gramineae family is 0.5-25 wt.%, based on the total weight of said fibres, said plants being used without any pretreatment to isolate the fibres.
A resource scheduling method, comprising: receiving, by a management node, a Pod creation request from a user, wherein the Pod creation request comprises: requirements of each container for each type of shareable resources; and selecting, by the management node, a node for a Pod object to be created, and allocating each type of shareable resources of each container to the Pod object according to shareable resource information of a shareable device in the selected node, wherein the shareable resource information comprises: an identifier, ID, of the shareable device, resource property information of the shareable device and a maximum shareable number of the shareable device; wherein in a case where a unit is not specified for the number of each type of shareable resources requested in the Pod creation request, the unit of the shareable resource requested is device by default and the device is processed according to an exclusive mode, and the unit of the number of each type of shareable resources requested is converted into slice; in a case where a unit is specified for the number of each type of shareable resources requested in the Pod creation request, the device is processed according to a sharing mode, and the number of each type of shareable resources requested is required to be less than or equal to the maximum shareable number of the shareable device. receiving, by a management node, a Pod creation request from a user, wherein the Pod creation request comprises: requirements of each container for each type of shareable resources; and selecting, by the management node, a node for a Pod object to be created, and allocating each type of shareable resources of each container to the Pod object according to shareable resource information of a shareable device in the selected node, wherein the shareable resource information comprises: an identifier, ID, of the shareable device, resource property information of the shareable device and a maximum shareable number of the shareable device; wherein in a case where a unit is not specified for the number of each type of shareable resources requested in the Pod creation request, the unit of the shareable resource requested is device by default and the device is processed according to an exclusive mode, and the unit of the number of each type of shareable resources requested is converted into slice; in a case where a unit is specified for the number of each type of shareable resources requested in the Pod creation request, the device is processed according to a sharing mode, and the number of each type of shareable resources requested is required to be less than or equal to the maximum shareable number of the shareable device.
A turbine nozzle, comprising: a support ring; a slip joint ring substantially concentric with the support ring and radially spaced apart therefrom, the slip joint ring having a plurality of circumferentially-spaced slots therein; a plurality of vanes fixedly coupled to the support ring and extending radially therefrom into the plurality of circumferentially-spaced slots; and a plurality of radial slip joints formed between the plurality of vanes and the plurality of circumferentially-spaced slots, each slip joint extending around a different one of the plurality of vanes to permit relative radial movement between the plurality of vanes and the slip joint ring during operation of the turbine nozzle; characterized in that the circumferentially-spaced slots comprise depressions formed in a circumferential surface of the slip joint ring; and further characterized in that the support ring and the plurality of vanes are produced from a plurality of vane/ring pieces (64, 80) arranged in a ring formation around the slip joint ring and bonded along a plurality of bond lines each located between a different pair of the plurality of vanes, as taken in a radial direction. a support ring; a slip joint ring substantially concentric with the support ring and radially spaced apart therefrom, the slip joint ring having a plurality of circumferentially-spaced slots therein; a plurality of vanes fixedly coupled to the support ring and extending radially therefrom into the plurality of circumferentially-spaced slots; and a plurality of radial slip joints formed between the plurality of vanes and the plurality of circumferentially-spaced slots, each slip joint extending around a different one of the plurality of vanes to permit relative radial movement between the plurality of vanes and the slip joint ring during operation of the turbine nozzle; characterized in that the circumferentially-spaced slots comprise depressions formed in a circumferential surface of the slip joint ring; and