mhurhangee/ep-ind-claims huggingface dataset:
A compressor system comprising: - at least a first compressor having a suction side and a delivery side; - an anti-surge line having an inlet and an outlet; - an anti-surge valve arranged along the anti-surge line and controlled for recirculating a gas flow from the delivery side to the suction side of the first compressor; a gas temperature manipulation arrangement, functionally connected to the inlet of the anti-surge line, configured to reduce or prevent liquid phase in the anti-surge line when the anti-surge valve is open; wherein the gas temperature manipulation arrangement comprises: - a first gas cooler arranged downstream of the delivery side of the first compressor and fluidly coupled therewith; - a second gas cooler arranged downstream of the first gas cooler and fluidly coupled therewith; and wherein the inlet of the anti-surge line is arranged between the first gas cooler and the second gas cooler; characterized by further comprising a quench valve, which is fluidly coupled to a reservoir containing a condensed gas separated from the gas processed by the first compressor and at a pressure higher than a gas pressure at the suction side of the first compressor; wherein the quench valve is further fluidly coupled between the anti-surge valve and the suction side of the first compressor; and wherein the quench valve is arranged and controlled for spraying a flow of said condensed gas in a gas stream flowing through the anti-surge line. - at least a first compressor having a suction side and a delivery side; - an anti-surge line having an inlet and an outlet; - an anti-surge valve arranged along the anti-surge line and controlled for recirculating a gas flow from the delivery side to the suction side of the first compressor; a gas temperature manipulation arrangement, functionally connected to the inlet of the anti-surge line, configured to reduce or prevent liquid phase in the anti-surge line when the anti-surge valve is open; wherein the gas temperature manipulation arrangement comprises: - a first gas cooler arranged downstream of the delivery side of the first compressor and fluidly coupled therewith; - a second gas cooler arranged downstream of the first gas cooler and fluidly coupled therewith; - a first gas cooler arranged downstream of the delivery side of the first compressor and fluidly coupled therewith; - a second gas cooler arranged downstream of the first gas cooler and fluidly coupled therewith; and wherein the inlet of the anti-surge line is arranged between the first gas cooler and the second gas cooler; characterized by further comprising a quench valve, which is fluidly coupled to a reservoir containing a condensed gas separated from the gas processed by the first compressor and at a pressure higher than a gas pressure at the suction side of the first compressor; wherein the quench valve is further fluidly coupled between the anti-surge valve and the suction side of the first compressor; and wherein the quench valve is arranged and controlled for spraying a flow of said condensed gas in a gas stream flowing through the anti-surge line.
An apparatus for contact charging a photoconductive surface in an image transfer device, comprising: a support member; a conductive polymer material surrounding an outer periphery of the support member, wherein an inner layer portion of the conductive polymer material is loaded with an electronic conducting agent and an outer layer portion of the conductive polymer material is substantially free of the electronic conducting agent; wherein the conductive polymer material is an inherently electrically insulative elastomer loaded with an ionic conducting agent.
A method for laminating a lithium or lithium alloy sheet into a lithium or lithium alloy film comprising: - feeding a lithium or lithium alloy sheet between a pair of working rollers and having applied onto the working rollers a volatile methyl siloxane lubricant in liquid form, the lithium or lithium alloy sheet upon compression between the working rollers being reduced in thickness by the compressive force exerted on the lithium or lithium alloy sheet as it passes through the working rollers to obtain a lithium or lithium alloy film of less than 100 μm; - wherein the volatile methyl siloxane lubricant is selected from the group of hexamethyldisiloxane, octamethyltrisiloxane, decamethyltetrasiloxane and dodecamethylhexasiloxane; and - wherein the volatile methyl siloxane lubricant is used as a mono-solvent in its pure form requiring no mixing or blending with other solvents. - feeding a lithium or lithium alloy sheet between a pair of working rollers and having applied onto the working rollers a volatile methyl siloxane lubricant in liquid form, the lithium or lithium alloy sheet upon compression between the working rollers being reduced in thickness by the compressive force exerted on the lithium or lithium alloy sheet as it passes through the working rollers to obtain a lithium or lithium alloy film of less than 100 μm; - wherein the volatile methyl siloxane lubricant is selected from the group of hexamethyldisiloxane, octamethyltrisiloxane, decamethyltetrasiloxane and dodecamethylhexasiloxane; and - wherein the volatile methyl siloxane lubricant is used as a mono-solvent in its pure form requiring no mixing or blending with other solvents.
A resin molded product comprising: an olefin resin as a main component; an ultraviolet absorber having pKa of -5.5 or more and -4.5 or less when irradiated with light; and a photostabilizer having pKa of 3.0 or more and 7.0 or less, wherein an added amount of each of the ultraviolet absorber and the photostabilizer is 3.0 parts by mass or less per 100 parts by mass of the olefin resin, and a mass ratio A of the photostabilizer to the ultraviolet absorber in the olefin resin is 1 ≤ A ≤ 1.5. an olefin resin as a main component; an ultraviolet absorber having pKa of -5.5 or more and -4.5 or less when irradiated with light; and a photostabilizer having pKa of 3.0 or more and 7.0 or less, wherein an added amount of each of the ultraviolet absorber and the photostabilizer is 3.0 parts by mass or less per 100 parts by mass of the olefin resin, and a mass ratio A of the photostabilizer to the ultraviolet absorber in the olefin resin is 1 ≤ A ≤ 1.5.
A sensing device mounting mechanism (10, 20, 80) allowing a sensing device (2, 34, 89) to be mounted within an opening of a supporting structure (8, 22, 82) being of a panel-type structure, the sensing device mounting mechanism comprising: a housing (24, 84) for at least partially surrounding the sensing device wherein the housing includes: a stem portion (10, 26, 86) having a size configured to be insertable within the opening of the supporting structure; a flange portion (14, 28, 88) extending from the stem portion and having a size larger than the opening of the supporting structure, the flange portion being configured to lean against the supporting structure when the stem portion is inserted within the opening of the supporting structure; and at least one snapping mechanism, characterised by said snapping mechanism including a first snapping mechanism extending from the flange portion toward an end of the stem portion that is distal from the flange portion and adapted to hold the housing in relation to the supporting structure. a housing (24, 84) for at least partially surrounding the sensing device wherein the housing includes: a stem portion (10, 26, 86) having a size configured to be insertable within the opening of the supporting structure; a flange portion (14, 28, 88) extending from the stem portion and having a size larger than the opening of the supporting structure, the flange portion being configured to lean against the supporting structure when the stem portion is inserted within the opening of the supporting structure; and at least one snapping mechanism, characterised by said snapping mechanism including a first snapping mechanism extending from the flange portion toward an end of the stem portion that is distal from the flange portion and adapted to hold the housing in relation to the supporting structure. a stem portion (10, 26, 86) having a size configured to be insertable within the opening of the supporting structure; a flange portion (14, 28, 88) extending from the stem portion and having a size larger than the opening of the supporting structure, the flange portion being configured to lean against the supporting structure when the stem portion is inserted within the opening of the supporting structure; and at least one snapping mechanism, characterised by said snapping mechanism including a first snapping mechanism extending from the flange portion toward an end of the stem portion that is distal from the flange portion and adapted to hold the housing in relation to the supporting structure.
Kitchen assembly comprising a hob positioned on a counter top, said hob having at least one hotplate or cooktop, said assembly further comprising a hood arranged above said hob, said hood being connected to suction means for creating an air suction field between said hob and said hood, and said assembly further comprising air jet means arranged at said hob, particularly said hotplate or cooktop, for creating an air stream, wherein said air stream is directed towards said hob and is adapted to reach said suction field, characterized in that said air jet means comprise at least one nozzle, wherein said nozzle is connected to a pumping member for repeatedly and alternately sucking in ambient air through said nozzle and blowing out said air through said nozzle to create said air stream.
Seating furniture, preferably a chair or sofa, having a back rest, a head part that can be swivelled by a motor with respect to the back rest, and a motor drive for motor-adjustment of the head part, wherein the head part is supported by a swivelling lever, characterised in that the head part is connected by an adjusting lever to the back rest, the swivelling lever and the adjusting lever can be swivelled towards each other about a swivel axis, the adjusting lever can be adjusted with respect to the back rest from a lower position into an upper position and back, the swivelling lever is connected to the back rest by a lever connection comprising a guide lever and a control lever, the guide lever can be swivelled with respect to the swivelling lever and with respect to the control lever, the control lever can be swivelled with respect to the back rest, and the control lever is connected to the adjusting lever in such a way that on adjustment of the adjusting lever from the lower position into the upper position and back, the control lever is pivoted with respect to the back rest and in this way brings about pivoting of the swivelling lever with respect to the adjusting lever by way of the guide lever.
A method of predicting resistance to infectious pancreatic necrosis in Atlantic salmon, the method comprising determining the alleles present at a DNA polymorphism in the salmon and predicting whether or not the salmon is resistant to infectious pancreatic necrosis based on the determination of the alleles, wherein the DNA polymorphism is selected from the group provided in Table 1.
Cryogenic separation apparatus comprising at least one brazed-plate heat exchanger, of the type comprising a stack of parallel plates which define a plurality of fluid-circulation passages (3, 4, 5) of a generally flat shape, closure bars which delimit these passages, distributing means for distributing a fluid to each passage of a first series of passages (3, 5) and means for sending another fluid to a second series of passages, in which apparatus at least one passage contains at least one organised exchange structure (15, 17, 21) which forms a plurality of channels in the width of the passage, characterised in that each channel is in contact with either at least two other channels or at least one other channel and one plate (2, 13), also forming at least three channels in the height of the passage, and such that a channel has a hydraulic diameter of at most 1 mm and the channels have a circular, oval, square, rectangular or rhomboid cross section.
A jungle gym with which infants can play indoors having: a base frame group in which three cubic frames are formed continuously in the direction of a y axis by a plurality of cylindrical pipes provided in the direction of an x axis, a plurality of cylindrical pipes provided in the direction of the y axis and a plurality of cylindrical pipes provided in the direction of a z axis; and a plurality of jungle gym joints (30A to 30L) each comprising a joint main body and a rotary member, wherein a rotation restricting projection (32c4) is provided to the joint main body and an abutment portion (33b4) is provided to the rotary member and in which the rotary member is connected rotatably to the joint main body so as to form a folding portion which is configured to be folded, wherein the rotary member is configured to rotate in one direction within an angular extent of 90 degrees such that the rotation of the rotary member in the one direction is restricted by the abutment of the abutment portion (33b4) with the rotation restricting projection (32c4) when the jungle gym is in a deployed state, wherein the pipes provided in the direction of the y axis and the pipes provided in the direction of the z axis are connected to the joint main bodies, and wherein the pipes provided in the direction of the x axis are connected to end portions of the rotary members which lie opposite to end portions where the folding portions are formed. a base frame group in which three cubic frames are formed continuously in the direction of a y axis by a plurality of cylindrical pipes provided in the direction of an x axis, a plurality of cylindrical pipes provided in the direction of the y axis and a plurality of cylindrical pipes provided in the direction of a z axis; and a plurality of jungle gym joints (30A to 30L) each comprising a joint main body and a rotary member, wherein a rotation restricting projection (32c4) is provided to the joint main body and an abutment portion (33b4) is provided to the rotary member and in which the rotary member is connected rotatably to the joint main body so as to form a folding portion which is configured to be folded, wherein the rotary member is configured to rotate in one direction within an angular extent of 90 degrees such that the rotation of the rotary member in the one direction is restricted by the abutment of the abutment portion (33b4) with the rotation restricting projection (32c4) when the jungle gym is in a deployed state, wherein the pipes provided in the direction of the y axis and the pipes provided in the direction of the z axis are connected to the joint main bodies, and wherein the pipes provided in the direction of the x axis are connected to end portions of the rotary members which lie opposite to end portions where the folding portions are formed.
A hemostatic material composition comprising: a polysaccharide having a reactive group that reacts with a protein to form a crosslinking structure; a hydrophobic solvent; and a crosslinked particle containing one or more compounds selected from the group consisting of a crosslinked protein and a crosslinked polysaccharide. a polysaccharide having a reactive group that reacts with a protein to form a crosslinking structure; a hydrophobic solvent; and a crosslinked particle containing one or more compounds selected from the group consisting of a crosslinked protein and a crosslinked polysaccharide.
Covering device for covering the pipe entry of a drain element of a drainage system comprising a covering part for covering a pipe entry, at least one passage through which water can be fed to the pipe entry, and at least one fastening element for fastening the covering part on the drain element, wherein the fastening element is mounted in a displaceable manner along a pivotal movement on the covering device, more particularly on the covering part, wherein the fastening element is movable along the said pivotal movement relative to the covering device from a position freeing the covering part from the drain element into a position locking the covering part relative to the drain element, wherein the fastening element (6, 7) is mounted relative to the covering device (1, 4) via a bearing pin which projects into an opening, and wherein the covering part has an underneath side directed towards the pipe entry, and an upper side arranged opposite the underneath side, characterized in that the fastening element is arranged in the region of the upper side.
Rotary vacuum pump, which comprises a rotor (2; 102; 122; 202) mounted for concentric rotation in a rotor guide (3; 13; 23; 103; 203) and in which at least one circumferential groove (6; 16', 16"; 26', 26"; 106-1, 106-2; 206) is provided between facing side surfaces of the rotor (2; 102; 122; 202) and the guide (3; 13; 23; 103; 203) for receiving a lubricating and sealing fluid, said at least one circumferential groove (6; 16', 16"; 26', 26"; 106-1, 106-2; 126, 126', 126"; 206) including at least one arc having an angular extension of less than 360° so as to form at least one interruption, characterised in that said at least one circumferential groove: - has its at least one interruption arranged to enable creating a hydrodynamic fluid bearing in a region opposite a discharge region of the pump (1; 101; 121; 201), over a whole axial extension of said side surfaces; - is formed in the side surface of the rotor (2; 102; 122; 202) or in the side surface of the rotor guide (3; 13; 23; 103; 203) or is defined by steps (212, 213) of said side surfaces; and - includes one arc (106-1, 106-2; 126) and one interruption for each discharge phase of the pump, the arcs and the interruptions being so arranged that each interruption passes in a region opposite a discharge region of the pump (101; 121) during a discharge phase. - has its at least one interruption arranged to enable creating a hydrodynamic fluid bearing in a region opposite a discharge region of the pump (1; 101; 121; 201), over a whole axial extension of said side surfaces; - is formed in the side surface of the rotor (2; 102; 122; 202) or in the side surface of the rotor guide (3; 13; 23; 103; 203) or is defined by steps (212, 213) of said side surfaces; and - includes one arc (106-1, 106-2; 126) and one interruption for each discharge phase of the pump, the arcs and the interruptions being so arranged that each interruption passes in a region opposite a discharge region of the pump (101; 121) during a discharge phase.
A sulfide solid electrolyte characterized by comprising a LGPS type crystal phase, and containing Li, Ge, P, and S, wherein: when an X-ray photoelectron spectroscopy measurement using an X-ray source of monochromatic AlKα at 1487 eV is conducted to a surface of the sulfide solid electrolyte, a proportion of Ge 2+ with respect to total amount of Ge is 55% or more and 90% or less.
Probiotic strain, characterized in that the strain is selected from the group consisting of Lactobacillus sp. DSM 26911 deposited at the DSMZ under the accession number 26911, Lactobacillus sp. DSM 26912 deposited at the DSMZ under the accession number 26912 and Lactobacillus sp. DSM 26913 deposited at the DSMZ under the accession number 26913.
A signal transmission method in a wireless communication system, characterized by comprising: selecting, for user data of a k-th layer of the wireless communication system, a phase compensation value which makes an output reference signal generated by processing an original reference signal in the user data of the k-th layer through interference cancellation on a transmitter side have a signal power within a pre-defined power threshold, applying phase rotation to the original reference signal in the user data of the k-th layer using the phase compensation value to obtain a corrected reference signal, applying interference cancellation to the corrected reference signal to obtain the output reference signal, wherein k is within 1 to M, M is smaller than or equal to K; K is the total number of layers of user data in the wireless communication system; applying phase rotation to an original data signal in the user data of the k-th layer using the phase compensation value to obtain a corrected data signal; applying interference cancellation to the corrected data signal to obtain an output data signal; applying phase rotation to a pre-configured modulo vector using the phase compensation value; and applying a modulo operation to the output data signal processed using the modulo vector processed through the phase rotation to obtain a modulated data signal; and transmitting, via a wireless channel, the output reference signal and the modulated data signal. selecting, for user data of a k-th layer of the wireless communication system, a phase compensation value which makes an output reference signal generated by processing an original reference signal in the user data of the k-th layer through interference cancellation on a transmitter side have a signal power within a pre-defined power threshold, applying phase rotation to the original reference signal in the user data of the k-th layer using the phase compensation value to obtain a corrected reference signal, applying interference cancellation to the corrected reference signal to obtain the output reference signal, wherein k is within 1 to M, M is smaller than or equal to K; K is the total number of layers of user data in the wireless communication system; applying phase rotation to an original data signal in the user data of the k-th layer using the phase compensation value to obtain a corrected data signal; applying interference cancellation to the corrected data signal to obtain an output data signal; applying phase rotation to a pre-configured modulo vector using the phase compensation value; and applying a modulo operation to the output data signal processed using the modulo vector processed through the phase rotation to obtain a modulated data signal; and transmitting, via a wireless channel, the output reference signal and the modulated data signal.
A user device comprising: at least one processor; and at least one memory comprising computer program code and a first application (Appl) that has been provisioned by an application provisioning entity remote from the user device, the first application (Appl) having access to a first clipboard of a first type, to which data can be transferred and/or from which data can be retrieved by a further, different, second application on the user device, wherein the first application (Appl) is configured with an encryption key for the transfer of data to and/or retrieval of data from a second clipboard of a second, different type, the encryption key being associated with the application provisioning entity, the at least one memory and the computer program code being configured to, with the at least one processor, cause the user device to control the transfer of data to and/or retrieval of data from the second clipboard by the first application via the encryption key. at least one processor; and at least one memory comprising computer program code and a first application (Appl) that has been provisioned by an application provisioning entity remote from the user device, the first application (Appl) having access to a first clipboard of a first type, to which data can be transferred and/or from which data can be retrieved by a further, different, second application on the user device, wherein the first application (Appl) is configured with an encryption key for the transfer of data to and/or retrieval of data from a second clipboard of a second, different type, the encryption key being associated with the application provisioning entity, the at least one memory and the computer program code being configured to, with the at least one processor, cause the user device to control the transfer of data to and/or retrieval of data from the second clipboard by the first application via the encryption key.