mhurhangee/patent-ind-claim-en huggingface dataset:
Method of producing a cooling lubricant mixture for cooling and lubricating a work region of a reshaping device for reshaping semi-finished products, particularly for cooling and lubricating semi-finished products and reshaping tools, in which the cooling lubricant mixture is mixed from at least two liquids and in which at least one of the liquids is preheated before mixing with the other one of the liquids , characterised in that prior to mixing these at least two liquids a heat energy intrinsic to a used cooling lubricant mixture is transferred at least partly to the at least one of the liquids for preheating the at least one of the liquids .
A method for treating a lipid material comprising phosphorous and/or metal compounds, the method comprising a) providing the lipid material, b) preheating the lipid material, to obtain a preheated lipid material, c) heat treating the preheated lipid material in a heat treatment step, to obtain a heat treated lipid material, d) optionally post treating the heat treated lipid material in a post treatment step, wherein the preheating step b) is conducted at a temperature of about 90 °C to about 160 °C, the heat treating step c) is conducted at a temperature of about 220 °C to about 300 °C, preferably about 220 °C to about 280 °C, more preferably about 260 °C to about 280 °C, and wherein the heat treating step c) is conducted at a pressure of about 0 bar(g) to about 20 bar(g), preferably about 1 bar(g) to about 10 bar(g), more preferably about 1 bar(g) to about 3 bar(g). a) providing the lipid material, b) preheating the lipid material, to obtain a preheated lipid material, c) heat treating the preheated lipid material in a heat treatment step, to obtain a heat treated lipid material, d) optionally post treating the heat treated lipid material in a post treatment step, wherein the preheating step b) is conducted at a temperature of about 90 °C to about 160 °C, the heat treating step c) is conducted at a temperature of about 220 °C to about 300 °C, preferably about 220 °C to about 280 °C, more preferably about 260 °C to about 280 °C, and wherein the heat treating step c) is conducted at a pressure of about 0 bar(g) to about 20 bar(g), preferably about 1 bar(g) to about 10 bar(g), more preferably about 1 bar(g) to about 3 bar(g).
Transceiver for providing information on non-required radio resources in a mobile communication system , the mobile communication system comprising the transceiver as the first transceiver and at least one second transceiver , comprising a transceiver module for communicating in the mobile communication system and receiving information on a group of allocated radio resources; and a control module for controlling the transceiver module , the control module being configured to determine information on an actual need of allocated radio resources for transmitting payload data of the first transceiver in the mobile communication system , determine, from the information on the actual need of allocated radio resources, information on radio resources not required for the transmission of the payload data, and transfer information on the non-required radio resources to the second transceiver , wherein the group of allocated radio resources corresponds to one radio resource block allocated by a base station transceiver of the mobile communication system , wherein the radio resource block corresponds to a smallest amount of radio resources that may be allocated by the base station transceiver , and wherein the non-required radio resources are a subset of the group of radio resources, wherein the control module is further configured to determine information on second transceivers located in its surroundings and suitable for passing on the allocated radio resources before the transmission of the payload data. determine information on an actual need of allocated radio resources for transmitting payload data of the first transceiver in the mobile communication system , determine, from the information on the actual need of allocated radio resources, information on radio resources not required for the transmission of the payload data, and transfer information on the non-required radio resources to the second transceiver , wherein the group of allocated radio resources corresponds to one radio resource block allocated by a base station transceiver of the mobile communication system , wherein the radio resource block corresponds to a smallest amount of radio resources that may be allocated by the base station transceiver , and
A process of converting a carbon-carbon double bond on a substrate into a cyclopropane ring, which method comprises the step of treating the substrate with N-nitroso-β-methylaminoisobutyl methyl ketone, a transition metal catalyst and an aqueous base, wherein the N-nitroso-β-methylaminoisobutyl methyl ketone is formed by reacting β-methylaminoisobutyl methyl ketone with an alkali metal nitrite in the presence of formic acid and wherein the N-nitroso-β-methylaminoisobutyl methyl ketone is not distilled before it is mixed with the substrate, catalyst and base.
Removal unit for moulds, particularly for moulding plastic material, comprising: - a removal-holder body , - at least one tie-rod comprising: - a fixed-length body , suitable to rest - at one end - against said removal-holder body , - a moveable insert with threaded end , arranged inside said fixed-length body and suitable to be displaced - therein - between a first fixing configuration, with threaded end projecting from said fixed-length body , in the direction of the main axis (X) of the fixed-length body , and a second assembly or removal configuration with threaded end inside said fixed-length body , - means for displacing said moveable insert between said two configurations, said removal unit being characterized in that it comprises - a thrust plate , - a plurality of columnar elements suitable to transfer a removal thrust from said thrust plate to said removal-holder body , comprising at least one fixing tie-rod between said thrust plate and said removal-holder body , said fixed-length body being suitable to rest - at one end - against said thrust plate , said moveable insert with threaded end , in said first fixing configuration, with threaded end projecting from said fixed-length body , being screwed to one from among said thrust plate and said removal-holder body . - a removal-holder body , - at least one tie-rod comprising: - a fixed-length body , suitable to rest - at one end - against said removal-holder body , - a moveable insert with threaded end , arranged inside said fixed-length body and suitable to be displaced - therein - between a first fixing configuration, with threaded end projecting from said fixed-length body , in the direction of the main axis (X) of the fixed-length body , and a second assembly or removal configuration with threaded end inside said fixed-length body , - means for displacing said moveable insert between said two configurations, - a thrust plate , - a plurality of columnar elements suitable to transfer a removal thrust from said thrust plate to said removal-holder body , comprising at least one fixing tie-rod between said thrust plate and said removal-holder body ,
A method for execution at a wireless device , comprising: receiving a grant conferring transmission rights associated with a wireless communications resource block, RB; receiving a plurality of quality of service, QoS, indicators, each of the plurality of QoS indicators associated with a transmission path associated with the conferred transmission rights and each of the plurality of QoS indicators comprises an indication of an expected end-to-end QoS for data transmitted by the wireless device to a core network through a wireless reception point ; and transmitting data in the RB associated with the received grant, the transmitted data being selected in accordance with one of the received QoS indicators. receiving a grant conferring transmission rights associated with a wireless communications resource block, RB; receiving a plurality of quality of service, QoS, indicators, each of the plurality of QoS indicators associated with a transmission path associated with the conferred transmission rights and each of the plurality of QoS indicators comprises an indication of an expected end-to-end QoS for data transmitted by the wireless device to a core network through a wireless reception point ; and transmitting data in the RB associated with the received grant, the transmitted data being selected in accordance with one of the received QoS indicators.
A method of preparing a compound of formula 12: wherein P is a protecting group and R is alkyl, said method comprising reacting a compound of formula 11: wherein P and R are defined as in formula 12 , with LiAl(OtBu) 3 H to provide a compound of formula 12.
A system comprising: a teat preparation cup ; a liner coupled to the teat preparation cup , wherein the liner has an opening and a liner cavity and wherein the liner cavity is positioned adjacent to the opening inside the liner and is nested under the opening so that the liner cavity surrounds one portion of the liner ; and a spray ring having a hollow interior and a plurality of apertures formed thereon, wherein the spray ring is coupled to an inlet so that fluid flows from the inlet into the hollow interior of the spray ring and out of the spray ring through the plurality of apertures , and the spray ring is positioned inside the liner cavity so that the plurality of apertures face the inside of the liner opening , and wherein the spray ring is operable to encircle a dairy animal teat positioned inside the liner via the liner opening and the spray ring is operable to simultaneously direct fluid flow from the inlet onto multiple portions of the teat via the plurality of apertures , characterized in that one or more of the plurality of apertures in the spray ring is operable to rotate axially independently of the other apertures in the spray ring . a teat preparation cup ; a liner coupled to the teat preparation cup , wherein the liner has an opening and a liner cavity and wherein the liner cavity is positioned adjacent to the opening inside the liner and is nested under the opening so that the liner cavity surrounds one portion of the liner ; and a spray ring having a hollow interior and a plurality of apertures formed thereon, wherein the spray ring is coupled to an inlet so that fluid flows from the inlet into the hollow interior of the spray ring and out of the spray ring through the plurality of apertures , and the spray ring is positioned inside the liner cavity so that the plurality of apertures face the inside of the liner opening , and wherein the spray ring is operable to encircle a dairy animal teat positioned inside the liner via the liner opening and the spray ring is operable to simultaneously direct fluid flow from the inlet onto multiple portions of the teat via the plurality of apertures , characterized in that one or more of the plurality of apertures in the spray ring is operable to rotate axially independently of the other apertures in the spray ring .
Method for receiving data (Di; DATASEND) within an electronic entity , which comprises the following steps: - establishing (E2, E4, E6, E8, E10), between the electronic entity and an external electronic apparatus, a first secure channel through encryption by way of a first cryptographic key (SK-ENC); - receiving (E14), via the first secure channel, a first command (CHM) and at least one second cryptographic key (BK-ENC) via the first secure channel; - after the step of receiving said first command and before the step of setting up the second secure channel, a step (E18) of saving the first cryptographic key (SK-ENC) in a memory of the electronic entity ; - setting up (E20), as a result of the execution of said first command (CHM), a second secure channel through encryption by way of the second cryptographic key (BK-ENC) ; - receiving (E22) said data (Di; DATASEND) in the second secure channel, said data being encrypted by the second cryptographic key; - after the step of receiving said data and a second command (CHM), a step (E30) of changing to the first secure channel, the changing step comprising a sub-step of reading the first cryptographic key saved in the memory before changing to the first secure channel. - establishing (E2, E4, E6, E8, E10), between the electronic entity and an external electronic apparatus, a first secure channel through encryption by way of a first cryptographic key (SK-ENC); - receiving (E14), via the first secure channel, a first command (CHM) and at least one second cryptographic key (BK-ENC) via the first secure channel; - after the step of receiving said first command and before the step of setting up the second secure channel, a step (E18) of saving the first cryptographic key (SK-ENC) in a memory of the electronic entity ; - setting up (E20), as a result of the execution of said first command (CHM), a second secure channel through encryption by way of the second cryptographic key (BK-ENC) ; - receiving (E22) said data (Di; DATASEND) in the second secure channel, said data being encrypted by the second cryptographic key; - after the step of receiving said data and a second command (CHM), a step (E30) of changing to the first secure channel, the changing step comprising a sub-step of reading the first cryptographic key saved in the memory before changing to the first secure channel.
An evaporative humidifier comprising: a water reservoir ; a wick unit configured to absorb water from the water reservoir , comprising a wick , and a wick holder for mounting the wick ; and a fan unit arranged within a fan housing and configured to force an air flow to flow through the wick unit , wherein the fan housing comprises a top cover unit defining at least one annular air outlet at an outer part adjacent a circumference of the top cover unit ; characterized in that a float is arranged in the wick holder for associating with a water level in the water reservoir, that the wick holder forms a substantially vertical guide along which the float is configured to move, the float clicks into the wick holder , that the wick holder is heavy enough not to float when it experiences a buoyancy force from the float , that the fan unit comprises a motor and an actuator for actuating the motor and that in operation the float is such arranged in the wick holder that it is buoyed by the water in the water reservoir so that the operation of the evaporative humidifier is controlled based on, at least in part, the water level in the water reservoir. a water reservoir ; a wick unit configured to absorb water from the water reservoir , comprising a wick , and a wick holder for mounting the wick ; and a fan unit arranged within a fan housing and configured to force an air flow to flow through the wick unit , wherein the fan housing comprises a top cover unit defining at least one annular air outlet at an outer part adjacent a circumference of the top cover unit ; characterized in that a float is arranged in the wick holder for associating with a water level in the water reservoir, that the wick holder forms a substantially vertical guide along which the float is configured to move, the float clicks into the wick holder , that the wick holder is heavy enough not to float when it experiences a buoyancy force from the float , that the fan unit comprises a motor and an actuator for actuating the motor and that in operation the float is such arranged in the wick holder that it is buoyed by the water in the water reservoir so that the operation of the evaporative humidifier is controlled based on, at least in part, the water level in the water reservoir.
A tracked vehicle comprising at least two crawler chains which can each be driven by at least one separate drive, furthermore comprising a sensor device for detecting the actual speed of each of the at least two crawler chains , at least one control device for controlling the driving speed of the two drives, wherein the control device comprises a curve control module for setting different driving speeds for the at least two crawler chains for cornering in dependence on a steering signal of a steering signal transmitter, characterized in that the curve control module includes a failure control module for controlling a remaining drive of a crawler chain upon failure of the drive of the other crawler chain , wherein the failure control module is configured to control the still operable drive in dependence on the actual speed of the crawler chain whose drive has failed, which is detected by the sensor device , and to control it in dependence on the steering signal such that the crawler chains have the differential speed each required for the steering signal.
Hair care booster in powder form, comprehensive: - 50 % to 79 % by weight of an organic carboxylic acid, - a proteinogenic amino acid from the group alanine, arginine, asparagine, aspartic acid, cysteine, glutamine, glutamic acid, glycine, histidine, isoleucine, leucine, lysine, methionine, phenylalanine, proline, serine, threonine, tryptophan, tyrosine and valine, - a purine or purine degradation products, from the group adenine, guanine, uric acid, allantoin and hypoxanthine - amino acid degradation products from the taurine group, and - an alkalizing agent. - 50 % to 79 % by weight of an organic carboxylic acid, - a proteinogenic amino acid from the group alanine, arginine, asparagine, aspartic acid, cysteine, glutamine, glutamic acid, glycine, histidine, isoleucine, leucine, lysine, methionine, phenylalanine, proline, serine, threonine, tryptophan, tyrosine and valine, - a purine or purine degradation products, from the group adenine, guanine, uric acid, allantoin and hypoxanthine - amino acid degradation products from the taurine group, and - an alkalizing agent.
Singulator for rivet elements , having an entrance and an exit for the rivet elements to be separated and having a guide extending along a center line (M) from the entrance to the exit , through which the rivet elements can be delivered along a delivery direction (F), wherein the singulator has a first blocking element , especially a first pin, and a second blocking element spaced apart from the first blocking element along the center line (M), especially a second pin, wherein the first blocking element and the second blocking element are movable independently of each other between a blocking position blocking the guide for a rivet element and a releasing position releasing the guide for a rivet element , characterized in that at least one blocking element , preferably both blocking elements , are arranged such that the direction of movement (B 1 , B 2 ) of the blocking element or elements is oriented at a slant to the delivery direction (F) of the rivet elements .
An antimicrobial composition comprising itaconic acid or an ester thereof and benzoic acid or a salt thereof; and a cosmetically acceptable carrier comprising water and a surfactant; wherein the weight ratio of the itaconic acid or ester thereof and benzoic acid or salt thereof is in the range of 1:40 to 40:1; and wherein the ester of itaconic acid is dimethyl itaconate; wherein the composition is a shampoo or a hair conditioner. wherein the weight ratio of the itaconic acid or ester thereof and benzoic acid or salt thereof is in the range of 1:40 to 40:1; and wherein the ester of itaconic acid is dimethyl itaconate; wherein the composition is a shampoo or a hair conditioner.
A flame retardant optical fiber comprising: a glass core ; a primary coating ; and a secondary coating surrounding the primary coating, wherein the secondary coating is formed from a coating composition that is substantially free of an oligomeric component and that comprises a flame retardant composition comprising a flame retardant material, wherein the flame retardant material comprises at least one inorganic and halogen-free flame retardant filler, and characterized in that the flame retardant optical fiber further comprises a cladding surrounding the core, wherein the primary coating is adhered to the cladding; and the at least one inorganic and halogen-free flame retardant filler is selected from the group consisting of hydrated magnesium calcium carbonate, zinc borate, phosphates and mixtures thereof. a glass core ; a primary coating ; and a secondary coating surrounding the primary coating, wherein the secondary coating is formed from a coating composition that is substantially free of an oligomeric component and that comprises a flame retardant composition comprising a flame retardant material, wherein the flame retardant material comprises at least one inorganic and halogen-free flame retardant filler, and characterized in that the flame retardant optical fiber further comprises a cladding surrounding the core, wherein the primary coating is adhered to the cladding; and the at least one inorganic and halogen-free flame retardant filler is selected from the group consisting of hydrated magnesium calcium carbonate, zinc borate, phosphates and mixtures thereof.
A communication method performed by a terminal , wherein the method comprises obtaining (S401) signal quality of each beam in a cell; and characterized in that : in a case that there is one or more beams whose signal quality is higher than a preset threshold, determining (S402b) a signal quality of the cell based on an average value of the signal quality of the one or more beams; and in a case that there is no beam whose signal quality is higher than the preset threshold, determining (S402c) the signal quality of the cell as a signal quality of a beam who has the highest signal quality, wherein the beam who has the highest signal quality is the beam whose signal quality has a smallest difference from the preset threshold. in a case that there is one or more beams whose signal quality is higher than a preset threshold, determining (S402b) a signal quality of the cell based on an average value of the signal quality of the one or more beams; and in a case that there is no beam whose signal quality is higher than the preset threshold, determining (S402c) the signal quality of the cell as a signal quality of a beam who has the highest signal quality, wherein the beam who has the highest signal quality is the beam whose signal quality has a smallest difference from the preset threshold.
A sliding material comprising a substrate and a copper alloy layer bonded to the substrate, wherein the copper alloy layer comprises a copper alloy including: 4.0 to 25.0 mass% of Bi, optionally a total amount of not more than 50.0 mass% one or more selected from Sn, Al, Zn, Mn, Si, Ni, Fe, P, Zr, Ti and Mg, optionally a total amount of not more than 10 volume % of either or both of MoSz and graphite, and optionally 1.0 to 10.0 volume % of hard particles composed of a metal boride, silicide, oxide, nitride or carbide, or intermetallic compound, the balance being copper and inevitable impurities; wherein the copper alloy has a structure in which Bi phases are dispersed in a copper alloy matrix, and wherein a contact area ratio of the Bi phases at a bonding interface with the substrate is not more than 2.0%. 4.0 to 25.0 mass% of Bi, optionally a total amount of not more than 50.0 mass% one or more selected from Sn, Al, Zn, Mn, Si, Ni, Fe, P, Zr, Ti and Mg, optionally a total amount of not more than 10 volume % of either or both of MoSz and graphite, and optionally 1.0 to 10.0 volume % of hard particles composed of a metal boride, silicide, oxide, nitride or carbide, or intermetallic compound, the balance being copper and inevitable impurities; wherein the copper alloy has a structure in which Bi phases are dispersed in a copper alloy matrix, and wherein a contact area ratio of the Bi phases at a bonding interface with the substrate is not more than 2.0%.