mhurhangee/ep-ind-claims huggingface dataset:
A method for time domain bundling scheduling in a wireless access system, the method comprising: transmitting bundled downlink control information, DCI, comprising a plurality of DCI to a user equipment, UE, via one physical downlink control channel, PDCCH; and transmitting downlink data to the UE via a plurality of physical downlink shared channels, PDSCHs, scheduled by the bundled DCI, wherein at least one field is omitted in remaining DCI other than DCI scheduling a most preceding PDSCH in a time domain from among the plurality of DCI, and information of the omitted field is indicated by information included in a corresponding field of the DCI scheduling the most preceding PDSCH in the time domain. transmitting bundled downlink control information, DCI, comprising a plurality of DCI to a user equipment, UE, via one physical downlink control channel, PDCCH; and transmitting downlink data to the UE via a plurality of physical downlink shared channels, PDSCHs, scheduled by the bundled DCI, wherein at least one field is omitted in remaining DCI other than DCI scheduling a most preceding PDSCH in a time domain from among the plurality of DCI, and information of the omitted field is indicated by information included in a corresponding field of the DCI scheduling the most preceding PDSCH in the time domain.
An L-lysine producing strain, wherein, compared to a wild type strain containing an endogenous polypeptide, the L-lysine producing strain has at least one of the following characteristics (i) to (iii): (i) a reduced or disappeared polypeptide activity of the endogenous polypeptide; (ii) a reduced or disappeared expression level of a coding gene of the endogenous polypeptide; and (iii) a reduced or disappeared expression level of a polynucleotide of interest; the endogenous polypeptide is a polypeptide having an amino acid sequence shown in SEQ ID NO: 1, or a polypeptide encoded by a sequence having at least 90% sequence identity to the amino acid sequence shown in SEQ ID NO: 1; and the polynucleotide of interest is a polynucleotide having a nucleotide sequence shown in SEQ ID NO: 2, or a polynucleotide encoded by a sequence having at least 90% sequence identity to the nucleotide sequence shown in SEQ ID NO: 2. (i) a reduced or disappeared polypeptide activity of the endogenous polypeptide; (ii) a reduced or disappeared expression level of a coding gene of the endogenous polypeptide; and (iii) a reduced or disappeared expression level of a polynucleotide of interest; the endogenous polypeptide is a polypeptide having an amino acid sequence shown in SEQ ID NO: 1, or a polypeptide encoded by a sequence having at least 90% sequence identity to the amino acid sequence shown in SEQ ID NO: 1; and the polynucleotide of interest is a polynucleotide having a nucleotide sequence shown in SEQ ID NO: 2, or a polynucleotide encoded by a sequence having at least 90% sequence identity to the nucleotide sequence shown in SEQ ID NO: 2.
A breast pump, comprising: a main body including a hood attaching portion to which a hood, fitted to a breast and including a milking port, is attached, a bottle attaching portion to which a bottle for collecting milk is attached, and an internal passage extending between the hood attaching portion and the bottle attaching portion; a diaphragm attached to the internal passage and configured to generate negative pressure in the internal passage; a handle that is manually operated; a connecting portion connecting the diaphragm and the handle and configured to displace the diaphragm in a lifting direction in accordance with movement of the handle; and a volume reduction portion inserted into the internal passage and configured to reduce a volume of the internal passage, characterized in that the connecting portion is a lift plate that includes a plate portion arranged on an inner surface of the diaphragm, and a connection projection connected with the handle, the connection projection extending from the plate portion through the diaphragm and projecting out of an outer surface of the diaphragm located at a side opposite to the inner surface; and the volume reduction portion is arranged on the plate portion. a main body including a hood attaching portion to which a hood, fitted to a breast and including a milking port, is attached, a bottle attaching portion to which a bottle for collecting milk is attached, and an internal passage extending between the hood attaching portion and the bottle attaching portion; a hood attaching portion to which a hood, fitted to a breast and including a milking port, is attached, a bottle attaching portion to which a bottle for collecting milk is attached, and an internal passage extending between the hood attaching portion and the bottle attaching portion; a diaphragm attached to the internal passage and configured to generate negative pressure in the internal passage; a handle that is manually operated; a connecting portion connecting the diaphragm and the handle and configured to displace the diaphragm in a lifting direction in accordance with movement of the handle; and a volume reduction portion inserted into the internal passage and configured to reduce a volume of the internal passage, characterized in that the connecting portion is a lift plate that includes a plate portion arranged on an inner surface of the diaphragm, and a connection projection connected with the handle, the connection projection extending from the plate portion through the diaphragm and projecting out of an outer surface of the diaphragm located at a side opposite to the inner surface; and a plate portion arranged on an inner surface of the diaphragm, and a connection projection connected with the handle, the connection projection extending from the plate portion through the diaphragm and projecting out of an outer surface of the diaphragm located at a side opposite to the inner surface; and the volume reduction portion is arranged on the plate portion.
A device for directing the flow of a fluid comprises: a pressure pocket; a first fluid passageway; a pressure source; and a pressure switch, wherein the first fluid passageway operationally connects at least the pressure pocket and the pressure source, and wherein the pressure switch is positioned adjacent to the pressure source. a pressure pocket; a first fluid passageway; a pressure source; and a pressure switch, wherein the first fluid passageway operationally connects at least the pressure pocket and the pressure source, and wherein the pressure switch is positioned adjacent to the pressure source.
A power tool including a housing, a drive motor, an output shaft, and a power transmission coupling the motor to the output shaft, wherein the housing comprises two separable parts (10, 11) kept together in a rigid connection in a connection area by a threaded joint, wherein the threaded joint comprises a threaded tubular connection element arranged to co-operate with internal threads (28, 29) on the housing parts (10, 11), said connection element has a certain axial extent and comprises: • a first thread section for engaging the thread of one of the housing parts, said first thread section having an outer diameter d o,1 • a second thread section for engaging the thread of the other one of the housing parts, said second thread section having an outer diameter d o,2, characterized in that said connection element further comprises a thin walled waist section, said thin walled waist section having an outer diameter d o,w such that d o,w < d o,1 and d o,w < d o,2, located between and forming an axial spacing between said first thread section and said second thread section, said waist section is intended to decrease the axial stiffness of the threaded joint by increasing the clamping length of the threaded joint. • a first thread section for engaging the thread of one of the housing parts, said first thread section having an outer diameter d o,1 • a second thread section for engaging the thread of the other one of the housing parts, said second thread section having an outer diameter d o,2,
A system for testing milk for microbial contamination according to the method of claim 5, the system comprising: a sterile sample container configured for use in an incubator that monitors a milk sample disposed in the container; a sensor disposed in the container, the sensor configured to monitor at least one parameter of the milk sample as the milk sample is heated in the incubator, the at least one parameter being a condition that changes in response to microbial growth in the milk sample wherein the sensor is positioned in the container such that, when the milk sample is introduced into the container, the sensor is in contact with the milk sample; the system programmed with a predetermined value of the monitored parameter, that predetermined value being indicative of microbial growth in the milk sample; a receptacle in the incubator adapted for receiving the sample container with the milk sample therein; a detector for monitoring changes in the sensor during incubation of the milk sample in the incubator; characterised in that the sensor is configured to monitor a parameter from the group consisting of carbon dioxide concentration, oxygen concentration and pH; and THAT the sample container contains no additives that contain nutrients for microbial growth. a sterile sample container configured for use in an incubator that monitors a milk sample disposed in the container; a sensor disposed in the container, the sensor configured to monitor at least one parameter of the milk sample as the milk sample is heated in the incubator, the at least one parameter being a condition that changes in response to microbial growth in the milk sample wherein the sensor is positioned in the container such that, when the milk sample is introduced into the container, the sensor is in contact with the milk sample; the system programmed with a predetermined value of the monitored parameter, that predetermined value being indicative of microbial growth in the milk sample; a receptacle in the incubator adapted for receiving the sample container with the milk sample therein; a detector for monitoring changes in the sensor during incubation of the milk sample in the incubator; characterised in that the sensor is configured to monitor a parameter from the group consisting of carbon dioxide concentration, oxygen concentration and pH; and THAT the sample container contains no additives that contain nutrients for microbial growth.
A housing structure of a turbomachine that surrounds a flow channel for a fluid, comprising a housing wall and an inner wall that defines the flow channel, a cavity being formed between the inner wall and the outer housing wall, wherein the cavity may be partitioned into at least two regions (5, 6), characterized in that for partitioning, a movable wire element (10, 10') is arranged in the cavity, which element can abut against contact surfaces (8, 9), wherein a abradable coating for blade tips is provided on the inner wall, the movable wire element (10, 10') being arranged in the region of the abradable coating on the opposite, remote side of the inner wall.
Gear coupling for connecting a drive shaft and an output shaft, comprising - a first coupling portion to be connected to the drive shaft and a second coupling portion to be connected to the output shaft, wherein the two coupling portions (11, 12) each have a driver toothing with an internal toothing (35, 45) and an external toothing (15, 25) which engages therein, and characterised in that - an intermediate tube connecting the two coupling portions (11, 12) with one another and electrically insulating the same from one another is made of an electrically insulating material, wherein one of the coupling portions surrounds the inner periphery of the intermediate tube and the other coupling portion surrounds the outer periphery of the intermediate tube. - a first coupling portion to be connected to the drive shaft and a second coupling portion to be connected to the output shaft, wherein the two coupling portions (11, 12) each have a driver toothing with an internal toothing (35, 45) and an external toothing (15, 25) which engages therein, and characterised in that - an intermediate tube connecting the two coupling portions (11, 12) with one another and electrically insulating the same from one another is made of an electrically insulating material, wherein one of the coupling portions surrounds the inner periphery of the intermediate tube and the other coupling portion surrounds the outer periphery of the intermediate tube.
A method for producing a colloidal suspension of zirconia particles, comprising the following successive steps: a) subjecting a mixture of zirconium oxychloride and an alkali metal halide AX in an aqueous solvent to hydrothermal treatment at a temperature above 150°C, so as to obtain a suspension in the form of a two-phase mixture comprising a slurry and a supernatant, and b) without first peptizing it, desalting said suspension so as to form a colloidal suspension of zirconia. a) subjecting a mixture of zirconium oxychloride and an alkali metal halide AX in an aqueous solvent to hydrothermal treatment at a temperature above 150°C, so as to obtain a suspension in the form of a two-phase mixture comprising a slurry and a supernatant, and b) without first peptizing it, desalting said suspension so as to form a colloidal suspension of zirconia.
Method for manufacturing a turbine blade made of a high temperature superalloy based on Ni or Co or combinations thereof, comprising the steps of a) forming said turbine blade by means of a powder-based additive manufacturing process, wherein during said process the powder is completely melted and afterwards solidified; said turbine blade comprising a tip, an airfoil, a platform and blade root b1) subjecting said blade tip to a heat treatment to optimize specific material properties; characterized in that c) said heat treatment of the step b1) takes place at a higher temperatures than the y' (gamma prime) solvus temperature. a) forming said turbine blade by means of a powder-based additive manufacturing process, wherein during said process the powder is completely melted and afterwards solidified; said turbine blade comprising a tip, an airfoil, a platform and blade root b1) subjecting said blade tip to a heat treatment to optimize specific material properties; characterized in that c) said heat treatment of the step b1) takes place at a higher temperatures than the y' (gamma prime) solvus temperature.
A pipe rack comprising: at least one foundation; two legs, one of the two legs being supported by the at least one foundation, each of the two legs including at least one aperture; a horizontal support having two ends, a first end located in an aperture in a first leg of the two legs and a second end of the horizontal support being located in an aperture in a second leg of the two legs, the first end of the horizontal support having a cross-sectional area that is less than a cross-sectional area of the aperture in the first leg and the second end of the horizontal support having a cross-sectional area that is less than a cross-sectional area of the aperture in the second leg; an adhesive within each aperture and in contact with the horizontal support, the two legs and the horizontal support are all being made of concrete; at least a second foundation; a second set of two legs, one of the second set of two legs being supported by the second foundation; a horizontal strut extending between a first leg of the two legs and a first leg of the second set of two legs. at least one foundation; two legs, one of the two legs being supported by the at least one foundation, each of the two legs including at least one aperture; a horizontal support having two ends, a first end located in an aperture in a first leg of the two legs and a second end of the horizontal support being located in an aperture in a second leg of the two legs, the first end of the horizontal support having a cross-sectional area that is less than a cross-sectional area of the aperture in the first leg and the second end of the horizontal support having a cross-sectional area that is less than a cross-sectional area of the aperture in the second leg; an adhesive within each aperture and in contact with the horizontal support, the two legs and the horizontal support are all being made of concrete; at least a second foundation; a second set of two legs, one of the second set of two legs being supported by the second foundation; a horizontal strut extending between a first leg of the two legs and a first leg of the second set of two legs.
A device for generating x-rays, comprising: a chamber at least partially evacuated of gases; a magnet; an arm with at least one end within the chamber, at least a portion of the arm within the chamber forming a striker, the arm being associated with the magnet; a strike plate within the chamber and positioned to be struck by the striker, the strike plate being of a material, on at least a portion to be struck by the striker, that charges negative relative to a striking portion of the striker wherein the strike plate is at least part of a polymeric band extending between a pair of pins; and a magnetic field generator outside the chamber, the magnetic field generator being capable of generating a magnetic field to cause the striker to strike the strike plate. a chamber at least partially evacuated of gases; a magnet; an arm with at least one end within the chamber, at least a portion of the arm within the chamber forming a striker, the arm being associated with the magnet; a strike plate within the chamber and positioned to be struck by the striker, the strike plate being of a material, on at least a portion to be struck by the striker, that charges negative relative to a striking portion of the striker wherein the strike plate is at least part of a polymeric band extending between a pair of pins; and a magnetic field generator outside the chamber, the magnetic field generator being capable of generating a magnetic field to cause the striker to strike the strike plate.
A method of performing erasure detection in a communication system, comprising: obtaining received codewords for codewords transmitted via a wireless channel, each transmitted codeword being a block of data, and each received codeword being a noisy version of a transmitted codeword; computing a metric for each of the received codewords, wherein each transmitted codeword is one of a plurality of possible valid codewords, and wherein the metric is based on a function of the received codeword and the plurality of possible codewords and is indicative of the reliability of a received codeword; comparing the computed metric for each received codeword against an erasure threshold; wherein the method further comprises declaring (324, 334) each received codeword to be an erased codeword or a non-erased codeword based on a comparison result for the received codeword, wherein the declaring does not rely on error detection coding; and dynamically adjusting the erasure threshold to achieve a target level of performance for erasure detection, wherein the target level of performance is quantified by a target erasure rate and a target conditional rate, wherein the target conditional rate indicates the probability that a received codeword is incorrectly declared to be a non-erased codeword. obtaining received codewords for codewords transmitted via a wireless channel, each transmitted codeword being a block of data, and each received codeword being a noisy version of a transmitted codeword; computing a metric for each of the received codewords, wherein each transmitted codeword is one of a plurality of possible valid codewords, and wherein the metric is based on a function of the received codeword and the plurality of possible codewords and is indicative of the reliability of a received codeword; comparing the computed metric for each received codeword against an erasure threshold; wherein the method further comprises declaring (324, 334) each received codeword to be an erased codeword or a non-erased codeword based on a comparison result for the received codeword, wherein the declaring does not rely on error detection coding; and dynamically adjusting the erasure threshold to achieve a target level of performance for erasure detection, wherein the target level of performance is quantified by a target erasure rate and a target conditional rate, wherein the target conditional rate indicates the probability that a received codeword is incorrectly declared to be a non-erased codeword.
Plug-on body for a clamping bolt of an adjustable steering column for a motor vehicle, wherein the plug-on body has at least one opening for guiding the clamping bolt through the opening and at least one or two damped slot end abutments for damping an abutment of the clamping bolt against an end of a slot, characterized in that the plug-on body additionally has at least one cam carrier damper for damping a rotary movement between a first cam carrier of the steering column and at least one further cam carrier of the steering column.
Plug-in contact for making electrical contact with a printed circuit board by inserting the plug-in contact into a contact hole in the printed circuit board, having two contact legs (4, 5) which are resilient relative to one another, a terminal region and a connecting region, wherein the connecting region connects the two contact legs (4, 5) to one another and to the terminal region, and wherein the plug-in contact is designed from a metallic flat material, wherein the two contact legs (4, 5) each have a first section (4a, 5a) and a second section (4b, 5b) adjoining the first section in the insertion direction of the plug-in contact, wherein the two contact legs (4, 5) are bent so that the connecting region and the first sections (4a, 5a) of the two contact legs (4, 5) adjoining the connecting region together form a U-shaped contour, and wherein a respective contact-making region (4c, 5c) contacting the contact hole in the inserted state is designed on the outer sides of the second sections (4b, 5b) of the two contact legs (4, 5) facing away from each other, wherein the second sections (4b, 5b) of the two contact legs (4, 5) each have, at least in their contact-making region (4c, 5c), an outer contour which is rounded in cross section, wherein the two contact legs (4, 5) are arranged mirror-symmetrically with respect to one another and are spaced apart from one another over their entire longitudinal extent, wherein the spacing of the contact legs (4, 5) is smallest in the region of their free ends (4d, 5d) and largest in the region of their first sections (4a, 5a), characterized in that the two contact legs (4, 5) are bent out of the plane of the connecting region, and that the contact-making regions (4c, 5c) of the two contact legs (4, 5) are designed to be spherical. wherein the two contact legs (4, 5) each have a first section (4a, 5a) and a second section (4b, 5b) adjoining the first section in the insertion direction of the plug-in contact, wherein the two contact legs (4, 5) are bent so that the connecting region and the first sections (4a, 5a) of the two contact legs (4, 5) adjoining the connecting region together form a U-shaped contour, and wherein a respective contact-making region (4c, 5c) contacting the contact hole in the inserted state is designed on the outer sides of the second sections (4b, 5b) of the two contact legs (4, 5) facing away from each other, wherein the second sections (4b, 5b) of the two contact legs (4, 5) each have, at least in their contact-making region (4c, 5c), an outer contour which is rounded in cross section, wherein the two contact legs (4, 5) are arranged mirror-symmetrically with respect to one another and are spaced apart from one another over their entire longitudinal extent, wherein the spacing of the contact legs (4, 5) is smallest in the region of their free ends (4d, 5d) and largest in the region of their first sections (4a, 5a), characterized in that the two contact legs (4, 5) are bent out of the plane of the connecting region, and that the contact-making regions (4c, 5c) of the two contact legs (4, 5) are designed to be spherical.