mhurhangee/ep-ind-claims huggingface dataset:
Sample support (P, P2) having - an absorbent membrane layer which is based on a nonwoven polyolefin and which has at least one take-up region with dried blood constituents, - and also moreover a film layer based on a plastic, where the film layer has received antistatic pretreatment, wherein the membrane layer and the film layer are connected to one another mechanically in a subregion of the sample support, wherein furthermore the membrane layer and the film layer are not connected to one another mechanically in the take-up region and wherein, when the sample support (P, P2) is placed onto a uniformly horizontal surface the membrane layer covers the film layer at least in the take-up region. - an absorbent membrane layer which is based on a nonwoven polyolefin and which has at least one take-up region with dried blood constituents, - and also moreover a film layer based on a plastic, where the film layer has received antistatic pretreatment,
Scaffold structure, at least comprising (i) vertically extending scaffold poles which are arranged in pairs, wherein scaffold poles of a same pair are arranged at opposite sides of the scaffold structure, (ii) scaffold tubes extending horizontally between the opposite sides of the scaffold structure and arranged in groups, wherein the scaffold tubes of a same group are positioned at a same level and scaffold tubes of different groups are positioned at different levels, (iii) planks supported by scaffold tubes of a same group defining a working platform, wherein between the scaffold poles, scaffold tubes and working platform a working space is defined, (iv) a conveyor assembly with (v) a conveyor rail attached to a part of the scaffold structure and extending substantially horizontally within the working space and (vi) a conveyor cart which is embodied to move along the conveyor rail and which is positioned within the working space, for its major part below the conveyor rail and at a distance above the working platform; wherein the conveyor rail is attached to a part of the scaffold structure by being suspended directly from the scaffold tubes, or by being suspended indirectly from the scaffold tubes (20 through an elongate intermediate member, such as for example a reinforced beam, characterized by suspension brackets with a first hooked end for engaging a scaffold tube or the elongate intermediate member, and a second opposite hooked end for engaging and supporting the conveyor rail, wherein the hooked ends (61,62) are embodied for releasably engaging the scaffold tube or the elongate intermediate member, and/or the conveyor rail for mounting the conveyor rail without the use of tools, and wherein the first hooked end and second hooked end can rotate with respect to each other around a substantially vertical axis, as considered in a position of use of the suspension brackets and/or wherein the suspension brackets have a variable length such that the distance between the first hooked end and second hooked end can be changed. wherein the conveyor rail is attached to a part of the scaffold structure by being suspended directly from the scaffold tubes, or by being suspended indirectly from the scaffold tubes (20 through an elongate intermediate member, such as for example a reinforced beam, characterized by suspension brackets with a first hooked end for engaging a scaffold tube or the elongate intermediate member, and a second opposite hooked end for engaging and supporting the conveyor rail, wherein the hooked ends (61,62) are embodied for releasably engaging the scaffold tube or the elongate intermediate member, and/or the conveyor rail for mounting the conveyor rail without the use of tools, and
An information processing apparatus, comprising: a storing unit to instruct a managing server to store backup data to be used for recovery in case of failing to update first firmware previously installed in the information processing apparatus with second firmware; an updating unit to update the first firmware with the second firmware; and a recovery unit to perform recovery using a recovery module when the updating unit fails to update the first firmware, characterized by a recovery module creating unit configured for creating the recovery module by including the backup data stored in the managing server and a module for recovery obtained from a file server in accordance with a reason for failure, wherein the module for recovery is the first firmware when the update to the second firmware is deemed to fail and is the second firmware when the update is deemed to have succeeded but it is deemed that any one of a, setting file or a database file is deemed not to have been updated successfully. a storing unit to instruct a managing server to store backup data to be used for recovery in case of failing to update first firmware previously installed in the information processing apparatus with second firmware; an updating unit to update the first firmware with the second firmware; and a recovery unit to perform recovery using a recovery module when the updating unit fails to update the first firmware, characterized by a recovery module creating unit configured for creating the recovery module by including the backup data stored in the managing server and a module for recovery obtained from a file server in accordance with a reason for failure, wherein the module for recovery is the first firmware when the update to the second firmware is deemed to fail and is the second firmware when the update is deemed to have succeeded but it is deemed that any one of a, setting file or a database file is deemed not to have been updated successfully.
Magnetic actuating method whereby a magnetized moving body is directed by means of at least one magnetic element (2, 2a, 2b) arranged facing said magnetized moving body, wherein the priority direction (or easy axis) of magnetization is rotated at every point of said element by applying at least one mechanical stress to said magnetic element(s) (2, 2, 2b), causing anisotropy within said element and thereby driving the magnetized moving body in a priority rotation or linear direction, characterized in that the applied mechanical stress is unidirectional stress resulting from the bidirectional combination of two unidirectional stresses preferably applied along two secant directions separated by substantially 45° from one another, and in that the magnetic element is composed of at least one thin layer (Cm) or of at least one element of a soft magnetostrictive material such as the alloys based on the following: FeNi, FeCo, FeAl, FeB, FeSiB, FeCoZrNbB, FeCoSmB, FeCoTbB, obtained in amorphous or crystalline form.
A surgical instrument, comprising: a housing; an endoscopic portion extending distally from the housing and defining a first longitudinal axis (A-A); a drive motor disposed at least partially within the housing; a drive tube disposed in mechanical cooperation with the drive motor, the drive tube being rotatable about a drive tube axis (C-C) extending therethrough; a firing rod disposed in mechanical cooperation with the drive tube, at least a portion of the firing rod being translatable with respect to the drive tube; an end effector disposed adjacent a distal portion of the endoscopic portion, the end effector being in mechanical cooperation with the firing rod so that the firing rod drives a surgical function of the end effector; and two indicators (320a;320b) disposed on the firing rod, wherein the two indicators (320a;320b) are operable to help determine the speed of firing rod and the location of firing rod with respect to drive tube and/or housing; wherein a distal portion of the firing rod is rotatable with respect to the housing, and wherein a proximal portion of the firing rod is not rotatable with respect to the housing; and wherein the two indicators (320a;320b) are disposed on the portion of the firing rod that is not rotatable with respect to the housing. a housing; an endoscopic portion extending distally from the housing and defining a first longitudinal axis (A-A); a drive motor disposed at least partially within the housing; a drive tube disposed in mechanical cooperation with the drive motor, the drive tube being rotatable about a drive tube axis (C-C) extending therethrough; a firing rod disposed in mechanical cooperation with the drive tube, at least a portion of the firing rod being translatable with respect to the drive tube; an end effector disposed adjacent a distal portion of the endoscopic portion, the end effector being in mechanical cooperation with the firing rod so that the firing rod drives a surgical function of the end effector; and two indicators (320a;320b) disposed on the firing rod, wherein the two indicators (320a;320b) are operable to help determine the speed of firing rod and the location of firing rod with respect to drive tube and/or housing; wherein a distal portion of the firing rod is rotatable with respect to the housing, and wherein a proximal portion of the firing rod is not rotatable with respect to the housing; and wherein the two indicators (320a;320b) are disposed on the portion of the firing rod that is not rotatable with respect to the housing.
A compound which is tanshinone IIA or a derivative thereof, or a pharmaceutically acceptable salt, solvate, hydrate, or isotopologue of tanshinone IIA, for use in preventing and/or treating a stress-induced gastrointestinal leakage and/or gastrointestinal injury in a subject in need of such treatment, wherein the derivative of tanshinone IIA is selected from the group consisting of tanshinone I, crytotanshinone (cryptotanshinone), and tanshinone IIA sodium sulfate.
Lift brake activation device, comprising a supply connection, comprising two rectifier devices (3, 4) which are connected downstream of the supply connection and each have at least one first branch (5, 6), wherein a rectifier element (9, 10) is arranged in each first branch (5, 6), and comprising two brake connections (13, 14) for an electromagnetically operable lift brake, wherein a brake connection (13, 14) is connected in each case downstream of one of the two rectifier devices (3, 4), characterised in that a phase-control means is arranged in each of the first branches (5, 6), and in that at least one electronic switch-off element is formed, by means of which at least one of the two brake connections (13, 14) can be switched off.
A mammalian anucleate cell comprising (i) an antigen or (ii) an antigen and a tolerogenic factor for use in a method for suppressing an immune response or inducing tolerance in an individual, wherein the mammalian anucleate cell comprising (i) an antigen or (ii) an antigen and a tolerogenic factor is generated by passing a cell suspension comprising a mammalian anucleate cell through a constriction, wherein said constriction deforms the cell thereby causing a perturbation of the cell such that (i) an antigen or (ii) an antigen and a tolerogenic factor contacted with the cell enters the mammalian anucleate cell; wherein the constriction size is about 10% to about 99% of the cell diameter and said antigen is processed in a tolerogenic environment, wherein presentation of said antigen in said tolerogenic environment suppresses an immune response to the antigen, and wherein said tolerogenic factor contributes to a tolerogenic environment that suppresses an immune response; further wherein the mammalian anucleate cell is a red blood cell. wherein the constriction size is about 10% to about 99% of the cell diameter and said antigen is processed in a tolerogenic environment, wherein presentation of said antigen in said tolerogenic environment suppresses an immune response to the antigen, and wherein said tolerogenic factor contributes to a tolerogenic environment that suppresses an immune response; further wherein the mammalian anucleate cell is a red blood cell.
A torque sensing device of an electric-bike central motor, comprising a central shaft going through a five-way tube of the bike, a shaft sleeve that is disposed around this central shaft and will be circumferentially deformed when subjected to a circumferential torsional force, and a chain wheel disposed around the shaft sleeve, the shaft sleeve being provided with a torque sensing assembly that can sense magnitude of the circumferential torsional force to which the shaft sleeve is subjected, the torque sensing assembly being connected to a motor controller of the bike via an outlet device, characterized in that: the outlet device is composed of a movable magnetic core, a movable coil fixed on the movable magnetic core, a static magnetic core, and a static coil fixed on the static magnetic core, which are all of an annular structure, wherein the movable magnetic core is fixed to the shaft sleeve, the static magnetic core is fixed relative to the five-way tube of the bike, the movable magnetic core fits in contact with the static magnetic core and is rotatable relative thereto, the movable coil is connected to the torque sensing assembly via a movable coil lead, and the static coil is connected to the motor controller via a static coil lead, wherein the movable magnetic core is mounted on the shaft sleeve via a movable seat board.
A method of wireless communication, comprising: receiving a conditional grant including a transmission configuration for uplink transmissions; receiving an uplink activation grant over a contention-based shared carrier, wherein the uplink activation grant comprises a common reference signal, CRS, of a serving base station in a first symbol over the contention-based shared carrier; and transmitting the uplink transmissions on the contention-based shared carrier according to the transmission configuration, wherein the transmitting is in response to the uplink activation grant. receiving a conditional grant including a transmission configuration for uplink transmissions; receiving an uplink activation grant over a contention-based shared carrier, wherein the uplink activation grant comprises a common reference signal, CRS, of a serving base station in a first symbol over the contention-based shared carrier; and transmitting the uplink transmissions on the contention-based shared carrier according to the transmission configuration, wherein the transmitting is in response to the uplink activation grant.
Method for the preservation of fish flesh comprising at least steps of processing of the fish meat after fishing such as i.e. - fish-cleaning; - preservation of the fish in air-conditioned environment of about 14-16 degrees Celsius; - filleting the fish and clean up any fish bones; - stripping of the fillets; characterized in comprising al least the steps of: - dehumidification in appropriate ventilated cell in order to eliminate at least 3-10% of the water present in the flesh of the fish, said process producing a loss in the fish flesh weight of about4-10% - blast chilling or quick freeze of the fish flesh at a temperature preferably of -30 / -50 Celsius degrees to obtain a core temperature of the product substantially of -25 Celsius degrees; - adjustment of the abatement temperature depending on the amount of fish placed in the blast chiller to keep the tmax in the blast chiller being preferably 2 hours; - vacuum packaging of the product fish flesh, wherein the product is subjected to a procedure for making substantially total vacuum, i.e. to 99% vacuum; - maintaining the product thus packaged at low and uniform temperatures of about -20 Celsius degrees until the time of consumption. - fish-cleaning; - preservation of the fish in air-conditioned environment of about 14-16 degrees Celsius; - filleting the fish and clean up any fish bones; - stripping of the fillets; - dehumidification in appropriate ventilated cell in order to eliminate at least 3-10% of the water present in the flesh of the fish, said process producing a loss in the fish flesh weight of about4-10% - blast chilling or quick freeze of the fish flesh at a temperature preferably of -30 / -50 Celsius degrees to obtain a core temperature of the product substantially of -25 Celsius degrees; - adjustment of the abatement temperature depending on the amount of fish placed in the blast chiller to keep the tmax in the blast chiller being preferably 2 hours; - vacuum packaging of the product fish flesh, wherein the product is subjected to a procedure for making substantially total vacuum, i.e. to 99% vacuum; - maintaining the product thus packaged at low and uniform temperatures of about -20 Celsius degrees until the time of consumption.
A medical X-ray CT imaging apparatus (10; 110) comprising: an X-ray generator (22; 126) that generates a cone beam; an X-ray detector (24;128); a support (20;124) (20;124) that supports said X-ray generator (22;126) and said X-ray detector (24;128) while said X-ray generator (22;126) and said X-ray detector (24;128) are opposed to each other; a turning drive unit (30;130) that turns said X-ray generator (22;126) and said X-ray detector (24;128), which are supported by said support (20; 124); an imaging information receiving unit (40;152c) that receives a setting of an imaging area relating to at least one of a size of said imaging area, an imaging purpose, and an imaging region; and an X-ray output condition setting unit (60;152d) that automatically sets an output condition of said X-ray generator (22; 126) according to said setting of said imaging area which is received by said imaging information receiving unit (40;152c), characterized in that said imaging information receiving unit (40;152c) is adapted to receive settings of a first imaging area and a second imaging area as said setting relating to said size of said imaging area, said second imaging area being wider than said first imaging area, and wherein said X-ray output condition setting unit (60;152d) automatically sets at least one setting value defining a first output condition and a second output condition such that a dose based on said second output condition corresponding to said size of said second imaging area is smaller than a dose based on said first output condition corresponding to said size of said first imaging area. an X-ray generator (22; 126) that generates a cone beam; an X-ray detector (24;128); a support (20;124) (20;124) that supports said X-ray generator (22;126) and said X-ray detector (24;128) while said X-ray generator (22;126) and said X-ray detector (24;128) are opposed to each other; a turning drive unit (30;130) that turns said X-ray generator (22;126) and said X-ray detector (24;128), which are supported by said support (20; 124); an imaging information receiving unit (40;152c) that receives a setting of an imaging area relating to at least one of a size of said imaging area, an imaging purpose, and an imaging region; and an X-ray output condition setting unit (60;152d) that automatically sets an output condition of said X-ray generator (22; 126) according to said setting of said imaging area which is received by said imaging information receiving unit (40;152c), characterized in that said imaging information receiving unit (40;152c) is adapted to receive settings of a first imaging area and a second imaging area as said setting relating to said size of said imaging area, said second imaging area being wider than said first imaging area, and wherein said X-ray output condition setting unit (60;152d) automatically sets at least one setting value defining a first output condition and a second output condition such that a dose based on said second output condition corresponding to said size of said second imaging area is smaller than a dose based on said first output condition corresponding to said size of said first imaging area.
A device for influencing, in particular reducing, vibrations in a fluid system, in particular a hydraulic system, comprising a separating means which has a side for delimiting a fluid-conducting cavity of the fluid system, comprising a vibration-influencing unit, which is designed to mechanically adjust the rigidity of the separating means such that vibrations in the fluid system are influenced, in particular reduced, characterized in that the vibration-influencing unit is designed to adjust the rigidity of the separating means by means of a rotational movement.
Method for producing an adhesive for dental prostheses, characterised in that -) in a first method step, 10 parts by weight of polyvinyl acetate are mixed with 5 parts by weight of 96% alcohol at a temperature of 80°C until a liquid solution is produced, -) in a second method step, 10 parts by weight of glycerol ester of wood rosin are dissolved or liquefied with 8 parts by weight of coconut fat at a temperature of 100°C such that after cooling of this mixture a paste-like mass is produced, -) in a third method step, 0.2 parts by weight of hydroxypropyl cellulose are stirred into 10 parts by weight of 96% alcohol, -) in a fourth method step, 2 parts by weight of the cooled mixture from the second method step are stirred into 10 parts by weight of the cooled mixture from the first method step, -) 7 parts by weight of carboxymethyl cellulose are stirred into 10 parts by weight of the entire mass from the fourth method step, -) and in a final method step, the entire mass from the 5 th method step is heated to 60°C and in each case 0.4 parts by weight of hydroxylpropyl cellulose are added to 10 parts by weight of the entire mass from the 5 th method step. -) in a first method step, 10 parts by weight of polyvinyl acetate are mixed with 5 parts by weight of 96% alcohol at a temperature of 80°C until a liquid solution is produced, -) in a second method step, 10 parts by weight of glycerol ester of wood rosin are dissolved or liquefied with 8 parts by weight of coconut fat at a temperature of 100°C such that after cooling of this mixture a paste-like mass is produced, -) in a third method step, 0.2 parts by weight of hydroxypropyl cellulose are stirred into 10 parts by weight of 96% alcohol, -) in a fourth method step, 2 parts by weight of the cooled mixture from the second method step are stirred into 10 parts by weight of the cooled mixture from the first method step, -) 7 parts by weight of carboxymethyl cellulose are stirred into 10 parts by weight of the entire mass from the fourth method step, -) and in a final method step, the entire mass from the 5 th method step is heated to 60°C and in each case 0.4 parts by weight of hydroxylpropyl cellulose are added to 10 parts by weight of the entire mass from the 5 th method step.