mhurhangee/ep-ind-claims huggingface dataset:
A configuration method for sending and receiving data comprising: receiving a second configuration signal sent by a network device, wherein, the second configuration signal is for instructing a terminal device (1, 2) to simultaneously detect the following four types of DCI information: a first DCI information which contains a Code Block Group indicator and a Code Block Group decoding manner; a second DCI information which contains a Code Block Group indicator and does not contain a Code Block Group decoding manner; a third DCI information which contains a Code Block Group decoding manner and does not contain a Code Block Group indicator; a fourth DCI information which does not contain a Code Block Group indicator or a Code Block Group decoding manner; wherein the Code Block Group indicator is for indicating which Code Block Groups are contained in the Transport Block corresponding to the DCI information, and the Code Block Group decoding manner is for indicating a decoding manner for the respective Code Block Groups in the Transport Block corresponding to the DCI information; receiving a first configuration signal sent by the network device, wherein, the first configuration signal is for indicating whether a first Transport Block to be sent by the network device is a retransmitted Transport Block, and the first configuration signal contains DCI information of the first Transport Block; receiving the first Transport Block sent by the network device, wherein, the first Transport Block comprises at least one Code Block Group; decoding the Code Block Group in the first Transport Block according to the DCI information of the first Transport Block. a first DCI information which contains a Code Block Group indicator and a Code Block Group decoding manner; a second DCI information which contains a Code Block Group indicator and does not contain a Code Block Group decoding manner; a third DCI information which contains a Code Block Group decoding manner and does not contain a Code Block Group indicator; a fourth DCI information which does not contain a Code Block Group indicator or a Code Block Group decoding manner; wherein the Code Block Group indicator is for indicating which Code Block Groups are contained in the Transport Block corresponding to the DCI information, and the Code Block Group decoding manner is for indicating a decoding manner for the respective Code Block Groups in the Transport Block corresponding to the DCI information; receiving a first configuration signal sent by the network device, wherein, the first configuration signal is for indicating whether a first Transport Block to be sent by the network device is a retransmitted Transport Block, and the first configuration signal contains DCI information of the first Transport Block; receiving the first Transport Block sent by the network device, wherein, the first Transport Block comprises at least one Code Block Group; decoding the Code Block Group in the first Transport Block according to the DCI information of the first Transport Block.
A shot blaster comprising: a. a housing defining an interior chamber, said housing comprising a mounting plate, said mounting plate comprising an interior surface facing the interior chamber, an exterior surface, and a drive shaft orifice; b. a blast wheel coupled to a drive shaft, said blast wheel positioned within the interior chamber of the housing and said drive shaft extending from the blast wheel through the drive shaft orifice; c. a bearing mounted to the exterior surface of the mounting plate, surrounding a portion of the drive shaft, and closing the drive shaft orifice; d. a first motor coupled to the drive shaft; e. a first direct vent (80, 81) providing airflow between an area exterior to the housing and the interior chamber of the housing to dissipate heat from the interior of the chamber, characterised in that said housing further comprises a liner between said direct vent (80, 81) and said blast wheel to prevent shot from exiting the housing through the direct vent (80, 81). a. a housing defining an interior chamber, said housing comprising a mounting plate, said mounting plate comprising an interior surface facing the interior chamber, an exterior surface, and a drive shaft orifice; b. a blast wheel coupled to a drive shaft, said blast wheel positioned within the interior chamber of the housing and said drive shaft extending from the blast wheel through the drive shaft orifice; c. a bearing mounted to the exterior surface of the mounting plate, surrounding a portion of the drive shaft, and closing the drive shaft orifice; d. a first motor coupled to the drive shaft; e. a first direct vent (80, 81) providing airflow between an area exterior to the housing and the interior chamber of the housing to dissipate heat from the interior of the chamber, characterised in that said housing further comprises a liner between said direct vent (80, 81) and said blast wheel to prevent shot from exiting the housing through the direct vent (80, 81).
A silicone rubber composition comprising: a 100 part by mass base polymer consisting of the following and, with a ratio of the being 20 to 100% by mass to the whole, the base polymer having a viscosity of 5 to 20000 Pas at 25°C and having an alkenyl group content of 0.001 to 0.3 mmol/g, a polyorganosiloxane diol represented by the following formula, whose viscosity at 25°C is 1 to 100 Pas HO[(R 1 2)SiO] n1 [R 1 R 2 SiO] n2 H... where in the formula, each R 1 independently represents a monovalent unsubstituted or substituted hydrocarbon group not containing an alkenyl group, and R 2 represents an alkenyl group, and n1 and n2 each represent the total number of randomly polymerized or block-polymerized repeating units, n1 being an integer of 200 to 1200 and n2 being an integer of 0 to 30, and a polyorganosiloxane represented by the following average composition formula, whose viscosity at 25°C is 0.2 to 40000 Pas R 3 a SiO (4-a)/2... where in the formula, each R 3 independently represents a monovalent unsubstituted or substituted, saturated or unsaturated hydrocarbon group not containing a hydroxy group, and "a" represents a number in a range of 1.98 to 2.02; a 10 to 50 part by mass silica powder whose specific surface area is 50 to 400 m 2 /g; a 1 to 10 part by mass organosilazane; and a catalytic amount of a peroxide compound, or an amount large enough to crosslink the base polymer of an addition crosslinkage agent and a catalytic amount of an additional reaction catalyst, as a curing agent. a 100 part by mass base polymer consisting of the following and, with a ratio of the being 20 to 100% by mass to the whole, the base polymer having a viscosity of 5 to 20000 Pas at 25°C and having an alkenyl group content of 0.001 to 0.3 mmol/g, a polyorganosiloxane diol represented by the following formula, whose viscosity at 25°C is 1 to 100 Pas HO[(R 1 2)SiO] n1 [R 1 R 2 SiO] n2 H... where in the formula, each R 1 independently represents a monovalent unsubstituted or substituted hydrocarbon group not containing an alkenyl group, and R 2 represents an alkenyl group, and n1 and n2 each represent the total number of randomly polymerized or block-polymerized repeating units, n1 being an integer of 200 to 1200 and n2 being an integer of 0 to 30, and a polyorganosiloxane represented by the following average composition formula, whose viscosity at 25°C is 0.2 to 40000 Pas R 3 a SiO (4-a)/2... where in the formula, each R 3 independently represents a monovalent unsubstituted or substituted, saturated or unsaturated hydrocarbon group not containing a hydroxy group, and "a" represents a number in a range of 1.98 to 2.02; a 10 to 50 part by mass silica powder whose specific surface area is 50 to 400 m 2 /g; a 1 to 10 part by mass organosilazane; and a catalytic amount of a peroxide compound, or an amount large enough to crosslink the base polymer of an addition crosslinkage agent and a catalytic amount of an additional reaction catalyst, as a curing agent.
A water-soluble film having stability with harsh chemicals, such as aggressive oxidizing chemicals, the film comprising: a polyvinyl alcohol copolymer A consisting essentially of: (a) from 80 to 99 mole percent of vinyl alcohol and vinyl ester monomer; and (b) from 1 to 20 mole percent of a pyrrolidone comonomer; a polyvinyl alcohol copolymer B comprising: (a) from 94 to 99 mole percent of vinyl alcohol and vinyl ester monomer; and (b) from 1 to 6 mole percent of a comonomer comprising sulfonic acid groups; and at least one water-soluble saccharide having a solubility in water at 25°C of at least 0.1 moles per liter. a polyvinyl alcohol copolymer A consisting essentially of: (a) from 80 to 99 mole percent of vinyl alcohol and vinyl ester monomer; and (b) from 1 to 20 mole percent of a pyrrolidone comonomer; (a) from 80 to 99 mole percent of vinyl alcohol and vinyl ester monomer; and (b) from 1 to 20 mole percent of a pyrrolidone comonomer; a polyvinyl alcohol copolymer B comprising: (a) from 94 to 99 mole percent of vinyl alcohol and vinyl ester monomer; and (b) from 1 to 6 mole percent of a comonomer comprising sulfonic acid groups; and (a) from 94 to 99 mole percent of vinyl alcohol and vinyl ester monomer; and (b) from 1 to 6 mole percent of a comonomer comprising sulfonic acid groups; and at least one water-soluble saccharide having a solubility in water at 25°C of at least 0.1 moles per liter.
Cleaning and disinfecting apparatus for treating at least one container for human excretions, comprising at least one cleaning chamber with at least one fluid device for applying at least one cleaning fluid to the container, wherein the cleaning and disinfecting apparatus is configured to carry out at least one cleaning program, wherein the cleaning and disinfecting apparatus has at least one control, wherein the control comprises at least one data processing device which is configured by program-technical means to control the cleaning program, wherein, in the cleaning program, the container is emptied automatically and the cleaning fluid is applied thereto, wherein, when emptying, the cleaning and disinfecting apparatus is configured to move the container from a transport position, in which a content remains in the container, into at least one emptying position, in which a possible content of the container can flow out of the container, wherein the container is pivoted and/or tilted in such a way that at least one opening of the container points downward in such a way that the content flows out, wherein the cleaning and disinfecting apparatus has at least one outflow with at least one odor trap, wherein the cleaning and disinfecting apparatus is configured to empty the container into the outflow during the cleaning program, wherein the cleaning and disinfecting apparatus furthermore has at least one image detector, wherein the image detector is configured to identify at least one property of the container and wherein the cleaning and disinfecting apparatus is configured to influence the cleaning program in accordance with the identified property, wherein the image detector is arranged outside of the cleaning chamber and configured to identify the property prior to and/or during an insertion of the container into the cleaning chamber, wherein the cleaning and disinfecting apparatus has at least one holder for holding the container, wherein the holder has at least one loading position outside of the cleaning chamber, wherein, in the loading position, the container is introducible into the holder and removable from the holder by a user, wherein the holder furthermore has at least one cleaning position within the cleaning chamber, wherein the container is arranged in the cleaning chamber in the cleaning position and the cleaning fluid is applicable thereto.
A base station for a mobile communication system that supports a dual connectivity, the base station comprising: a controller configured to establish an RRC connection with a user terminal, to perform a mobility control in the dual connectivity and to transmit, to another base station that allocates additional radio resources to the user terminal during the dual connectivity, a release request requesting a release of the additional radio resources when the base station ends the dual connectivity; characterized in that the controller is configured to receive, from the another base station, data that the another base station has not transmitted to the user terminal, after a transmission of the release request. a controller configured to establish an RRC connection with a user terminal, to perform a mobility control in the dual connectivity and to transmit, to another base station that allocates additional radio resources to the user terminal during the dual connectivity, a release request requesting a release of the additional radio resources when the base station ends the dual connectivity; characterized in that the controller is configured to receive, from the another base station, data that the another base station has not transmitted to the user terminal, after a transmission of the release request.
A self-adaptive casting mould manufacturing method for a casting, wherein the method comprises the following steps: a) constructing a three-dimensional solid model of a casting mould according to a drawing of a casting to obtain a casting mould cavity, and then designing a gate and riser system; b) designing sand partitions of the casting mould according to a structure of the casting mould; c) according to solidification simulation results of stress field and temperature field during filling and solidification process of the casting, employing mould sand materials having various varieties and contraction rates and determining dimensions of the sand partitions to be mixed and manufactured to manufacture the sand partitions; d) placing an iron chill, a cooling passage or an air vent passage at different portions of the casting mould; e) assembling the casting mould and post-processing the assembled casting mould; wherein, the method is configured to realize a high-speed cutting. a) constructing a three-dimensional solid model of a casting mould according to a drawing of a casting to obtain a casting mould cavity, and then designing a gate and riser system; b) designing sand partitions of the casting mould according to a structure of the casting mould; c) according to solidification simulation results of stress field and temperature field during filling and solidification process of the casting, employing mould sand materials having various varieties and contraction rates and determining dimensions of the sand partitions to be mixed and manufactured to manufacture the sand partitions; d) placing an iron chill, a cooling passage or an air vent passage at different portions of the casting mould; e) assembling the casting mould and post-processing the assembled casting mould;
A coordinate measuring device comprising: a measuring probe configured to measure three-dimensional coordinates; a measuring arm configured to support the measuring probe, and further configured to output position information for calculating the three-dimensional coordinates; a controller connected to the measuring arm and configured to detect the three-dimensional coordinates based on the position information; and a memory configured to store a predetermined gesture, wherein the controller is further configured to: detect a trajectory of the measuring probe based on the continuously detected three-dimensional coordinates, and recognize the specific gesture corresponding to the trajectory by cross-checking the trajectory with the gesture stored in the memory, wherein: the memory is configured to store a list associating a predetermined gesture and a predetermined command, and the controller is configured to reference the list, and then identify the command associated with the recognized gesture and executes the identified command. a measuring probe configured to measure three-dimensional coordinates; a measuring arm configured to support the measuring probe, and further configured to output position information for calculating the three-dimensional coordinates; a controller connected to the measuring arm and configured to detect the three-dimensional coordinates based on the position information; and a memory configured to store a predetermined gesture, wherein the controller is further configured to: detect a trajectory of the measuring probe based on the continuously detected three-dimensional coordinates, and recognize the specific gesture corresponding to the trajectory by cross-checking the trajectory with the gesture stored in the memory, wherein: the memory is configured to store a list associating a predetermined gesture and a predetermined command, and the controller is configured to reference the list, and then identify the command associated with the recognized gesture and executes the identified command. detect a trajectory of the measuring probe based on the continuously detected three-dimensional coordinates, and recognize the specific gesture corresponding to the trajectory by cross-checking the trajectory with the gesture stored in the memory, wherein: the memory is configured to store a list associating a predetermined gesture and a predetermined command, and the controller is configured to reference the list, and then identify the command associated with the recognized gesture and executes the identified command. the memory is configured to store a list associating a predetermined gesture and a predetermined command, and the controller is configured to reference the list, and then identify the command associated with the recognized gesture and executes the identified command.
An intermittent catheter assembly, comprising: an elongated introducer element having a proximal insertion end and a distal end remote from the proximal insertion end, the elongated introducer element being formed of a flexible material adapted for insertion into a urethra during a catheterization procedure, the elongated introducer element having at least one slit extending longitudinally along at least a portion of the elongated introducer element; a sheath having a first end and a second end being inverted relative to the first end of the sheath to define inner and outer sleeve portions and a space therebetween, the inner sleeve portion defining a flow path for urine; the elongated introducer element being disposed in the space defined between the inner and outer sleeve portions, the inner sleeve portion being extendable through the at least one slit of the elongated introducer element so as to be disposed within the elongated introducer element and cover an inner surface of the elongated introducer element to thereby separate the inner surface of the elongated introducer element from the urine flow path, and the outer sleeve portion extending over an outer surface of the elongated introducer element to thereby separate the outer surface of the elongated introducer element from the urethra. an elongated introducer element having a proximal insertion end and a distal end remote from the proximal insertion end, the elongated introducer element being formed of a flexible material adapted for insertion into a urethra during a catheterization procedure, the elongated introducer element having at least one slit extending longitudinally along at least a portion of the elongated introducer element; a sheath having a first end and a second end being inverted relative to the first end of the sheath to define inner and outer sleeve portions and a space therebetween, the inner sleeve portion defining a flow path for urine; the elongated introducer element being disposed in the space defined between the inner and outer sleeve portions, the inner sleeve portion being extendable through the at least one slit of the elongated introducer element so as to be disposed within the elongated introducer element and cover an inner surface of the elongated introducer element to thereby separate the inner surface of the elongated introducer element from the urine flow path, and the outer sleeve portion extending over an outer surface of the elongated introducer element to thereby separate the outer surface of the elongated introducer element from the urethra.
A measurement device for a wireless network provided in a user device, comprising: a receiving unit, configured to receive measurement configuration information containing a measurement scheme for a target measurement carrier from a separate control terminal on the network side; a measuring unit, configured to measure the target measurement carrier on the measurement configuration information received by the receiving unit; and a transmitting unit, configured to transmit a measurement result to the separate control terminal, wherein, the transmitting unit is configured to transmit a measurement result processed by different communication protocol layers in response to whether the measurement scheme contained in the measurement configuration information being a first measurement scheme or a second measurement scheme; wherein when the measurement scheme is the first measurement scheme, the circuitry skips high layer filtering above a physical layer on the measurement and compares measurement values with a reference value to determine triggering a report of measurement result to the separate control terminal or not, and when the measurement scheme is the second measurement scheme, the circuitry applies high layer filtering above the physical layer on the measurement and compares high layer filtered measurement values with a reference value to determine triggering a report of measurement result to the separate control terminal or not. a receiving unit, configured to receive measurement configuration information containing a measurement scheme for a target measurement carrier from a separate control terminal on the network side; a measuring unit, configured to measure the target measurement carrier on the measurement configuration information received by the receiving unit; and a transmitting unit, configured to transmit a measurement result to the separate control terminal, wherein, the transmitting unit is configured to transmit a measurement result processed by different communication protocol layers in response to whether the measurement scheme contained in the measurement configuration information being a first measurement scheme or a second measurement scheme; wherein when the measurement scheme is the first measurement scheme, the circuitry skips high layer filtering above a physical layer on the measurement and compares measurement values with a reference value to determine triggering a report of measurement result to the separate control terminal or not, and when the measurement scheme is the second measurement scheme, the circuitry applies high layer filtering above the physical layer on the measurement and compares high layer filtered measurement values with a reference value to determine triggering a report of measurement result to the separate control terminal or not.
A cell culture medium composition comprising a protected labile molecule, wherein the protected labile molecule is prevented from adverse reactions with a cell culture component in the cell culture composition, wherein the protected labile molecule is protected by sequestration, wherein the protected labile molecule demonstrates enhanced stability in the cell culture composition, and wherein the protected labile molecule is ethanolamine.