mhurhangee/ep-ind-claims huggingface dataset:
A heating cooking device, comprising: a top plate with a cooking container placed on a surface thereof; a radiant heater that is placed at a predetermined distance from the top plate; a spacer that is provided between the top plate and the radiant heater, and defines the predetermined distance; a temperature sensing element that contacts a bottom surface of the top plate directly or indirectly and measures a temperature of the top plate; a first elastic body, one end side of which is supported by the radiant heater, and the other end side of which presses the temperature sensing element against the top plate; and a second elastic body that presses the radiant heater toward the top plate, wherein the radiant heater includes a heating coil, and a base portion that is made of a heat insulator and supports the heating coil; characterized in that an elastic force N1 with which the first elastic body presses the temperature sensing element against the top plate is smaller than an elastic force N2 with which the second elastic body presses the radiant heater toward the top plate, the first elastic body is configured by a pair of spring pieces made of metal, a pair of lead wires that transmit an electrical signal from the temperature sensing element are connected to the pair of respective spring pieces, the temperature sensing element being supported on a supporter of ceramics that is fixed to one end side of each of the spring pieces, and a pair of legs made of metal that are integrally joined to or connected and joined to the respective spring pieces are led out to a bottom side of the base portion through the base portion. a top plate with a cooking container placed on a surface thereof; a radiant heater that is placed at a predetermined distance from the top plate; a spacer that is provided between the top plate and the radiant heater, and defines the predetermined distance; a temperature sensing element that contacts a bottom surface of the top plate directly or indirectly and measures a temperature of the top plate; a first elastic body, one end side of which is supported by the radiant heater, and the other end side of which presses the temperature sensing element against the top plate; and a second elastic body that presses the radiant heater toward the top plate,
Method for packing items, liquid or bulk goods in film bags, which are conveyed in a continuous bag web of bag items through equipment with a filling station, wherein the mouths of the bags are held open for receiving items, after which the bags are closed and are separated from the web, the bag web comprises a zip closure, which is applied parallel to the upper edge of the bag web and is continuous for the entire length of the bag web, the zip closure being coupled to the first guiding means, which are arranged to retain and guide the zip closure of the bag web along a first section of a transport path through the equipment, said filling station comprising bag opening means, which in connection with said passage force the edges of the bag mouth apart for successive opening of the bags in the filling station, and in that the mouths of the bags are brought back together by the bag web being coupled to second guiding means, which are arranged to retain and guide the zip closure of the bag web along another section of the transport path through the equipment for subsequent closure and sealing of the mouths of the bags, the bag item, which is present in the filling station, being opened in that the first and second parts of the zip closure on the side walls of the bag item are forced apart in the filling station to open the mouth of the bag characterized in that the bag mouth on the bag in the filling station is opened by - briefly stopping or reducing the feed speed in the second guiding means and the bag web in the second part of the transport path, while the bag web and the first guiding means in the first part of the transport path feed the bag web continuously through the equipment, or - briefly increasing the feed speed in the first guiding means and maintaining or reducing the feed speed in the second guiding means. - briefly stopping or reducing the feed speed in the second guiding means and the bag web in the second part of the transport path, while the bag web and the first guiding means in the first part of the transport path feed the bag web continuously through the equipment, or - briefly increasing the feed speed in the first guiding means and maintaining or reducing the feed speed in the second guiding means.
A method of capturing a signal of interest periodically transmitted by a wireless wide area network, WWAN, at a user equipment, UE, comprising both a wireless local area network, WLAN, receive chain and a WWAN receive chain, the method comprising: obtaining access to the WLAN receive chain of the UE for a period of time corresponding to a WWAN measurement gap; capturing the signal of interest transmitted by the WWAN, the capturing occurring during the measurement gap and being done using the WLAN receive chain; and periodically repeating the obtaining and the capturing. obtaining access to the WLAN receive chain of the UE for a period of time corresponding to a WWAN measurement gap; capturing the signal of interest transmitted by the WWAN, the capturing occurring during the measurement gap and being done using the WLAN receive chain; and periodically repeating the obtaining and the capturing.
A composition, which is a heterophasic polymer composition comprising: (a) a propylene polymer phase comprising propylene polymers selected from polypropylene homopolymers and copolymers of propylene and ≤ 50 wt.-% of one or more comonomers selected from ethylene and C 4-10 -(α-olefins); (b) an ethylene polymer phase comprising ethylene polymers selected from ethylene homopolymers and copolymers of ethylene and one or more C 3-10 -(α-olefins); and (c) a compatibilizing agent comprising (i) at least one tertiary carbon-hydrogen bond having a bond-dissociation energy of ≤ 380 kJ/mol and (ii) at least one acyclic carbon-carbon double bond. (a) a propylene polymer phase comprising propylene polymers selected from polypropylene homopolymers and copolymers of propylene and ≤ 50 wt.-% of one or more comonomers selected from ethylene and C 4-10 -(α-olefins); (b) an ethylene polymer phase comprising ethylene polymers selected from ethylene homopolymers and copolymers of ethylene and one or more C 3-10 -(α-olefins); and (c) a compatibilizing agent comprising (i) at least one tertiary carbon-hydrogen bond having a bond-dissociation energy of ≤ 380 kJ/mol and (ii) at least one acyclic carbon-carbon double bond.
Use of a compound for inhibiting activity of an RNase before/after extraction of RNAs from a biological sample, whereby the sample is protected from being exposed to the RNase immediately after the storage of the biological sample, the compound represented by the following Formula 1 or 2: wherein, in Formula 1 or 2, A is CH or N; R 1 is a (C 6 -C 20)aryl or (C 5 -C 15)heteroaryl having 1 to 3 substituted or non-substituted (C 1 -C 7) alkyl; R 2 or R 4 is each independently R 3 is a linear or branched (C 1 -C 7)alkyl; B in the substitute R 2 or R 4 is R 5 to R 9 are each independently hydrogen, linear or branched (C 1 -C 7)alkyl, carboxylic acid, halogen atoms, cyano, amino, mono- or di(C 1 -C 7)alkylamino, guanidine, urea or formyl; R 11, R 12 or R 13 is each independently hydrogen, linear or branched (C 1 -C 7)alkyl, (C 3 -C 7) cycloalkyl, (C 3 -C 10) cycloalkyl (C 1 -C 7) alkyl, carboxylic acid, halogen atoms, cyano, nitro, amino, mono- or di(C 1 -C 7)alkylamino, (C 3 -C 7)cycloalkylamino, morpholine, morpholine oxide, piperazine, piperazine oxide, guanidine, urea, benzyl, benzyloxy or formyl; R 21 is hydrogen or linear or branched (C 1 -C 7) alkyl; D is O, S or -NR 22; R 22 is hydrogen or (C 1 -C 7)alkyl.
A continuous glucose sensor configured and arranged for insertion into a host for detecting glucose in the host, the sensor comprising: a first working electrode comprising a first resistance domain, wherein the first working electrode is configured to generate a first signal having a first noise component related to a noise-causing species; a second working electrode comprising a second resistance domain, wherein the second working electrode is configured to generate a second signal having a second noise component related to the noise-causing species; and a third resistance domain disposed continuously over the first resistance domain and the second resistance domain.
Labelling device for a container treatment device, said labelling device containing a label supply with a transfer drum for supplying individual labels, a rotating vacuum drum with receiving sites for the labels arranged on the periphery, and a vacuum device (28, 36-50; 28, 36, 60-64), said vacuum drum comprising a receiving area for receiving the labels from the label supply, and a dispensing area designed to be arranged in the movement path of a transport device of the container treatment device, in order to transfer the label, in the dispensing area, to the periphery of a container in the transport device, wherein the receiving areas of the vacuum drum are connected to the vacuum device (28, 36-50; 28, 36, 60-64), said vacuum device (28, 36-50; 28, 36, 60-64) being designed to produce a vacuum on the receiving sites over a first section of the vacuum drum, which extends, in the rotational direction of the vacuum drum, from the receiving area as far as the dispensing area of the vacuum drum, wherein the vacuum device (28, 36-50; 28, 36, 60-64) is designed to produce a vacuum on the receiving sites over a second sector of the vacuum drum, which extends, in the rotational direction of the vacuum drum, from the dispensing area as far as the receiving area, characterised in that the label supply of the label device comprises a cutting roller, and can be controlled according to the signal from a container detection device for missing containers. wherein the receiving areas of the vacuum drum are connected to the vacuum device (28, 36-50; 28, 36, 60-64), said vacuum device (28, 36-50; 28, 36, 60-64) being designed to produce a vacuum on the receiving sites over a first section of the vacuum drum, which extends, in the rotational direction of the vacuum drum, from the receiving area as far as the dispensing area of the vacuum drum, wherein the vacuum device (28, 36-50; 28, 36, 60-64) is designed to produce a vacuum on the receiving sites over a second sector of the vacuum drum, which extends, in the rotational direction of the vacuum drum, from the dispensing area as far as the receiving area, characterised in that the label supply of the label device comprises a cutting roller, and can be controlled according to the signal from a container detection device for missing containers.
A packet sending method, comprising: obtaining (S301, S302), by a controller, a forwarding latency requirement of a service flow, and determining, based on the forwarding latency requirement, a forwarding path for forwarding the service flow, wherein a latency of the forwarding path meets the forwarding latency requirement of the service flow, the forwarding path passes through a first network node and a second network node; determining, by the controller, a number of a first cycle time in which the first network node forwards a packet and a number of a second cycle time in which the second network node forwards the packet, wherein the packet is a packet in the service flow; generating, by the controller, a first entry and a second entry, wherein the first entry comprises a correspondence between a sequence number of the packet and the first cycle time number, and the second entry comprises a correspondence between the sequence number of the packet and the second cycle time number; sending, by the controller, the first entry to the first network node, wherein the first entry is used to indicate the first network node to send the packet in a time period corresponding to the first cycle time number; and sending, by the controller, the second entry to the second network node, wherein the second entry is used to indicate the second network node to send the packet in a time period corresponding to the second cycle time number. obtaining (S301, S302), by a controller, a forwarding latency requirement of a service flow, and determining, based on the forwarding latency requirement, a forwarding path for forwarding the service flow, wherein a latency of the forwarding path meets the forwarding latency requirement of the service flow, the forwarding path passes through a first network node and a second network node; determining, by the controller, a number of a first cycle time in which the first network node forwards a packet and a number of a second cycle time in which the second network node forwards the packet, wherein the packet is a packet in the service flow; generating, by the controller, a first entry and a second entry, wherein the first entry comprises a correspondence between a sequence number of the packet and the first cycle time number, and the second entry comprises a correspondence between the sequence number of the packet and the second cycle time number; sending, by the controller, the first entry to the first network node, wherein the first entry is used to indicate the first network node to send the packet in a time period corresponding to the first cycle time number; and sending, by the controller, the second entry to the second network node, wherein the second entry is used to indicate the second network node to send the packet in a time period corresponding to the second cycle time number.
A turbine wheel for a gas turbine engine, the turbine wheel comprising a disk formed to include a dovetail slot that extends through the disk in an axial direction from a forward side to an aft side of the disk and inwardly in a radial direction from an outer diameter of the disk toward a central axis, whereby the dovetail slot includes a pair of converging angled surfaces forming a radially-facing opening; a blade comprising ceramic-containing materials, the blade formed to include an airfoil that extends outwardly in the radial direction from the outer diameter of the disk and a root that extends into the dovetail slot, the root including a stem that extends from the airfoil into the dovetail slot and a pair of pin receivers arranged in the dovetail slot and extending circumferentially from the stem in opposing directions, and a pair of retention pins each arranged in the pin receivers, the retention pins are arranged on circumferentially opposed sides of the stem and are arranged radially between the pin receivers and the angled surfaces of the dovetail slot and are contacting the pin receivers and the angled surfaces of the dovetail slot, so that centrifugal forces applied to the blade when the turbine wheel is rotated about the central axis are transferred through the pair of retention pins to the disk, wherein each pin receiver defines a pin-receiving channel sized to receive one retention pin of the pair of retention pins and arranged to open outwardly in the radial direction.
Processing device for processing preferably elongate workpieces which preferably consist at least partly of wood, wood-based materials, metal, plastic or the like, comprising - a workpiece storage device for storing workpieces on a plurality of levels arranged on top of each other in the vertical direction; and - a processing apparatus for processing the workpieces; wherein the workpiece storage device is a moveable workpiece storage device, and a transfer unit, moveable in the vertical direction and in at least one direction perpendicular to the vertical direction, is provided which is configured to transport workpieces between the workpiece storage device and the processing apparatus and preferably also back again, wherein the transfer unit comprises a belt conveyor unit, a conveyor belt and/or a linear conveyor. - a workpiece storage device for storing workpieces on a plurality of levels arranged on top of each other in the vertical direction; and - a processing apparatus for processing the workpieces;
Tyre with radial carcass reinforcement, having a load index higher than or equal to 118, comprising a crown reinforcement, itself capped radially by a tread, the said tread being connected to two beads, comprising a bead wire, by two sidewalls, the said carcass reinforcement being made up of two layers of textile reinforcing elements (2, 6), a first layer of carcass reinforcement being turned up around the bead wire in each of the beads, the ends of the said first layer of carcass reinforcement being radially on the outside of the radially outermost point of the bead wire in each bead and the second layer of carcass reinforcement extending from one bead to the other without any turnup around the bead wire in each of the beads, its ends being axially on the outside of the axially outermost point of the bead wire in each bead, the said tyre comprising in each sidewall a first filling element, axially on the inside of the exterior surface of a sidewall and axially on the outside of the turnup of the first layer of carcass reinforcement, and made of a rubber compound having a secant elastic modulus under tension at 10% elongation of Mj, each bead comprising a second filling element made of a rubber compound having a secant elastic modulus under tension at 10% elongation of Mt, extending the bead wire core radially towards the outside, characterized in that each of the layers of carcass reinforcement (2, 6) has a breaking force per unit width higher than 2900 daN/dm, in that the minimum strength per unit width, measured for an elongation of less than 10%, of the second layer of carcass reinforcement is strictly greater than a value equal to 20% of the minimum strength per unit width, measured for an elongation of less than 10%, of the first layer of carcass reinforcement, the minimum strength measurement being determined by the minimum gradient of the elongation curve between 0 and 10% over a range of 2%, in that the reinforcing elements of the first layer of carcass reinforcement have a thread count higher than 300 tex, in that the reinforcing elements of the two layers of carcass reinforcement have a thread count of less than 750 tex, in that the elongation of the reinforcing elements of the second layer of carcass reinforcement is greater than 8% under a force of 20 daN and in that the secant elastic modulus values under tension at 10% elongation, Mt, Mj, satisfy the relationship Mt/Mj ≥ 1.
A apparatus for decoding pulse-width modulated data from a data input signal, the data input signal containing a serial stream of bits, each bit of the serial stream spanning a bit time, each bit of the serial stream having a trailing pulse whose duration signals the value of the respective bit, the apparatus comprising: a means for filtering the data input signal to shorten trailing pulses including suppressing short trailing pulses on the data input signal and not suppressing long trailing pulses on the data input signal; and a means for latching the filtered data input signal on trailing edges of the data input signal. a means for filtering the data input signal to shorten trailing pulses including suppressing short trailing pulses on the data input signal and not suppressing long trailing pulses on the data input signal; and a means for latching the filtered data input signal on trailing edges of the data input signal.
Non-return valve for a liquid conduit, comprising a closing element and a.housing (1, 2) provided with an inlet part and an outlet part which can each be coupled to a corresponding part of the liquid conduit, the housing being assembled from at least two connectable parts (1, 2) between which the closing element is received, which parts (1, 2) can be coupled by means of two co-acting flanges (3, 4), a first flange of which has a smaller internal cross-section than a second flange, which closing element comprises a sheet of a flexible material received between the first and the second flange, which sheet comprises a central part and a peripheral part connected thereto by a relatively narrow strip, wherein the peripheral part is clamped between the first and the second flange and a peripheral zone of the central part can support on the first flange, characterized in that in the situation in which peripheral zone of the central part supports on the first flange the central part of the sheet closes the valve, and in that the flanges (3, 4) extend obliquely relative to the flow direction of a.liquid flowing through the housing (1, 2).
A bottle-shaped can manufacturing method, comprising: a cup shaping step of forming a cup by punching out from a metal sheet in which a thermoplastic resin coating layer is formed on at least a surface to be an inner face of the can and a lubricant is applied thereto; a can trunk shaping step of shaping the cup into a diametrically reduced bottomed cylindrical can body; a container mouth shaping step of forming a shoulder portion and a container mouth by diametrically reducing one of the end portions of the bottomed cylindrical can body; and a curling/threading/beading step of forming a curled portion on a leading end of the container mouth, and forming a thread and an annular bead (14, 15) on the container mouth; an amorphization step following the curling/threading/beading step; the amorphization step being characterized by: amorphizing at least the thermoplastic resin coating layer covering an inner surface of the can body in which the curled portion, the thread and the annular bead (14, 15) are formed on the container mouth situated above the shoulder portion, by heating at least the thermoplastic resin coating layer covering the inner surface of the can body to above a melting point thereof, and immediately cooling the heated thermoplastic resin coating layer. a cup shaping step of forming a cup by punching out from a metal sheet in which a thermoplastic resin coating layer is formed on at least a surface to be an inner face of the can and a lubricant is applied thereto; a can trunk shaping step of shaping the cup into a diametrically reduced bottomed cylindrical can body; a container mouth shaping step of forming a shoulder portion and a container mouth by diametrically reducing one of the end portions of the bottomed cylindrical can body; and a curling/threading/beading step of forming a curled portion on a leading end of the container mouth, and forming a thread and an annular bead (14, 15) on the container mouth; an amorphization step following the curling/threading/beading step; the amorphization step being characterized by: amorphizing at least the thermoplastic resin coating layer covering an inner surface of the can body in which the curled portion, the thread and the annular bead (14, 15) are formed on the container mouth situated above the shoulder portion, by heating at least the thermoplastic resin coating layer covering the inner surface of the can body to above a melting point thereof, and immediately cooling the heated thermoplastic resin coating layer.