mhurhangee/ep-ind-claims huggingface dataset:
A needle guard for use in a medical device, in particular for use in a catheter device, including: a base portion made of a first material and having a needle passage extending in an axial direction from a proximal side of said base portion through said base portion to a distal side of said base portion for movably receiving a needle shaft having an outer profile; first and second arms (46, 48) extending substantially in said axial direction from said distal side of said base portion, wherein said first arm has a distal region and a proximal region; a distal wall transversely arranged at said distal region of said first arm; a stopping element which is configured to be slidably arranged on a needle shaft, a groove configured to guide the needle shaft is provided in a side at the free end of said distal wall, said groove extending substantially in said axial direction; and at least one L-shaped extension (72, 74) extends from said base portion, a section of said L-shaped extension (72, 74) extending generally in said axial direction, characterized in that said stopping element is movable relative to said base portion. a base portion made of a first material and having a needle passage extending in an axial direction from a proximal side of said base portion through said base portion to a distal side of said base portion for movably receiving a needle shaft having an outer profile; first and second arms (46, 48) extending substantially in said axial direction from said distal side of said base portion, wherein said first arm has a distal region and a proximal region; a distal wall transversely arranged at said distal region of said first arm; a stopping element which is configured to be slidably arranged on a needle shaft, a groove configured to guide the needle shaft is provided in a side at the free end of said distal wall, said groove extending substantially in said axial direction; and at least one L-shaped extension (72, 74) extends from said base portion, a section of said L-shaped extension (72, 74) extending generally in said axial direction, characterized in that said stopping element is movable relative to said base portion.
A method for handling a service request from a requesting entity in a telecommunications network, comprising: receiving, from the requesting entity, a first service request requesting a particular service from a serving entity; rejecting the first service request by sending a reject message to the requesting entity; and allowing a second service request from the requesting entity for the particular service; characterised by the steps prior to the step of allowing the second service request of: assigning a sequence identifier to the requesting entity from which the first service request is received; informing the requesting entity of the assigned sequence identifier; transmitting the sequence identifier in the telecommunications network at some time after informing the requesting entity of the assigned sequence identifier when the second service request can be allowed; and receiving the second service request for the particular service from the requesting entity in response to transmitting the sequence identifier in the telecommunications network. receiving, from the requesting entity, a first service request requesting a particular service from a serving entity; rejecting the first service request by sending a reject message to the requesting entity; and allowing a second service request from the requesting entity for the particular service; characterised by the steps prior to the step of allowing the second service request of: assigning a sequence identifier to the requesting entity from which the first service request is received; informing the requesting entity of the assigned sequence identifier; transmitting the sequence identifier in the telecommunications network at some time after informing the requesting entity of the assigned sequence identifier when the second service request can be allowed; and receiving the second service request for the particular service from the requesting entity in response to transmitting the sequence identifier in the telecommunications network. assigning a sequence identifier to the requesting entity from which the first service request is received; informing the requesting entity of the assigned sequence identifier; transmitting the sequence identifier in the telecommunications network at some time after informing the requesting entity of the assigned sequence identifier when the second service request can be allowed; and receiving the second service request for the particular service from the requesting entity in response to transmitting the sequence identifier in the telecommunications network.
Sensor with a scaffold which is intrinsically metastable and having a plurality of changeable conformations wherein the scaffold has locking-ligands selected from reactive or non-reactive ligands, DNA- and/or RNA-strands, sugars, peptides, amino acids, enzyme-substrate-complexes, or enzymes or substrates, organometallic and coordination compounds, compound-filled containers, functionalized ligands, alcohols, indicators, characterized in that a compound-filled container is linked to at least one locking-ligand or to the scaffold, that the scaffold's conformational change is induced by the presence of a trigger, that the conformational change of the scaffold initiates an intramolecular chemical reaction of the locking-ligands and that the intramolecular chemical reaction triggers release of the compound from the container.
Rheology additive composition based on fatty acid diamide, characterised in that it is already pre-activated and pre-concentrated in fatty acid diamide and that it comprises: a) from 5 to 30% by weight of at least one fatty acid diamide based on 12-hydroxy stearic acid and a linear aliphatic diamine, in particular C 5, C 6 or C 7 b) from 70 to 95% by weight of at least one monofunctional (meth)acrylic diluent reagent comprising a cycloaliphatic group or several cycloaliphatic groups, said cycloaliphatic groups capable of being substituted by at least one C 1 to C 4 alkyl with the % being expressed relative to a) + b). a) from 5 to 30% by weight of at least one fatty acid diamide based on 12-hydroxy stearic acid and a linear aliphatic diamine, in particular C 5, C 6 or C 7 b) from 70 to 95% by weight of at least one monofunctional (meth)acrylic diluent reagent comprising a cycloaliphatic group or several cycloaliphatic groups, said cycloaliphatic groups capable of being substituted by at least one C 1 to C 4 alkyl with the % being expressed relative to a) + b).
A method of generating a non-equilibrium solution of peracetic acid, comprising: a. providing water; b. introducing a hydrogen peroxide-triacetin solution to the water; c. mixing the hydrogen peroxide-triacetin solution and the water to form a mixture; d. adding an aqueous source of an alkali metal hydroxide in the form of sodium hydroxide to the mixture, wherein the sodium hydroxide is 1.82% to 7.28% weight, further, wherein the mole ratio of the sodium hydroxide to the hydrogen peroxide to the triacetin is 4.2:3.8:1; and e. forming a reaction medium comprising a non-equilibrium solution of peracetic acid. a. providing water; b. introducing a hydrogen peroxide-triacetin solution to the water; c. mixing the hydrogen peroxide-triacetin solution and the water to form a mixture; d. adding an aqueous source of an alkali metal hydroxide in the form of sodium hydroxide to the mixture, wherein the sodium hydroxide is 1.82% to 7.28% weight, further, wherein the mole ratio of the sodium hydroxide to the hydrogen peroxide to the triacetin is 4.2:3.8:1; and e. forming a reaction medium comprising a non-equilibrium solution of peracetic acid.
An electronic device for a wireless communication system, comprising: processing circuitry configured to perform control to transmit/receive signals to/from a target communication apparatus via an offset array antenna associated with the electronic device, wherein the offset array antenna comprises multiple sets of antenna elements, each of the multiple sets of antenna elements has multiple antenna elements arranged in a first direction, a spatial offset in the first direction and a phase difference in the first direction exist among the multiple sets of antenna elements, and the multiple sets of antenna elements are arranged in a second direction perpendicular to the first direction; and acquire a state of a channel in the first direction between the offset array antenna and the target communication apparatus, wherein the state of the channel in the first direction is determined using the signals which comprise the phase difference in the first direction; wherein the state of the channel in the first direction is acquired using a reference set of antenna elements and at least one offset antenna element of the multiple sets of antenna elements, and the at least one offset antenna element has a spatial offset in the first direction with respect to each antenna element of the reference set of antenna elements; and the state of the channel in the first direction is acquired by performing phase compensation in the second direction on the at least one offset antenna element. processing circuitry configured to perform control to transmit/receive signals to/from a target communication apparatus via an offset array antenna associated with the electronic device, wherein the offset array antenna comprises multiple sets of antenna elements, each of the multiple sets of antenna elements has multiple antenna elements arranged in a first direction, a spatial offset in the first direction and a phase difference in the first direction exist among the multiple sets of antenna elements, and the multiple sets of antenna elements are arranged in a second direction perpendicular to the first direction; and acquire a state of a channel in the first direction between the offset array antenna and the target communication apparatus, wherein the state of the channel in the first direction is determined using the signals which comprise the phase difference in the first direction; wherein the state of the channel in the first direction is acquired using a reference set of antenna elements and at least one offset antenna element of the multiple sets of antenna elements, and the at least one offset antenna element has a spatial offset in the first direction with respect to each antenna element of the reference set of antenna elements; and the state of the channel in the first direction is acquired by performing phase compensation in the second direction on the at least one offset antenna element.
Aerostatic air and/or gas bearing with at least one stator and at least one rotor, wherein the stator has at least one cutout (5.1, 5.2) and an annular groove, wherein the cutout (5.1, 5.2) supplies a bearing surface of the aerostatic bearing and the annular groove of the stator with pressurised air and/or with pressurised gas, wherein the annular groove in the stator is encircling, characterised in that the annular groove is arranged in the region of the bearing surface, wherein an infusion part is placed between the stator and the rotor, wherein the bearing surface is arranged between the infusion part and rotor and the annular groove in the stator comprises an annular insert, wherein the annular insert is connected in a material-locking manner to the stator, wherein the material-locking connection is a welded connection (6, 6.1, 6.2), wherein the annular insert has a cutout in the form of a multiplicity of nozzles and/or micro-nozzles and/or at least two slotted outlets, and wherein the infusion part has a cutout, wherein the position of the cutout in the infusion part corresponds to the position of the cutout in the annular insert.
Process for aseptically forming containers starting from parisons in plastic material, comprising the steps of: - injecting sterile compressed air inside a parison arranged in a stretch-blowing forming mould so as to obtain a container; - evacuating the exhaust compressed air from the formed container, characterized in that it comprises the steps of: - making at least a part of the exhaust compressed air evacuated from the formed container passing through a sterile filter so as to obtain recovery sterile air; - injecting the recovery sterile air in another parison arranged in another forming mould. - injecting sterile compressed air inside a parison arranged in a stretch-blowing forming mould so as to obtain a container; - evacuating the exhaust compressed air from the formed container, - making at least a part of the exhaust compressed air evacuated from the formed container passing through a sterile filter so as to obtain recovery sterile air; - injecting the recovery sterile air in another parison arranged in another forming mould.
Method for controlling a production line having processing units or machines (2, 3, 4) which are controlled via a master controller using data provided by a production planning system, wherein, in addition to a machine controller, each machine (2, 3, 4) contains an energy controller which is supplied with data by a master energy controller as part of the master controller, characterized - in that the master controller is provided with a master machine controller which is enhanced with functions for starting and stopping the production line such that a current production process of the production line is finished such that it is possible to carry out an automatic restart after a standstill of the production line, and - in that the master machine controller and/or the master energy controller is/are controlled by a start/stop controller, the start/stop controller storing all parameters for energy-efficient operation of the production line in terms of the sequence between an energy and function connection or function disconnection of the machines (2, 3, 4), and - in that the start/stop controller contains a residual heat function which disconnects energies/media even before the production line is stopped if the energies/media have such large time constants that there is still sufficient energy for a remaining production time. - in that the master controller is provided with a master machine controller which is enhanced with functions for starting and stopping the production line such that a current production process of the production line is finished such that it is possible to carry out an automatic restart after a standstill of the production line, and - in that the master machine controller and/or the master energy controller is/are controlled by a start/stop controller, the start/stop controller storing all parameters for energy-efficient operation of the production line in terms of the sequence between an energy and function connection or function disconnection of the machines (2, 3, 4), and - in that the start/stop controller contains a residual heat function which disconnects energies/media even before the production line is stopped if the energies/media have such large time constants that there is still sufficient energy for a remaining production time.
Method for the separation of tall oil products (soap products) from a black liquor comprising boiling liquid that has been drained off, said boiling liquid having been produced in a kraft mill chip digester, where said boiling liquid comprises a fibrous cellulose material in a mixture with said black liquor and tall oil products, where the boiling liquid is mechanically separated in a separation unit for the production of a fibrous cellulose material and the mixture of black liquor and tall oil products and where the mixture of black liquor is adapted to a mixed black liquor by addition of intermediate black liquor and brought to a separation tank that employs a gravity separation, being adapted for being emptied of the collected and concentrated tall oil products in a discontinuous manner, said tall oil products becoming, through flotation, positioned above and resting on a fraction of mixed black liquor, and where the mentioned concentrated tall oil products are brought to a centrifugal separator, where the said tall oil products and the mixed black liquor contained therein is brought to the inlet of said centrifugal separator, said centrifugal separator being adapted to, through generation of centrifugal forces, allowing the concentration of tall oil products so that these are present in a solid structure, characterized by that the separation tank is adapted to, by addition of mixed black liquor, allow the elevation of concentrated tall oil products, which by said elevation flows through a skimmer to a mixing tank, by that the solid structure has a solid form that is too hard to be pumped in a simple manner, that this solid form is adapted to be diluted with water to the extent that it can be pumped, that the thus diluted tall oil products are pumped to a homogenization tank, by that the said concentrated tall oil products are brought from the separation tank to the mixing tank before they, through a pumping unit, are pumped to the centrifuge separator, and by that a proportion of raw tall oil of 50 to 70 wt % of the tall oil products (the soap) is chosen as a mixture of the tall oil products and mixed black liquor downstream of the centrifugal separator.
A method of displaying comments associated with an object, the method comprising: displaying, in a first area of a display, an object; displaying, in a second area of the display, a first comment associated with the object, wherein the first comment is in a fixed location relative to the first area; responding to a first dynamic tactile user input within an area of the display outside of the second area by causing the first comment to be at least partially hidden and displaying, in the second area of the display, a second comment that was at least partially hidden prior to the first dynamic tactile user input without moving the location of the first comment on the display; and responding to a second dynamic tactile user input within the second area of the display by causing the second comment to be at least partially hidden and by causing the first comment to be re-displayed and cover a portion of the second comment, wherein the second dynamic tactile user input is in an opposite direction to the first dynamic tactile user input. displaying, in a first area of a display, an object; displaying, in a second area of the display, a first comment associated with the object, wherein the first comment is in a fixed location relative to the first area; responding to a first dynamic tactile user input within an area of the display outside of the second area by causing the first comment to be at least partially hidden and displaying, in the second area of the display, a second comment that was at least partially hidden prior to the first dynamic tactile user input without moving the location of the first comment on the display; and responding to a second dynamic tactile user input within the second area of the display by causing the second comment to be at least partially hidden and by causing the first comment to be re-displayed and cover a portion of the second comment,
A composition comprising an mRNA encoding acid alpha-glucosidase, wherein the mRNA comprises a codon-optimized nucleotide sequence encoding GAA that is at least 90% identical to SEQ ID NO: 3 and wherein the G/C content of the mRNA is optimized to achieve the highest possible G/C content, taking into account the frequency of the tRNAs according to codon usage and/or stabilizing and destabilizing properties or regions of the mRNA, wherein the mRNA is encapsulated within a liposome, wherein the liposome comprises one or more cationic lipids, one or more non-cationic lipids, one or more cholesterol-based lipids and one or more PEG-modified lipids and wherein the liposome has a size less than 100 nm, for use in a method of treating Pompe disease, comprising administering to a subject in need of treatment the composition at an effective dose and an administration interval such that the administering of the composition results in a reduced muscle glycogen level in the subject as compared to a baseline muscle glycogen level before treatment, or a reduced liver glycogen level in the subject as compared to a baseline liver glycogen level before treatment.
A glass film-resin composite comprising a glass film, and a resin tape laminated to at least one surface of the glass film through an adhesive, wherein the width 1 (mm) of the resin tape satisfies the following formula; l ≡ a E g t g E p t p (where: a represents a reinforcement coefficient (mm* (μm) 1/2) which is 1.10 or more; Eg represents the Young's modulus (GPa) of the glass film; Ep represents the Young's modulus (GPa) of the resin tape; tg represents the thickness (μm) of the glass film; and tp represents the thickness (μm) of the resin tape), wherein the glass film is a glass ribbon, wherein a plurality of the resin tapes are laminated such that the plurality of the resin tapes are provided in the vicinity of each of width-directional opposite edges of the glass ribbon, in spaced-apart relation to each other, wherein the resin tape is laminated to the at least one surface of the glass film through an adhesive having no peelability, the Young moduli being calculated according to the method in the description. wherein the glass film is a glass ribbon, wherein a plurality of the resin tapes are laminated such that the plurality of the resin tapes are provided in the vicinity of each of width-directional opposite edges of the glass ribbon, in spaced-apart relation to each other, wherein the resin tape is laminated to the at least one surface of the glass film through an adhesive having no peelability, the Young moduli being calculated according to the method in the description.