mhurhangee/patent-ind-claim-en huggingface dataset:
A method of receiving a signal by a user equipment, UE, in a wireless communication system, the method comprising: receiving, through higher layer signaling, information for enabling frequency hopping; receiving (S1806), through a physical downlink control channel, PDCCH, downlink control information, DCI, scheduling two transport blocks, TBs, from a base station, BS; obtaining information from the DCI based on a repetition number configured for the two TBs; and receiving (S1808), through a physical downlink shared channel, PDSCH, the two TBs, wherein obtaining information from the DCI comprises: processing, based on the repetition number, 2-bit information in the DCI, i) in a case of the repetition number being 1, each bit of the 2-bit information is only related to a redundancy version, RV, and frequency hopping information is not included in the DCI; characterized in that ii) in a case of the repetition number being larger than 1, a first bit of the 2-bit information is only related to a RV and a second bit of the 2-bit information is only related to the frequency hopping for the two TBs scheduled by the DCI. receiving, through higher layer signaling, information for enabling frequency hopping; receiving (S1806), through a physical downlink control channel, PDCCH, downlink control information, DCI, scheduling two transport blocks, TBs, from a base station, BS; obtaining information from the DCI based on a repetition number configured for the two TBs; and receiving (S1808), through a physical downlink shared channel, PDSCH, the two TBs, wherein obtaining information from the DCI comprises: processing, based on the repetition number, 2-bit information in the DCI, i) in a case of the repetition number being 1, each bit of the 2-bit information is only related to a redundancy version, RV, and frequency hopping information is not included in the DCI; characterized in that ii) in a case of the repetition number being larger than 1, a first bit of the 2-bit information is only related to a RV and a second bit of the 2-bit information is only related to the frequency hopping for the two TBs scheduled by the DCI. i) in a case of the repetition number being 1, each bit of the 2-bit information is only related to a redundancy version, RV, and frequency hopping information is not included in the DCI; characterized in that ii) in a case of the repetition number being larger than 1, a first bit of the 2-bit information is only related to a RV and a second bit of the 2-bit information is only related to the frequency hopping for the two TBs scheduled by the DCI.
A bearing housing comprising a hollow shell with opposite ends having coaxial openings for at least one bearing element at each end thereof, wherein the shell between the openings has, when assembled in position for use, a bottom with a bottom surface , the bottom having an oil outlet and the bottom surface having an oil outlet opening , wherein a cavity for impurities is arranged below the bottom surface of the shell , the cavity being arranged in flow communication with the oil outlet and the oil outlet opening , characterized in that the bearing housing comprises a first valve arranged between the cavity for impurities and the outlet in the bottom of the shell , and that the cavity is closed by a plug or a removable bottom.
Composition consisting of a mixture which comprises at least one isostearamide, at least one glycerol ester and water, characterized in that the glycerol ester has, as acid component, those carboxylic acids which have 8 to 12 carbon atoms and in that the fraction of isostearamide in the mixture is from 50 to 95% by weight, based on the total weight of the mixture.
Infusion device drive unit , the infusion device drive unit including: - a pump drive, the pump drive being configured to operatively mechanically couple to a dosing unit , the dosing unit comprising a dosing cylinder and a piston , the piston being arranged sealingly and slidingly inside the dosing cylinder , to control operation of the dosing unit ; wherein the pump drive includes a plunger rod , the plunger rod being guided displaceably along a displacement axis (X), the plunger rod being designed to operatively mechanically couple with the piston ; - a blocking device , the blocking device including at least one blocking member , the at least one blocking member being movable between a blocking configuration and an enabling configuration, the at least one blocking member enabling the establishing and/or the releasing of an operative mechanical coupling between the pump drive and the dosing unit in the enabling configuration and preventing the establishing and/or the releasing of an operative mechanical coupling between the pump drive and the dosing unit in the blocking configuration by way of mechanical interaction between one or more structural elements of the blocking member with the dosing cylinder ; wherein the infusion device drive unit is designed to control the at least one blocking member to take on the enabling configuration if the pump drive is in at least one pre-determined configuration and to take on the blocking configuration if the pump drive is in a configuration different from a pre-determined configuration, wherein the at least one pre-determined configuration is a configuration where the plunger rod is in a pre-determined position along its displacement axis (X). - a pump drive, the pump drive being configured to operatively mechanically couple to a dosing unit , the dosing unit comprising a dosing cylinder and a piston , the piston being arranged sealingly and slidingly inside the dosing cylinder , to control operation of the dosing unit ; wherein the pump drive includes a plunger rod , the plunger rod being guided displaceably along a displacement axis (X), the plunger rod being designed to operatively mechanically couple with the piston ; - a blocking device , the blocking device including at least one blocking member , the at least one blocking member being movable between a blocking configuration and an enabling configuration, the at least one blocking member enabling the establishing and/or the releasing of an operative mechanical coupling between the pump drive and the dosing unit in the enabling configuration and preventing the establishing and/or the releasing of an operative mechanical coupling between the pump drive and the dosing unit in the blocking configuration by way of mechanical interaction between one or more structural elements of the blocking member with the dosing cylinder ;
A method performed by a wireless device associated with a wireless communications network, the method comprising: receiving , from a radio base station, RBS, of the wireless communications network system information, SI, or a Radio Resource Control, RRC, message, wherein the SI or RRC message is indicative of support of at least one time-sensitive networking, TSN, feature through the RBS; further receiving a first timing signal from the wireless communications network, wherein the first timing signal comprises a time reference for a system clock internal to the wireless communications network; further receiving a second timing signal from an external TSN data network to which the wireless device is connected, wherein the second timing signal comprises a working clock time reference; and establishing , depending on the received SI or RRC message, at least one TSN stream with the external TSN data network, through the RBS. receiving , from a radio base station, RBS, of the wireless communications network system information, SI, or a Radio Resource Control, RRC, message, wherein the SI or RRC message is indicative of support of at least one time-sensitive networking, TSN, feature through the RBS; further receiving a first timing signal from the wireless communications network, wherein the first timing signal comprises a time reference for a system clock internal to the wireless communications network; further receiving a second timing signal from an external TSN data network to which the wireless device is connected, wherein the second timing signal comprises a working clock time reference; and establishing , depending on the received SI or RRC message, at least one TSN stream with the external TSN data network, through the RBS.
An information processing apparatus , comprising: a data processor configured to input MPEG media transport, MMT, format data , and to generate recording data according to a BDAV format or an SPAV format that is a data recording format with respect to an information recording medium , wherein the data processor , is configured to generate a stream file in which the MMT format data is stored as reproduction data, and a reproduction control information file in which reproduction control information of the stream file is stored, to store copy control information of a block unit configuring the stream file in an additional header , to perform block encryption (S22) of the block unit by an encryption key that is generated by using configuration data of the additional header as a seed, and generates the stream file including the additional header and encryption block data as a constituent, to generate random access reproduction control information as the configuration data of the reproduction control information file, and to record position identification information capable of determining a position of the reproduction data that is random access reproduction start data in the stream file , and a position of the seed that is applied to decoding of the reproduction data, in the random access reproduction control information. a data processor configured to input MPEG media transport, MMT, format data , and to generate recording data according to a BDAV format or an SPAV format that is a data recording format with respect to an information recording medium , wherein the data processor , is configured to generate a stream file in which the MMT format data is stored as reproduction data, and a reproduction control information file in which reproduction control information of the stream file is stored, to store copy control information of a block unit configuring the stream file in an additional header , to perform block encryption (S22) of the block unit by an encryption key that is generated by using configuration data of the additional header as a seed, and generates the stream file including the additional header and encryption block data as a constituent, to generate random access reproduction control information as the configuration data of the reproduction control information file, and to record position identification information capable of determining a position of the reproduction data that is random access reproduction start data in the stream file , and a position of the seed that is applied to decoding of the reproduction data, in the random access reproduction control information.
A wave energy converter of point absorber type comprising a floating platform , said floating platform comprising a hollow body , wherein the floating platform has an underside facing the water in use, an upper side facing the opposite direction and a first long-side forming a front and a second long-side forming a back , and two short sides , wherein the platform comprises at least one aligning means , the aligning means being configured to align the front of the floating platform with a wave front, i.e. perpendicular to the direction of a wave , wherein the front of the floating platform is at least 30 m long and the length of the front is at least two times the length of the short side , wherein the height of the floating platform is at least 1 m, and wherein the floating platform is configured to be anchored to the sea bottom with at least one anchoring means between the sea bottom and the floating platform , wherein the floating platform further comprises energy converting machinery positioned in or partially hanging underneath the floating platform , and at least one power extraction connection (25b; 25b′, 25b", 25b′′′) arranged to connect the energy converting machinery to a mooring at the sea bottom, such that vertical wave forces can be converted into electricity by the energy converting machinery . comprising a hollow body , wherein the floating platform has an underside facing the water in use, an upper side facing the opposite direction and a first long-side forming a front and a second long-side forming a back , and two short sides , wherein the platform comprises at least one aligning means , the aligning means being configured to align the front of the floating platform with a wave front, i.e. perpendicular to the direction of a wave , wherein the front of the floating platform is at least 30 m long and the length of the front is at least two times the length of the short side , wherein the height of the floating platform is at least 1 m, and wherein the floating platform is configured to be anchored to the sea bottom with at least one anchoring means between the sea bottom and the floating platform , wherein the floating platform further comprises energy converting machinery positioned in or partially hanging underneath the floating platform , and at least one power extraction connection (25b; 25b′, 25b", 25b′′′) arranged to connect the energy converting machinery to a mooring at the sea bottom, such that vertical wave forces can be converted into electricity by the energy converting machinery .
Electronic switch , having - a semiconductor switch that can be switched off, - a series circuit, which is arranged parallel to the semiconductor switch that can be switched off and comprises a first resistor , a capacitor and a second resistor , which are arranged in the order resistor-capacitor-resistor, wherein the first and second resistor (4a, b) are jointly constructed as a bifilar resistor , wherein the first and second resistors (4a, b) each have a meandering portion , wherein the meandering portions are arranged relative to each other such that these meanders in turn form a bifilar arrangement. - a semiconductor switch that can be switched off, - a series circuit, which is arranged parallel to the semiconductor switch that can be switched off and comprises a first resistor , a capacitor and a second resistor , which are arranged in the order resistor-capacitor-resistor, wherein the first and second resistor (4a, b) are jointly constructed as a bifilar resistor , wherein the first and second resistors (4a, b) each have a meandering portion , wherein the meandering portions are arranged relative to each other such that these meanders in turn form a bifilar arrangement.
A method comprising: directing light toward a first end of a ceramic honeycomb body , wherein the ceramic honeycomb body comprises the first end , a second end opposite the first end, and a side surface extending from the first end to the second end; blocking a portion of the directed light by a portion of the ceramic honeycomb body ; capturing an image of the ceramic honeycomb body through a lens , wherein the lens is configured to receive at least a portion of the light directed to the first end of the ceramic honeycomb body , wherein the image has a first portion composed of the second end face and a second portion composed of a portion of the side surface ; aligning the ceramic honeycomb body and an optical axis of the lens to each other, wherein the aligning comprises analyzing at least a portion of the captured image, the analyzing comprises detecting the second portion in the image; and adjusting at least one of the ceramic honeycomb body or the lens by minimizing the second portion in the image indicating alignment between the ceramic honeycomb body and the optical axis of the lens . directing light toward a first end of a ceramic honeycomb body , wherein the ceramic honeycomb body comprises the first end , a second end opposite the first end, and a side surface extending from the first end to the second end; blocking a portion of the directed light by a portion of the ceramic honeycomb body ; capturing an image of the ceramic honeycomb body through a lens , wherein the lens is configured to receive at least a portion of the light directed to the first end of the ceramic honeycomb body , wherein the image has a first portion composed of the second end face and a second portion composed of a portion of the side surface ; aligning the ceramic honeycomb body and an optical axis of the lens to each other, wherein the aligning comprises analyzing at least a portion of the captured image, the analyzing comprises detecting the second portion in the image; and adjusting at least one of the ceramic honeycomb body or the lens by minimizing the second portion in the image indicating alignment between the ceramic honeycomb body and the optical axis of the lens . analyzing at least a portion of the captured image, the analyzing comprises detecting the second portion in the image; and adjusting at least one of the ceramic honeycomb body or the lens by minimizing the second portion in the image indicating alignment between the ceramic honeycomb body and the optical axis of the lens .
Device for administering a liquid medicinal formulation which is located in a container inserted in the device, wherein the container inside the device is pushed onto a rigid tube and this tube is connected to the holder for the container in the device, and wherein the container has an insertion point, which is located on the container on a container cap belonging to the latter and at which a first seal in the form of a fitting seal is provided between the container and a portion of the rigid tube, wherein the first seal is formed between the container cap and the rigid tube and the insertion point on the container is configured as an insertion funnel , wherein this insertion funnel has a conical opening region, characterised in that between the holder and the container is a second seal which seals off a space between the first seal, the container and the tube to prevent the escape of liquids and gases and/or to prevent the ingress of gases, wherein the second seal is formed by an additional component or by a sealing layer and this component or this sealing layer is located between the holder and the container cap , and in that the second seal seals in the conical wall region of the insertion funnel .
A method for producing a thermoplastic fluororesin tube, the thermoplastic fluororesin tube having tearability in a longitudinal direction, wherein a thermal expansion coefficient in the longitudinal direction upon heating in a gaseous phase at a temperature of 100°C for 5 minutes is 0% or more, and wherein a tear strength of the thermoplastic fluororesin tube as determined by the measurement method described in the description is 12 N/mm or less, the method comprising the steps of: subjecting a thermoplastic fluororesin to melt extrusion molding to obtain a raw tube of the thermoplastic fluororesin tube; and expanding an inner diameter of the raw tube while heating the raw tube to a temperature of 110 to 135°C. the thermoplastic fluororesin tube having tearability in a longitudinal direction, wherein a thermal expansion coefficient in the longitudinal direction upon heating in a gaseous phase at a temperature of 100°C for 5 minutes is 0% or more, and wherein a tear strength of the thermoplastic fluororesin tube as determined by the measurement method described in the description is 12 N/mm or less, the method comprising the steps of: subjecting a thermoplastic fluororesin to melt extrusion molding to obtain a raw tube of the thermoplastic fluororesin tube; and expanding an inner diameter of the raw tube while heating the raw tube to a temperature of 110 to 135°C. subjecting a thermoplastic fluororesin to melt extrusion molding to obtain a raw tube of the thermoplastic fluororesin tube; and expanding an inner diameter of the raw tube while heating the raw tube to a temperature of 110 to 135°C.
A method of co-functionalizing single-walled carbon nanotube interconnects for gas sensors comprising; fabricating single-walled carbon nanotube interconnects; synthesizing discrete tin oxide nanocrystallites onto a surface of the single-walled carbon nanotube interconnects; and synthesizing metal nanoparticles onto the discrete tin oxide nanocrystallites and the surface of the single-walled carbon nanotube interconnects.
Sleeve blank which contains as composite components at least: - a first polymer layer facing a first outer side ; - a support layer following on the outer polymer layer in the direction of a second outer side ; and - a barrier layer following on the support layer in the direction of the second outer side ; - wherein the layers, or at least a part of the layers, are deformed in certain regions through at least one first and one second crease line (RL1, RL2, RL3, RL4, RL5), in each case possessing a starting point (L1A) and an end point (LIE), - wherein each crease line (RL1, RL2, RL3, RL4, RL5) runs along an imaginary line (L1, L2, L3, L4, L5) associated therewith which, in terms of its respective location and its course on the sleeve blank , corresponds to the respective crease line (RL1, RL2, RL3, RL4, RL5), and projects beyond its beginning and/or its end through imaginary continuation of said course, and - wherein the crease lines separate regions forming sleeve, gable , and base surfaces from one another, characterised in that the sleeve blank comprises at least one intersection point (SP) of imaginary lines (L1, L2, L3, L4, L5) and is at least in the region forming the sleeve surfaces and in the gable surfaces and in the region forming the base surfaces or completely free of an intersection point (SP) of the crease lines (RL1, RL2, RL3, RL4, RL5) and in that the sleeve blank comprises, as composite components, an adhesive layer following on the barrier layer in the direction of the second outer side and a second polymer layer following on the adhesive layer , which is facing a second outer side . - a first polymer layer facing a first outer side ; - a support layer following on the outer polymer layer in the direction of a second outer side ; and - a barrier layer following on the support layer in the direction of the second outer side ; - wherein the layers, or at least a part of the layers, are deformed in certain regions through at least one first and one second crease line (RL1, RL2, RL3, RL4, RL5), in each case possessing a starting point (L1A) and an end point (LIE), - wherein each crease line (RL1, RL2, RL3, RL4, RL5) runs along an imaginary line (L1, L2, L3, L4, L5) associated therewith which, in terms of its respective location and its course on the sleeve blank , corresponds to the respective crease line (RL1, RL2, RL3, RL4, RL5), and projects beyond its beginning and/or its end through imaginary continuation of said course, and - wherein the crease lines separate regions forming sleeve, gable , and base surfaces from one another,