mhurhangee/ep-ind-claims huggingface dataset:
A process for purifying a protein of interest from a heterogeneous tissue culture fluid mixture, comprising: (a) producing by a continuous perfusion fermentation process a heterogeneous tissue culture fluid mixture containing a protein of interest; (b) transferring the tissue culture fluid mixture to a continuous particle removal process integrated with the continuous perfusion fermentation system; (c) removing particulate contaminants from the tissue culture fluid in the continuous particle removal process to produce a clarified tissue culture fluid containing the protein of interest; (d) transferring the clarified tissue culture fluid to a surge vessel integrated with the continuous particle removal process; (e) intermittently transferring the clarified tissue culture fluid to a purification process integrated with the surge vessel; and (f) purifying the protein of interest from the clarified tissue culture fluid in the purification process to produce a sterile, particle-free, concentrated and partially purified product isolate containing the protein of interest; wherein the specific flow rate of the mixture through the continuous perfusion fermentation process and continuous particle removal process is maintained substantially constant. (a) producing by a continuous perfusion fermentation process a heterogeneous tissue culture fluid mixture containing a protein of interest; (b) transferring the tissue culture fluid mixture to a continuous particle removal process integrated with the continuous perfusion fermentation system; (c) removing particulate contaminants from the tissue culture fluid in the continuous particle removal process to produce a clarified tissue culture fluid containing the protein of interest; (d) transferring the clarified tissue culture fluid to a surge vessel integrated with the continuous particle removal process; (e) intermittently transferring the clarified tissue culture fluid to a purification process integrated with the surge vessel; and (f) purifying the protein of interest from the clarified tissue culture fluid in the purification process to produce a sterile, particle-free, concentrated and partially purified product isolate containing the protein of interest;
Method for charging accumulators of electrically drivable vehicles by means of a plurality of chargers which are couplable to one another within a group in order to pass on charging power and which each comprise a connection for charging one of the accumulators, wherein to at least one charger, hereinafter referred to as "occupied charger ", a not fully charged accumulator is assigned for charging, wherein to at least one charger, hereinafter referred to as "free charger ", no accumulator is assigned or an assigned accumulator is either fully charged or, for other reasons, is not charged or is not charged with the full charging power made available by the assigned charger, wherein the free charger is capable of delivering charging power to other chargers, wherein a free charger with available connection is a charger to which an accumulator can be connected, wherein to each of the chargers a priority is assigned, wherein the priorities are each different and unique in their level, wherein the accumulators, in the time sequence of their arrival, are respectively assigned to the charger which among the free chargers with available connection has the highest priority, whereby the previously free charger becomes an/the occupied charger, and wherein at least one free charger is automatically coupled to that of the occupied chargers to which the highest priority is assigned to among the occupied chargers, so that the charging power of the at least one free charger is made available to the occupied charger of the highest priority and the accumulator connected to the occupied charger of the highest priority is charged or chargable with the sum of the charging powers of the occupied charger of the highest priority and of the at least one free charger.
A linear guide comprising a plurality of balls arranged between a guide rail of a body and a guide rail of a slider; a return cover including a ball circulation path, the return cover attached to the slider; a lubricant retainer being made up from a porous elastic body, the lubricant retainer being in a sliding contact with the guide rail of the body, being supported by the return cover, the lubricant retainer being equipped with a lubricant storage space filled with lubricant, characterized in that the lubricant retainer has a polygonal columnar shape, and the lubricant storage space is configured as a lubricant storage hole penetrating the lubricant retainer in an axial direction thereof and having a circular cross section. the lubricant retainer has a polygonal columnar shape, and the lubricant storage space is configured as a lubricant storage hole penetrating the lubricant retainer in an axial direction thereof and having a circular cross section.
Fuel cell having electrodes in the form of an anode and a cathode, between which is disposed a proton-conducting membrane composed of an ionomer which has acidic groups and is capable of attracting water which binds to the acidic groups, the ionomer being selected from the group of sulphonated polysulphones, sulphonated polysulphide sulphones, sulphonated polyether ketones, sulphonated polyether ether ketones, sulphonated polyether ketone ketones, sulphonated polyether ether ketone ketones and combinations thereof, or the ionomer is a perfluorosulphonic acid polymer, characterized in that a gradient profile in relation to the water attraction capacity of the ionomer is formed between the region of the anode and the region of the cathode, in such a way that the water attraction capacity in the anode region is greater than in the cathode region, where the gradient profile, expressed in equivalent weights of acidic groups, has an equivalent weight differential of at least 10%, based on the ionomer having the lower equivalent weight.
An apparatus for off-center detector 3D X-ray reconstruction or for proton radiography reconstruction, comprising a processing unit arranged for - obtaining acquisition data measured by an off-center X-ray detector or by a proton detector, wherein the acquisition data includes a first portion and a second portion, wherein the first and second portion (1, 2) both cover at least a detector overlap region (3, 4), characterized in that the processing unit is further arranged for - determining a first reference value indicative of measured line integral values for the first portion in the detector overlap region (3, 4) and determining a second reference value of measured line integral values for the second portion in the detector overlap region (3, 4), - scaling at least one of the first portion and the second portion of the acquisition data based on a ratio of the first and second reference values, and - performing reconstruction using the result of the scaling. - obtaining acquisition data measured by an off-center X-ray detector or by a proton detector, wherein the acquisition data includes a first portion and a second portion, wherein the first and second portion (1, 2) both cover at least a detector overlap region (3, 4), characterized in that the processing unit is further arranged for - determining a first reference value indicative of measured line integral values for the first portion in the detector overlap region (3, 4) and determining a second reference value of measured line integral values for the second portion in the detector overlap region (3, 4), - scaling at least one of the first portion and the second portion of the acquisition data based on a ratio of the first and second reference values, and - performing reconstruction using the result of the scaling.
A filamentous fungal host cell which comprises a nucleic acid construct or an expression vector comprising a nucleic acid construct, wherein the filamentous fungal host cell is of the genus Aspergillus, and wherein said nucleic acid construct comprises: a nucleic acid sequence encoding an ice structuring protein comprising the sequence set out in SEQ ID NO: 1 or a sequence at least 80% identical thereto or comprising the sequence set out in amino acids 21 to 261 of SEQ ID NO: 1 or a sequence at least 80% identical thereto; and, linked operably thereto, control sequences permitting expression of the nucleic acid sequence in a filamentous fungal host cell of the genus Aspergillus. a nucleic acid sequence encoding an ice structuring protein comprising the sequence set out in SEQ ID NO: 1 or a sequence at least 80% identical thereto or comprising the sequence set out in amino acids 21 to 261 of SEQ ID NO: 1 or a sequence at least 80% identical thereto; and, linked operably thereto, control sequences permitting expression of the nucleic acid sequence in a filamentous fungal host cell of the genus Aspergillus.
A method for securing an electronic device, comprising: trapping an attempt to access a secured system resource of the electronic device; determining a module associated with the attempt, wherein the module is loaded into system memory for execution, the module comprising a plurality of distinct subsections; determining a subsection of the module associated with the attempt, the subsection including a memory location associated with the attempt, including: determining a byte string of contiguous code bytes corresponding to a range of the system memory including an instruction pointer address that caused the attempt, the byte string including ±N bytes surrounding the instruction pointer address; and comparing the byte string against known byte strings recorded in security rules to analyze whether the subsection is known; based on the determination of the module and the determination of the subsection, if the subsection is known, accessing the security rules to determine whether to allow the attempted access from the subsection; and handling the attempt based on the security rules. trapping an attempt to access a secured system resource of the electronic device; determining a module associated with the attempt, wherein the module is loaded into system memory for execution, the module comprising a plurality of distinct subsections; determining a subsection of the module associated with the attempt, the subsection including a memory location associated with the attempt, including: determining a byte string of contiguous code bytes corresponding to a range of the system memory including an instruction pointer address that caused the attempt, the byte string including ±N bytes surrounding the instruction pointer address; and comparing the byte string against known byte strings recorded in security rules to analyze whether the subsection is known; determining a byte string of contiguous code bytes corresponding to a range of the system memory including an instruction pointer address that caused the attempt, the byte string including ±N bytes surrounding the instruction pointer address; and comparing the byte string against known byte strings recorded in security rules to analyze whether the subsection is known; based on the determination of the module and the determination of the subsection, if the subsection is known, accessing the security rules to determine whether to allow the attempted access from the subsection; and handling the attempt based on the security rules.
A fluidic load balancing arrangement for a multi-axis robot having at least three coupling members (14, 16, 18), which are connected to one another in an articulated manner, the load balancing arrangement comprising: - a first hydraulic cylinder, which is attachable to two coupling members (14, 16), which are movable relative to each other, wherein a first end of the first hydraulic cylinder is connectable to a first coupling member and a second end is connectable to a second coupling member, - a second hydraulic cylinder, which is attachable to two coupling members (16, 18), which are movable relative to one another, wherein a first end of the second hydraulic cylinder is connectable to the second coupling member and a second end is connectable to a third coupling member, wherein the first hydraulic cylinder is configured as a master cylinder and the second hydraulic cylinder is configured as a slave cylinder, wherein the first master cylinder is coupled to a pressure reservoir for storing fluidic energy, wherein the master cylinder and the slave cylinder are directly fluidically coupled to each other via a connecting line, and wherein the pressure reservoir is coupled to a cylinder wall of the master cylinder. - a first hydraulic cylinder, which is attachable to two coupling members (14, 16), which are movable relative to each other, wherein a first end of the first hydraulic cylinder is connectable to a first coupling member and a second end is connectable to a second coupling member, - a second hydraulic cylinder, which is attachable to two coupling members (16, 18), which are movable relative to one another, wherein a first end of the second hydraulic cylinder is connectable to the second coupling member and a second end is connectable to a third coupling member, wherein the first hydraulic cylinder is configured as a master cylinder and the second hydraulic cylinder is configured as a slave cylinder, wherein the first master cylinder is coupled to a pressure reservoir for storing fluidic energy, wherein the master cylinder and the slave cylinder are directly fluidically coupled to each other via a connecting line, and wherein the pressure reservoir is coupled to a cylinder wall of the master cylinder.
A composite membrane comprising: an ion-conductive polymer layer; and a plurality of gas blocking inorganic particles non-continuously disposed on the ion-conductive polymer layer or non-continuously disposed within the ion-conductive polymer layer, wherein the composite membrane has a radius of curvature of 10 millimeters or less. an ion-conductive polymer layer; and a plurality of gas blocking inorganic particles non-continuously disposed on the ion-conductive polymer layer or non-continuously disposed within the ion-conductive polymer layer, wherein the composite membrane has a radius of curvature of 10 millimeters or less.
Latch for a motor vehicle, comprising a receptacle for a locking bolt, the receptacle having an entry region and an end region, a damper element, a spring lip and a locking mechanism consisting of a catch and at least one pawl, the locking bolt being fixable in the latch by means of the locking mechanism and interacting with the catch, the damper element and the spring lip at least in a main ratchet position, characterized in that the spring lip has a means for fixing the lock holder, the spring lip interacting with the damper element such that the damper element provides an additional force for fixing the latch holder, the force F counteracting an opening movement B of the latch holder 10, the spring lip having a ramp-shaped elevation.
A photovoltaic facility comprising a solar tracker and at least one square or rectangular photovoltaic panel mounted on said solar tracker, this solar tracker enabling the inclination of said photovoltaic panel to be varied with respect to the horizontal, so that two opposite edges of said photovoltaic panel, referred to as horizontal edges, are always horizontal whatever the inclination of said photovoltaic panel, characterised in that it comprises at least one gutter for recovering rainwater, in that this gutter is mounted along one of the two horizontal edges of the photovoltaic panel using at least two anchoring devices, to which it is suspended, so that it can oscillate under the action of its own weight, about a horizontal axis of rotation (Y-Y'), so as to remain horizontal, or substantially horizontal, whatever the inclination of said photovoltaic panel.
A cabinet pull-out comprising a first storage compartment and a second storage compartment and a pull-out frame, wherein the pull-out frame connects the first storage compartment to the second storage compartment, wherein the first and second storage compartments (1, 2) each are provided with a base (11, 21), wherein the pull-out frame has a carrier element extending substantially rectangularly to the base (11, 21) of the corresponding storage compartment (1, 2) from the first to the second storage compartment, wherein each of the first and second storage compartments (1, 2) have a front wall (20, 30) and a rear wall (19, 29) as well as two side walls (17, 18, 27, 28) extending between the front wall (20, 30) and the rear wall (19, 29), wherein the carrier element is attached to the outside of the rear wall (19, 29) or one of the side walls (17, 18, 27, 28), characterized in that a loose storage compartment can be removably coupled to one of the first or second storage compartments (1, 2), wherein the loose storage compartment has a base and a front wall, a rear wall and two side walls (8, 9) extending from the front wall and the rear wall, which laterally limit the base and project beyond the base on its upper side, the front wall and the rear wall each having a connecting element (56, 57) which extends below the base so that it projects beyond the underside of the base, wherein a distance is formed by the connecting element (56, 57) in the assembled state between the base of the loose storage compartment and the base of the corresponding first or second storage compartment (1, 2), which lies in the range of 5 cm up to and including 30 cm, wherein the connecting element (56, 57) in the assembled state is arranged to lie against the inner side of the corresponding front wall (20, 30) and the rear wall (19, 29).
A transport vehicle used for the transport of rollable goods or vehicles, in particular, of motor vehicles (12, 12', 12"), passenger vehicles, or the like, with at least three axles (20, 22, 24, 24', 24") arranged on a chassis of the transport vehicle; with a driver's cab arranged at the front end above a steerable front axle; as well as with a transport area at least partly assigned to the chassis, the transport area having a support surface for the rollable goods or vehicles to be transported, wherein the chassis has adjustment means used for the adjustment of a distance between a centre axle of the transport vehicle and at least one rear axle (24, 24', 24"), and wherein the support surface of the transport area is adjustable and/or slidable and/or swivelable in relation to the chassis.
A foldable electronic device module, comprising: a cover element having a thickness from 25 μm to 200 μm and a cover element elastic modulus from 20 GPa to 140 GPa, the cover element further comprising: (a) a component having a glass composition, (b) a first primary surface, and (c) a second primary surface; a stack (90a; 90b) having a thickness from 100 μm to 600 μm, the stack (90a; 90b) further comprising: (i) a panel having first and second primary surfaces (64, 66), and a panel elastic modulus between 300 MPa and 10 GPa, and (ii) an electronic device coupled to the panel; and a first adhesive (10a; 10b) configured to join the stack (90a; 90b) to the second primary surface of the cover element, the first adhesive (10a; 10b) characterized by a shear modulus between 0.1 MPa and 100 MPa, wherein the device module (100; 100a; 100b) has a tangential stress at the second primary surface of the cover element lower than 1000 MPa in tension upon bending in use the module (100; 100a; 100b) in a two-point configuration to a bend radius from 20 mm to 2 mm such that the first primary surface is in compression and the bend radius is measured from a center point above the first primary surface of the cover element to the second primary surface of the panel. a cover element having a thickness from 25 μm to 200 μm and a cover element elastic modulus from 20 GPa to 140 GPa, the cover element further comprising: (a) a component having a glass composition, (b) a first primary surface, and (c) a second primary surface; (a) a component having a glass composition, (b) a first primary surface, and (c) a second primary surface; a stack (90a; 90b) having a thickness from 100 μm to 600 μm, the stack (90a; 90b) further comprising: (i) a panel having first and second primary surfaces (64, 66), and a panel elastic modulus between 300 MPa and 10 GPa, and (ii) an electronic device coupled to the panel; and (i) a panel having first and second primary surfaces (64, 66), and a panel elastic modulus between 300 MPa and 10 GPa, and (ii) an electronic device coupled to the panel; and a first adhesive (10a; 10b) configured to join the stack (90a; 90b) to the second primary surface of the cover element, the first adhesive (10a; 10b) characterized by a shear modulus between 0.1 MPa and 100 MPa, wherein the device module (100; 100a; 100b) has a tangential stress at the second primary surface of the cover element lower than 1000 MPa in tension upon bending in use the module (100; 100a; 100b) in a two-point configuration to a bend radius from 20 mm to 2 mm such that the first primary surface is in compression and the bend radius is measured from a center point above the first primary surface of the cover element to the second primary surface of the panel.
A coupling mechanism for coupling together a first section (24A, 24B, 24C, 24D) and a second section of a pipe machining apparatus, the coupling mechanism comprising: a base defining an aperture therein; an arm movably couplable to one of the first section (24A, 24B, 24C, 24D) and the second section (24A, 24B, 24C, 24D) and adapted to selectively couple the first and second sections together; characterized by an engagement member positioned in the aperture in the base; and a separation member movably coupled to the base and adapted to engage the engagement member, wherein the separation member is adapted to move to push against the engagement member and separate the first section (24A, 24B, 24C, 24D) and the second section (24A, 24B, 24C, 24D). a base defining an aperture therein; an arm movably couplable to one of the first section (24A, 24B, 24C, 24D) and the second section (24A, 24B, 24C, 24D) and adapted to selectively couple the first and second sections together; characterized by an engagement member positioned in the aperture in the base; and a separation member movably coupled to the base and adapted to engage the engagement member, wherein the separation member is adapted to move to push against the engagement member and separate the first section (24A, 24B, 24C, 24D) and the second section (24A, 24B, 24C, 24D).
A quasiparticle for sintering comprising, at least, iron ore raw material, limestone-based raw material, and solid fuel-based raw material, each being used to produce sintered ore for blast furnaces, wherein the iron ore raw material forms a core of the quasiparticle, and the limestone-based raw material and the solid fuel-based raw material are coated on the circumference of the core, and wherein the core formed of the iron ore raw material contains high-alkaline iron ore having an alkali metal content of 0.05 mass% or more and general iron ore having an alkali metal content of less than 0.05 mass%, wherein the iron ore raw material contains the high-alkaline iron ore having an alkali metal content of 0.05 mass% or more in an amount of 20 mass% or more. wherein the iron ore raw material forms a core of the quasiparticle, and the limestone-based raw material and the solid fuel-based raw material are coated on the circumference of the core, and wherein the core formed of the iron ore raw material contains high-alkaline iron ore having an alkali metal content of 0.05 mass% or more and general iron ore having an alkali metal content of less than 0.05 mass%, wherein the iron ore raw material contains the high-alkaline iron ore having an alkali metal content of 0.05 mass% or more in an amount of 20 mass% or more.
An isolated non-naturally occurring fusion (poly)peptide comprising a carotenoid binding peptide comprising a sequence of one of SEQ ID Nos. 16-48 or 50-71.