mhurhangee/ep-ind-claims huggingface dataset:
Container handling device for handling a container, preferably for closing a container filled with a filling product and/or for filling a container with a filling product in a beverage filling plant, wherein the container handling device comprises: a transport carousel for transporting containers on a pitch circle and a handling unit for handling the containers transported by the transport carousel; and a device for feeding a container, comprising a base transport device for a linear transport of the container at its container base in a transport direction and a lateral guide for tangentially feeding the container transported by the base transport device at a transfer point to the pitch circle of the container handling device; characterised in that the base transport device, as viewed in transport direction, has a transfer section upstream of the transfer point of the lateral guide extending up to the transfer point, in which transfer section the base transport device extends essentially parallel to the pitch circle. a transport carousel for transporting containers on a pitch circle and a handling unit for handling the containers transported by the transport carousel; and a device for feeding a container, comprising a base transport device for a linear transport of the container at its container base in a transport direction and a lateral guide for tangentially feeding the container transported by the base transport device at a transfer point to the pitch circle of the container handling device;
A manufacturing method for a radiation detector, comprising: a process of coating an adhesion layer onto a reinforcement substrate having a size according to the size of a radiation detector; a process of forming a substrate by providing a flexible base member to a support body with a separation layer interposed between the base member and the support body, and providing a plurality of pixels in a pixel region of the base member, the plurality of pixels accumulates charges generated in response to light converted from radiation; a process of forming a conversion layer that converts the radiation into light at a surface to which the pixel region of the base member is provided; a process of affixing the reinforcement substrate at a surface of the conversion layer opposite to a surface that faces a surface of the substrate side using the adhesion layer on the reinforcement substrate, the reinforcement substrate containing a material having a yield point and having a higher rigidity than the base member; and a process of separating the substrate provided with the conversion layer and the reinforcement substrate from the support body. a process of coating an adhesion layer onto a reinforcement substrate having a size according to the size of a radiation detector; a process of forming a substrate by providing a flexible base member to a support body with a separation layer interposed between the base member and the support body, and providing a plurality of pixels in a pixel region of the base member, the plurality of pixels accumulates charges generated in response to light converted from radiation; a process of forming a conversion layer that converts the radiation into light at a surface to which the pixel region of the base member is provided; a process of affixing the reinforcement substrate at a surface of the conversion layer opposite to a surface that faces a surface of the substrate side using the adhesion layer on the reinforcement substrate, the reinforcement substrate containing a material having a yield point and having a higher rigidity than the base member; and a process of separating the substrate provided with the conversion layer and the reinforcement substrate from the support body.
A torque output tool, comprising: a housing; an electric motor disposed in the housing; an output shaft capable of being connected to a working accessory and driving the working accessory to rotate; and a transmission assembly comprising: a drive wheel drivable by the electric motor to drive the output shaft to rotate about a first axis; a shaft lock ring disposed around the output shaft; and a plurality of locking posts disposed in the shaft lock ring and around the output shaft; characterised in that the torque output tool further comprises: a spacer disposed between the drive wheel and the shaft lock ring and used for separating the plurality of locking posts from at least part of the drive wheel. a housing; an electric motor disposed in the housing; an output shaft capable of being connected to a working accessory and driving the working accessory to rotate; and a transmission assembly comprising: a drive wheel drivable by the electric motor to drive the output shaft to rotate about a first axis; a shaft lock ring disposed around the output shaft; and a plurality of locking posts disposed in the shaft lock ring and around the output shaft; characterised in that the torque output tool further comprises: a spacer disposed between the drive wheel and the shaft lock ring and used for separating the plurality of locking posts from at least part of the drive wheel. a drive wheel drivable by the electric motor to drive the output shaft to rotate about a first axis; a shaft lock ring disposed around the output shaft; and a plurality of locking posts disposed in the shaft lock ring and around the output shaft; characterised in that the torque output tool further comprises: a spacer disposed between the drive wheel and the shaft lock ring and used for separating the plurality of locking posts from at least part of the drive wheel.
Process for storing solar energy, comprising a step of processing, in a solar receiver, at least one suspension of solid particles fluidized by a gas, each suspension flowing between an inlet and an outlet of the receiver, the volume of the particles being between 40 and 55% of the volume of the suspension, the average size of the particles being between 20 and 150 μm.
A decorative sheet comprising: an image layer and an image running prevention region in order on a resin sheet, wherein: the image layer is a cured image of an ink composition containing (a) a polymerizable compound, (b) a polymerization initiator, and (c) a coloring agent, the image running prevention region is a cured layer of a composition for running prevention containing (a) a polymerizable compound, and (b) a polymerization initiator, and the image running prevention region is superior in heat resistance to the image layer, characterised in that the composition for running prevention has a greater mass ratio of a multi-functional polymerizable compound in a total mass of the polymerizable compound than that of the ink composition. an image layer and an image running prevention region in order on a resin sheet, wherein: the image layer is a cured image of an ink composition containing (a) a polymerizable compound, (b) a polymerization initiator, and (c) a coloring agent, the image running prevention region is a cured layer of a composition for running prevention containing (a) a polymerizable compound, and (b) a polymerization initiator, and the image running prevention region is superior in heat resistance to the image layer, characterised in that the composition for running prevention has a greater mass ratio of a multi-functional polymerizable compound in a total mass of the polymerizable compound than that of the ink composition. the image layer is a cured image of an ink composition containing (a) a polymerizable compound, (b) a polymerization initiator, and (c) a coloring agent, the image running prevention region is a cured layer of a composition for running prevention containing (a) a polymerizable compound, and (b) a polymerization initiator, and the image running prevention region is superior in heat resistance to the image layer, characterised in that the composition for running prevention has a greater mass ratio of a multi-functional polymerizable compound in a total mass of the polymerizable compound than that of the ink composition.
Multi-turn rotary encoder having - a material measure with at least one graduation track (20, 30) which is used to code the angular position of a shaft in absolute terms, - a first scanning device which can be used to scan the at least one graduation track (20, 30) in order to generate first position signals, - a first single-turn evaluation unit for forming a first single-turn code word from the first position signals, - a first multi-turn evaluation unit for forming a first multi-turn code word from the first position signals, - a second scanning device which can be used to scan the at least one graduation track (20, 30) in order to generate second position signals, - a second single-turn evaluation unit for forming a second single-turn code word from the second position signals, - a second multi-turn evaluation unit for forming a second multi-turn code word from the second position signals, - a battery which can be used to supply at least the components needed to form the multi-turn code words (MC1, MC2) with energy if a main power supply fails, characterized in that - the multi-turn rotary encoder comprises a first battery monitoring unit, with which the function of the battery can be monitored and can be indicated by means of at least one battery state signal (BAT1, BAT2), and the first battery monitoring unit comprises a continuity monitoring unit, with which the continuity of the battery voltage (V BAT) of the battery can be monitored and can be indicated by means of a second battery state signal. - a material measure with at least one graduation track (20, 30) which is used to code the angular position of a shaft in absolute terms, - a first scanning device which can be used to scan the at least one graduation track (20, 30) in order to generate first position signals, - a first single-turn evaluation unit for forming a first single-turn code word from the first position signals, - a first multi-turn evaluation unit for forming a first multi-turn code word from the first position signals, - a second scanning device which can be used to scan the at least one graduation track (20, 30) in order to generate second position signals, - a second single-turn evaluation unit for forming a second single-turn code word from the second position signals, - a second multi-turn evaluation unit for forming a second multi-turn code word from the second position signals, - a battery which can be used to supply at least the components needed to form the multi-turn code words (MC1, MC2) with energy if a main power supply fails, - the multi-turn rotary encoder comprises a first battery monitoring unit, with which the function of the battery can be monitored and can be indicated by means of at least one battery state signal (BAT1, BAT2), and the first battery monitoring unit comprises a continuity monitoring unit, with which the continuity of the battery voltage (V BAT) of the battery can be monitored and can be indicated by means of a second battery state signal.
A method of processing an atomic transaction in a non-volatile storage device, comprising: receiving a set of commands at the non-volatile storage device, wherein the set of commands comprises a plurality of write commands, and each write command is associated with a corresponding logical block address and comprises data; processing each of the plurality of write commands, comprising: writing the data from each write command to a physical block of a non-volatile memory within the non-volatile storage device; and conditionally associating the data received from each write command with its corresponding logical block address; CHARACTERISED BY: receiving an end of set command indicating an end of the set of commands; and in response to receiving the end of set command, and without moving the data within the non-volatile storage device, for each logical block address that is associated with a write command in the set of commands, unconditionally associating with the logical block address the data of the last command of the set of commands conditionally associated with the logical block address. receiving a set of commands at the non-volatile storage device, wherein the set of commands comprises a plurality of write commands, and each write command is associated with a corresponding logical block address and comprises data; processing each of the plurality of write commands, comprising: writing the data from each write command to a physical block of a non-volatile memory within the non-volatile storage device; and conditionally associating the data received from each write command with its corresponding logical block address; CHARACTERISED BY: writing the data from each write command to a physical block of a non-volatile memory within the non-volatile storage device; and conditionally associating the data received from each write command with its corresponding logical block address; CHARACTERISED BY: receiving an end of set command indicating an end of the set of commands; and in response to receiving the end of set command, and without moving the data within the non-volatile storage device, for each logical block address that is associated with a write command in the set of commands, unconditionally associating with the logical block address the data of the last command of the set of commands conditionally associated with the logical block address.
A method of detecting a Niemann-Pick disease in a subject comprising: (a) providing a sample obtained from a subject, wherein the sample is a body fluid sample selected from the group consisting of a plasma sample, a serum sample and a blood sample; (b) subjecting the sample to a mass spectroscopy analysis to determine the concentration in the sample of at least one bile acid, wherein the at least one bile acid is selected from the group consisting of 3β,5α,6β-trihydroxycholanic acid and N-(3β,5α,6β-trihydroxy-cholan-24-oyl)glycine; (c) comparing the amount of the at least one bile acid present in the sample to a reference value of the at least one bile acid obtained from a control population consisting of individuals not afflicted with a Niemann-Pick disease; and (d) diagnosing the subject as afflicted with a Niemann-Pick disease if the amount of the at least one bile acid from the subject is statistically significantly greater than that of the reference value. (a) providing a sample obtained from a subject, wherein the sample is a body fluid sample selected from the group consisting of a plasma sample, a serum sample and a blood sample; (b) subjecting the sample to a mass spectroscopy analysis to determine the concentration in the sample of at least one bile acid, wherein the at least one bile acid is selected from the group consisting of 3β,5α,6β-trihydroxycholanic acid and N-(3β,5α,6β-trihydroxy-cholan-24-oyl)glycine; (c) comparing the amount of the at least one bile acid present in the sample to a reference value of the at least one bile acid obtained from a control population consisting of individuals not afflicted with a Niemann-Pick disease; and (d) diagnosing the subject as afflicted with a Niemann-Pick disease if the amount of the at least one bile acid from the subject is statistically significantly greater than that of the reference value.
Modified cellulose nanofibers obtained by neutralizing cationic groups of cationic cellulose nanofibers with an anionic additives, wherein the diameter of the modified cellulose nanofibers on average is 4 nm to 800 nm, the fiber length of the modified cellulose nanofibers on average is 50 nm to 200 μm, the anionic additives are at least one type of anionic styrene resins, anionic (meth)acrylic resins, anionic polyolefin resins, anionic polyester resins, rosins, and alkenyl succinates, the amount of the anionic additives is 1 part by weight to 100 parts by weight, based on 100 parts by weight of cationic cellulose nanofibers, and the degree of anionization of the anionic additives is 20 mgKOH/g or more, calculated based on the following equation: Degree of anionization (mg KOH/g) = Titrated amount of 1/1000 mol/L poly-DADMAC solution (ml) /2 × 56, determined using the measurement method described in the description.
Flexible underwater pipe intended for transporting fluids, notably hydrocarbons, comprising at least one layer comprising a polymeric resin comprising at least one polyhedral oligomeric silsesquioxane chemically bound to the polymer.
Apparatus for treating containers, with a moveable carrier which preferably is a carrier which can be rotated about a predefined axis of rotation on which a plurality of treatment stations is arranged for treating the containers, wherein each of these treatment stations comprises at least one element (42, 44, 46) which is moveable in relation to the carrier, and wherein this moveable element (42, 44, 46) is coupled for at least part of the time to a stationarily arranged guide curve (12, 14) by means of a coupling device such that a relative movement between the treatment station and the guide curve a movement of the moveable element (42, 44, 46) is provoked, characterised in that the coupling device comprises at least one guide roller which rolls for at least part of the time with respect to the guide curve, wherein this guide roller and/or the guide curve is produced at least partly from an imidised plastics material.
An elevator car comprising one or more side walls (4a, 4b) defining an interior space for accommodating passengers and/or cargo, the elevator car comprising: a support frame positioned above the interior space; a working platform suspendably connected to the support frame and moveable between a stowed position, above the interior space, and an operational position, suspended within the interior space; wherein the working platform comprises at least one stabilizing member and the at least one stabilizing member comprises a first engagement portion; characterised in that at least one side wall of the one or more side walls (4a, 4b) comprises a second engagement portion, wherein the second engagement portion is a physically distinct engagement portion positioned on the at least one side wall; and wherein, when the working platform is in the operational position suspended within the interior space, the first engagement portion is configured to engage with the second engagement portion so as to stabilize the working platform in the operational position. a support frame positioned above the interior space; a working platform suspendably connected to the support frame and moveable between a stowed position, above the interior space, and an operational position, suspended within the interior space; wherein the working platform comprises at least one stabilizing member and the at least one stabilizing member comprises a first engagement portion; characterised in that at least one side wall of the one or more side walls (4a, 4b) comprises a second engagement portion, wherein the second engagement portion is a physically distinct engagement portion positioned on the at least one side wall; and wherein, when the working platform is in the operational position suspended within the interior space, the first engagement portion is configured to engage with the second engagement portion so as to stabilize the working platform in the operational position.
An optical transmitter, comprising: a directly modulated laser, DML, configured to generate a modulated optical signal in response to a modulation signal, the modulated optical signal comprising a first frequency corresponding to a logical one value in the modulation signal and a second frequency corresponding to a logical zero value in the modulation signal, with the modulated optical signal having a modulation symbol rate of "R"; a controller configured to control the DML to establish a target frequency gap between the first frequency and the second frequency; and an optical band pass filter, OBPF, coupled to the DML to receive the modulated optical signal and output a filtered optical signal, wherein the controller is characterized in that it is further configured to tune the OBPF to maximize power of the filtered optical signal output from the OBPF to lock the DML with the OBPF, or wherein the controller is further configured to adjust a peak transmission frequency of the OBPF to maximize power of the filtered optical signal output from the OBPF to lock the DML with the OBPF. a directly modulated laser, DML, configured to generate a modulated optical signal in response to a modulation signal, the modulated optical signal comprising a first frequency corresponding to a logical one value in the modulation signal and a second frequency corresponding to a logical zero value in the modulation signal, with the modulated optical signal having a modulation symbol rate of "R"; a controller configured to control the DML to establish a target frequency gap between the first frequency and the second frequency; and an optical band pass filter, OBPF, coupled to the DML to receive the modulated optical signal and output a filtered optical signal, wherein the controller is characterized in that it is further configured to tune the OBPF to maximize power of the filtered optical signal output from the OBPF to lock the DML with the OBPF, or wherein the controller is further configured to adjust a peak transmission frequency of the OBPF to maximize power of the filtered optical signal output from the OBPF to lock the DML with the OBPF.
A media alignment device comprising: a media drive turret including a drive member (60,62); and a controller operable to: (i) receive information about a lateral position of a media item as the media item is transported longitudinally along the transport path, (ii) rotate the media drive turret to an angular position required to drive the media item to an aligned position, and (iii) activate the drive member (60,62) to move the media item in a direction transverse to the transport path; the media alignment device characterised by a deskew mechanism comprising a pair of media item drives, each media item drive being controlled by a separate motor; wherein the deskew mechanism is downstream of the transport path relative to the media drive turret. a media drive turret including a drive member (60,62); and a controller operable to: (i) receive information about a lateral position of a media item as the media item is transported longitudinally along the transport path, (ii) rotate the media drive turret to an angular position required to drive the media item to an aligned position, and (iii) activate the drive member (60,62) to move the media item in a direction transverse to the transport path; the media alignment device characterised by a deskew mechanism comprising a pair of media item drives, each media item drive being controlled by a separate motor; wherein the deskew mechanism is downstream of the transport path relative to the media drive turret. (i) receive information about a lateral position of a media item as the media item is transported longitudinally along the transport path, (ii) rotate the media drive turret to an angular position required to drive the media item to an aligned position, and (iii) activate the drive member (60,62) to move the media item in a direction transverse to the transport path; the media alignment device characterised by a deskew mechanism comprising a pair of media item drives, each media item drive being controlled by a separate motor; wherein the deskew mechanism is downstream of the transport path relative to the media drive turret.