mhurhangee/ep-ind-claims huggingface dataset:
A cryogenic fluid delivery system comprising: a) a tank adapted to contain a supply of cryogenic liquid, said tank including a head space adapted to contain a vapor above cryogenic liquid stored in the tank; b) a liquid withdrawal line adapted to communicate with cryogenic liquid stored in the tank; c) a vapor delivery line; d) a vaporizer having an inlet in communication with the liquid withdrawal line and an outlet in communication with the vapor delivery line; characterized in that the cryogenic fluid delivery system further comprises: e) a pressure building circuit in communication with the vapor delivery line and the head space of the tank, said pressure building circuit including a flow inducing device and a vapor line (53, 40) terminating in a top portion of the tank and in communication with the head space at the top of the tank, said flow inducing device causing vaporized gas to flow to the vapor line and into the head space; and f) a control system in communication with the flow inducing device. a) a tank adapted to contain a supply of cryogenic liquid, said tank including a head space adapted to contain a vapor above cryogenic liquid stored in the tank; b) a liquid withdrawal line adapted to communicate with cryogenic liquid stored in the tank; c) a vapor delivery line; d) a vaporizer having an inlet in communication with the liquid withdrawal line and an outlet in communication with the vapor delivery line; e) a pressure building circuit in communication with the vapor delivery line and the head space of the tank, said pressure building circuit including a flow inducing device and a vapor line (53, 40) terminating in a top portion of the tank and in communication with the head space at the top of the tank, said flow inducing device causing vaporized gas to flow to the vapor line and into the head space; and f) a control system in communication with the flow inducing device.
A toilet brush and holder, the toilet brush comprising a handle and a brush head, the holder comprising a container configured to hold disinfectant liquid, the holder being configured: to support the toilet brush and bear the weight of the toilet brush in a first position, in which the brush head is spaced apart from liquid in the container; and to support the toilet brush in a second position, in which the brush head is at least partially immersed in liquid in the container, the holder being configured for movement of the toilet brush between the first and second positions by a user, characterised in that the toilet brush and holder comprises a biasing device, which is operative to urge the brush towards the first position, the biasing device being comprised in the toilet brush.
A peptide, or pharmaceutically acceptable salt thereof, for use in the treatment of a bacterial infection wherein the peptide consists of between 10 and 50 arginine amino acids.
Metal joint for concrete slabs, including means for separating the slabs (14, 15) and means allowing horizontal displacement of the slabs (14, 15) with respect to one another while avoiding vertical displacement between the edges of the slabs, the metal joint comprising: - a first portion incorporated in a first slab and comprising a vertical wall with an upper edge and provided at approximately mid-height with a regularly spaced series of tenons extending horizontally towards the outside of the slab, and - a second portion incorporated in a second slab and comprising in its upper section a wall with an upper edge and a series of elements in the form of mortises extending towards the inside of the second slab and disposed opposite the tenons so as to be able to cooperate with them, characterised in that the upper edges of the walls (3, 8) terminate at the top with an upper edge reinforced by a fold formed by cold-rolling to produce an increased width of the edge, the upper edges having a smooth upper surface and sharp corners, with a right angle on the outer side of the slab and an edge with an acute angle (β) in contact with the concrete of the slab. - a first portion incorporated in a first slab and comprising a vertical wall with an upper edge and provided at approximately mid-height with a regularly spaced series of tenons extending horizontally towards the outside of the slab, and - a second portion incorporated in a second slab and comprising in its upper section a wall with an upper edge and a series of elements in the form of mortises extending towards the inside of the second slab and disposed opposite the tenons so as to be able to cooperate with them, characterised in that
A composite layup method in which strips of fibrous material are each deposited progressively on a mould surface, the method comprising: feeding a strip of fibrous material along a path extending from a supply of the fibrous material to a placement device for placing the strip progressively on the mould surface; and imparting a shape to the strip within the path, while maintaining the length of the strip within the path substantially uniform across the width of the strip, wherein the shape imparted to the strip corresponds at least partially to a shape of the mould surface, said method comprising imparting a curvature to the strip, wherein imparting said curvature to the strip is achieved by feeding the strip over a set of shaping rollers comprising a series of rollers (26a-26e) arranged in a curved formation in a direction transverse to a direction in which the strip is deposited progressively on the mould surface, thereby imparting said curvature in a direction transverse to a direction in which the strip is deposited progressively on the mould surface. feeding a strip of fibrous material along a path extending from a supply of the fibrous material to a placement device for placing the strip progressively on the mould surface; and imparting a shape to the strip within the path, while maintaining the length of the strip within the path substantially uniform across the width of the strip, wherein the shape imparted to the strip corresponds at least partially to a shape of the mould surface, said method comprising imparting a curvature to the strip, wherein imparting said curvature to the strip is achieved by feeding the strip over a set of shaping rollers comprising a series of rollers (26a-26e) arranged in a curved formation in a direction transverse to a direction in which the strip is deposited progressively on the mould surface, thereby imparting said curvature in a direction transverse to a direction in which the strip is deposited progressively on the mould surface.
Modified polyolefin chosen from poly(ethylene-co-propylene-co-1-butene) having a content of propylene, determined by 13 C-NMR spectroscopy, of between 50 and 75 wt.% and a content of poly(ethylene) triads, determined by 13 C-NMR spectroscopy, of a maximum of 2.5 wt.%, based on the total ethylene content detected, the polyolefin having a melt enthalpy, determined by means of differential scanning calorimetry, of at least 9 and a maximum of 20 J/g, a solubility in xylene at room temperature of at least 96 wt.% and a solubility in tetrahydrofuran at room temperature of at least 67 wt.%, one or more silanes being grafted on to the polyolefin.
An interlayer film for laminated glass, comprising: a first resin layer containing a thermoplastic resin and a plasticizer; and a second resin layer containing a thermoplastic resin, a plasticizer and inorganic particles, and the first resin layer being arranged on a first surface side of the second resin layer, wherein a dark color part where the parallel light transmittance is less than or equal to 30% at the time of preparing the laminated glass with two sheets of clear glass in accordance with JIS R3202 exists, the minimum value of the total light transmittance in a portion of the dark color part of the laminated glass being greater than or equal to 50%, a gradation part being a region where the parallel light transmittance is greater than 30% and less than 60% and being a region where the thickness of the second resin layer is continuously decreased in the direction orthogonal to the thickness direction of the interlayer film at the time of preparing the laminated glass with two sheets of clear glass in accordance with JIS R3202 exists, and the complex viscosity at 200°C of the second resin layer is greater than or equal to 0.7 times and less than or equal to 2 times the complex viscosity at 200°C of the first resin layer, the complex viscosities being measured according to the method in the description. a first resin layer containing a thermoplastic resin and a plasticizer; and a second resin layer containing a thermoplastic resin, a plasticizer and inorganic particles, and the first resin layer being arranged on a first surface side of the second resin layer, wherein a dark color part where the parallel light transmittance is less than or equal to 30% at the time of preparing the laminated glass with two sheets of clear glass in accordance with JIS R3202 exists, the minimum value of the total light transmittance in a portion of the dark color part of the laminated glass being greater than or equal to 50%, a gradation part being a region where the parallel light transmittance is greater than 30% and less than 60% and being a region where the thickness of the second resin layer is continuously decreased in the direction orthogonal to the thickness direction of the interlayer film at the time of preparing the laminated glass with two sheets of clear glass in accordance with JIS R3202 exists, and the complex viscosity at 200°C of the second resin layer is greater than or equal to 0.7 times and less than or equal to 2 times the complex viscosity at 200°C of the first resin layer, the complex viscosities being measured according to the method in the description.
A method of making a coating on at least one face to be protected of a metal substrate and/or article in order to improve its performance in terms of resistance to friction wear, in particular at high temperature, characterized in that the method comprises the following steps: providing a flexible sheet derived from at least one plate obtained by the technique of casting a strip by silkscreen printing from a viscous material made of a binder and a metal powder of a superalloy; cutting said flexible sheet to the dimensions of said face to be protected of said metal substrate and/or article in order to constitute a preform; placing said preform on said face to be protected of said metal substrate and/or article; and raising the assembly to a temperature higher than the melting temperature of the binder but lower than the melting temperature of said metal powder so as to form a coating by establishing a bond between said preform and said face to be protected of said metal substrate and/or article. providing a flexible sheet derived from at least one plate obtained by the technique of casting a strip by silkscreen printing from a viscous material made of a binder and a metal powder of a superalloy; cutting said flexible sheet to the dimensions of said face to be protected of said metal substrate and/or article in order to constitute a preform; placing said preform on said face to be protected of said metal substrate and/or article; and raising the assembly to a temperature higher than the melting temperature of the binder but lower than the melting temperature of said metal powder so as to form a coating by establishing a bond between said preform and said face to be protected of said metal substrate and/or article.
An engine oil additive comprising multiple polygonal plate-shaped silver crystal particles, wherein all of the silver crystal particles contained in the engine oil additive have a length of 300 to 500 nm, and the silver crystal particles are dispersed in mineral oil, chemically synthesized oil or mixed oil composed of the mineral oil and the chemically synthesized oil.
A vibratory compaction roller comprising: a frame; at least one rotatable drum (24, 26) that supports the frame on a surface to be compacted, the drum (24, 26) having a cylindrical outer surface and first and second ends that are rotatably supported on the frame; an exciter assembly that transmits vibrations to the drum (24, 26); a drive motor that is supported on the frame and that imparts rotational drive torque to the first end of the drum (24, 26); and a pretensioning mechanism that forces the motor and drum (24, 26) apart, wherein the frame has first and second sides on which hubs (80,82) on the respective first and second ends of the drum (24, 26) are rotatably borne, wherein the motor is a hydraulic wheel motor which is mounted on the first side via a drum support and which has an output shaft, characterised in that the output shaft is rotatably borne by a thrust bearing, wherein the hub on the first end of the drum (24, 26) is affixed to the output shaft of the wheel motor so as to rotate therewith, wherein the pretensioning mechanism comprises a spring that pushes the motor output shaft against the thrust bearing. a frame; at least one rotatable drum (24, 26) that supports the frame on a surface to be compacted, the drum (24, 26) having a cylindrical outer surface and first and second ends that are rotatably supported on the frame; an exciter assembly that transmits vibrations to the drum (24, 26); a drive motor that is supported on the frame and that imparts rotational drive torque to the first end of the drum (24, 26); and a pretensioning mechanism that forces the motor and drum (24, 26) apart, wherein the frame has first and second sides on which hubs (80,82) on the respective first and second ends of the drum (24, 26) are rotatably borne, wherein the motor is a hydraulic wheel motor which is mounted on the first side via a drum support and which has an output shaft, characterised in that the output shaft is rotatably borne by a thrust bearing, wherein the hub on the first end of the drum (24, 26) is affixed to the output shaft of the wheel motor so as to rotate therewith, wherein the pretensioning mechanism comprises a spring that pushes the motor output shaft against the thrust bearing.
A collection hopper configured to temporarily store articles thrown therein from two discharge paths and then discharges the articles downward, the collection hopper comprising two storage chambers (23,24) that store therein the articles discharged from the discharge paths, respectively, wherein the two storage chambers are integrally coupled into a single unit with a partition wall interposed therebetween as a boundary, and the storage chambers (23,24) respectively include upper openings facing discharge ports of the discharge paths, lower openings through which the articles are to be discharged downward, and gates (28,29) that open and close the lower openings, wherein the storage chambers (23,24) have a downwardly tapered shape, and the patition wall has a vertical flat shape, and the gates (28,29) of the storage chambers (23,24) respectively open and close the lower openings of the storage chambers (23,24), and characterised in that the gates (28,29) of the respective storage chambers (23,24) oscillate around a supporting point to separately open the lower openings of the storage chambers (23,24), such that when one of the gates (28,29) opens an opening of one of the storage chambers (23,24), the other gate (29,28) closes the opening of the other storage chamber (24,23), each of the storage chambers (23, 24) has a storage space for the articles to be stored, the storage space being defined by the partition wall, a curved peripheral wall (25b, 26b) continuous to the partition wall, and the gates (28, 29), the upper openings of the storage chambers (23, 24) have a semi-elliptical shape in top view and are symmetrical with respect to the partition wall at the center, the lower openings of the storage chambers (23, 24) are formed diagonally downward from a lower end of the partition wall toward the peripheral walls (25b, 26b), and the storage chambers (23, 24), when the gates (28, 29) open, discharge the articles diagonally downward toward the center. each of the storage chambers (23, 24) has a storage space for the articles to be stored, the storage space being defined by the partition wall, a curved peripheral wall (25b, 26b) continuous to the partition wall, and the gates (28, 29), the upper openings of the storage chambers (23, 24) have a semi-elliptical shape in top view and are symmetrical with respect to the partition wall at the center, the lower openings of the storage chambers (23, 24) are formed diagonally downward from a lower end of the partition wall toward the peripheral walls (25b, 26b), and the storage chambers (23, 24), when the gates (28, 29) open, discharge the articles diagonally downward toward the center.
A method for reducing use of bandwidth in transporting an IP data packet having a data field and in the header a packet length field holding a packet length value L over an IP broadcast network from a broadcasting incapsulator to a specific receiving decapsulator among a plurality of decapsulators adapted to receive IP data packets, whereby the method comprises - receiving the IP data packet in the incapsulator, - processing in the incapsulator, the IP data packet by introducing into the data field a number C of identifier bytes to represent an identifier of the specific decapsulator, and replacing the packet length value L by a new packet length value L' being equal to the sum of the packet length value L and the identifier byte number C, to generate a modified IP data packet, - recalculating the header checksum in the modified IP data packet if the IP data packet is an IPv4 data packet, - broadcasting the modified IP data packet from the incapsulator, - receiving the modified IP data packet in the decapsulator (220, 222, 224, 226), - examining in the decapsulator, the identifier bytes in the modified IP data packet to determine if the identifier bytes correspond to the identifier of the specific decapsulator, and - if correspondence is determined, processing in the decapsulator, the modified IP data packet by removing the identifier bytes from the data field and replacing the new packet length value L' by the packet length value L obtained by subtracting the identifier byte number C from the new packet length value L', to recover the IP data packet, and outputting the IP data packet from the decapsulator. - receiving the IP data packet in the incapsulator, - processing in the incapsulator, the IP data packet by introducing into the data field a number C of identifier bytes to represent an identifier of the specific decapsulator, and replacing the packet length value L by a new packet length value L' being equal to the sum of the packet length value L and the identifier byte number C, to generate a modified IP data packet, - recalculating the header checksum in the modified IP data packet if the IP data packet is an IPv4 data packet, - broadcasting the modified IP data packet from the incapsulator, - receiving the modified IP data packet in the decapsulator (220, 222, 224, 226), - examining in the decapsulator, the identifier bytes in the modified IP data packet to determine if the identifier bytes correspond to the identifier of the specific decapsulator, and - if correspondence is determined, processing in the decapsulator, the modified IP data packet by removing the identifier bytes from the data field and replacing the new packet length value L' by the packet length value L obtained by subtracting the identifier byte number C from the new packet length value L', to recover the IP data packet, and outputting the IP data packet from the decapsulator.
A user equipment, UE, configured for coverage enhanced, CE, machine type communication, MTC, the UE comprising: one or more processors configured to: encode, at the UE, a UE capability message for transmission to a base station, wherein the UE capability message includes a capability to support communication using a modulation and coding scheme, MCS, that includes 64 quadrature amplitude modulation, QAM; decode, at the UE, a higher layer signaling message to configure the UE to operate in a CE mode A; decode a 5-bit modulation and coding scheme, MCS, field in downlink control information, DCI, format 6-1A received in a MTC physical downlink control channel, MPDCCH, wherein the 5-bit MCS field includes a 4-bit MCS field plus a frequency hopping flag that is interpreted as a most significant bit of the 5-bit MCS field, when a number of repetitions indicated for the PDSCH transmission is 1, to enable a size of the DCI format 6-1A to remain unchanged; decode, at the UE, data received in a physical downlink shared channel, PDSCH, transmission to the UE that is modulated using a 64 QAM; and a memory interface configured to receive from a memory the UE capability message. encode, at the UE, a UE capability message for transmission to a base station, wherein the UE capability message includes a capability to support communication using a modulation and coding scheme, MCS, that includes 64 quadrature amplitude modulation, QAM; decode, at the UE, a higher layer signaling message to configure the UE to operate in a CE mode A; decode a 5-bit modulation and coding scheme, MCS, field in downlink control information, DCI, format 6-1A received in a MTC physical downlink control channel, MPDCCH, wherein the 5-bit MCS field includes a 4-bit MCS field plus a frequency hopping flag that is interpreted as a most significant bit of the 5-bit MCS field, when a number of repetitions indicated for the PDSCH transmission is 1, to enable a size of the DCI format 6-1A to remain unchanged; decode, at the UE, data received in a physical downlink shared channel, PDSCH, transmission to the UE that is modulated using a 64 QAM; and a memory interface configured to receive from a memory the UE capability message.
A method comprising: determining whether a base station (600, 700) is to operate in a first, second or third mode of operation; wherein said first mode of operation comprises a first level of activity, said second mode of operation comprises a second level of activity that is lower than said first level of activity, and said third mode of operation comprises a third level of activity that is lower than said second level of activity; applying a first reference signal transmission regime from the base station to a user equipment in which reference signals are sent less often than when operating at the first level of activity, with no further data transmission, when in said second mode of operation; and applying a second reference signal transmission regime in which no data nor reference signals are sent from the base station, when in said third mode of operation. determining whether a base station (600, 700) is to operate in a first, second or third mode of operation; wherein said first mode of operation comprises a first level of activity, said second mode of operation comprises a second level of activity that is lower than said first level of activity, and said third mode of operation comprises a third level of activity that is lower than said second level of activity; applying a first reference signal transmission regime from the base station to a user equipment in which reference signals are sent less often than when operating at the first level of activity, with no further data transmission, when in said second mode of operation; and applying a second reference signal transmission regime in which no data nor reference signals are sent from the base station, when in said third mode of operation.
A process for introduction of inorganic solids into hot, liquid metallurgical melts and/or slags characterized in that a plastic containing inorganic solids as additives and hydrocarbon is introduced into the hot, liquid melts in form of granulate or powder, whereby synthetic titanium dioxide and substances containing aluminum oxide, magnesium oxide, calcium oxide or silicates as mixture are used as inorganic solids, whereby 90 % of the inorganic solid contains particles having particle sizes from 0.1 μm to 2 mm, the plastic contains the element nitrogen and the proportion of the additives in the plastic is from 5 to 50 % per weight.