mhurhangee/patent-ind-claim-en huggingface dataset:
A method for bundling conveying streams at a material handling element or node (Ka..Kz, K1..K34) with several incoming conveyor segments , at least one coupling to an outgoing conveyor segment , to which the incoming conveyor segments are merged, and several holding devices for stopping conveyed objects on the incoming conveyor segments , characterized in that - the conveyed objects are vectorially linked according to their target sorting sequence in ascending/descending order, and that said vectorial coupling is saved in a memory of a controller assigned to the material handling element/node (Ka..Kz, K1..K34) and/or in a memory of a superordinate controller, - the conveyed objects of different target sorting sequences, which pass the material handling element/node (Ka..Kz, K1..K34), are linked vectorially according to their actual sequence in ascending/descending order and that this is saved in the already saved vectorial coupling, and - conveyed objects waiting at a material handling element/node (Ka..Kz, K1..K34) are released in such a sequence which avoids the formation of a ring with a constant sense of direction in the common vectorial coupling of the target sorting sequences and the actual sequence. - the conveyed objects are vectorially linked according to their target sorting sequence in ascending/descending order, and that said vectorial coupling is saved in a memory of a controller assigned to the material handling element/node (Ka..Kz, K1..K34) and/or in a memory of a superordinate controller, - the conveyed objects of different target sorting sequences, which pass the material handling element/node (Ka..Kz, K1..K34), are linked vectorially according to their actual sequence in ascending/descending order and that this is saved in the already saved vectorial coupling, and - conveyed objects waiting at a material handling element/node (Ka..Kz, K1..K34) are released in such a sequence which avoids the formation of a ring with a constant sense of direction in the common vectorial coupling of the target sorting sequences and the actual sequence.
Method for laser welding of workpieces (W), wherein a laser beam (L) oriented onto a workpiece surface has a radiation intensity such that the workpiece material of the at least one workpiece (W) to be welded is melted in the region of a laser focus (F), wherein a vapor capillary (D) is formed in the region of the laser focus (F), which is enclosed at least in sections by a liquid molten pool (S), wherein the laser beam (L) is moved relative to the workpiece surface in a feed direction (V) to produce a weld seam, wherein the molten pool (S) is mechanically stressed for stabilisation during the welding process by application of a gas flow (G) oriented onto the workpiece surface, wherein the laser beam (L) is moved relative to the workpiece surface in the feed direction (V) at a feed speed (v w ) to produce the weld seam, and a hydrodynamic dynamic pressure (p d ) of the gas flow (G) applied to the workpiece (W) is set, characterized in that the hydrodynamic dynamic pressure (p d ) of the gas flow (G) applied to the workpiece (W) is set as a function of the feed speed (v w ) in such a way that the hydrodynamic dynamic pressure (p d ) is at least half as much and at most four times as much as a reference dynamic pressure (p s ) selected proportionally to the feed speed (v w ), which is given by the relationship p s = k ∗ v w wherein the proportionality factor (k) in the SI unit system is k = 7,2 ∗ 10 3 Pa s m .
A method of diagnosing type 1 diabetes (T1D) in a subject comprising: testing a sample from the subject for the presence or absence of antibodies against oxidative post-translationally modified insulin; wherein the presence of antibodies against oxidative post-translationally modified insulin in the sample is indicative of T1D in the subject. testing a sample from the subject for the presence or absence of antibodies against oxidative post-translationally modified insulin; wherein the presence of antibodies against oxidative post-translationally modified insulin in the sample is indicative of T1D in the subject.
A length of tubing comprising: an inner corrugated tubing layer ; an internal jacket surrounding the outside of the inner corrugated tubing layer ; a conductive layer adjacent to the outside of the internal jacket , wherein the conductive layer is at least electrically conductive; an external jacket surrounding the conductive layer and the internal jacket ; and a sealing device comprising: a body member defining a sleeve portion; and a bushing received in the sleeve portion, characterized by the bushing comprising: a first annular internal rib engaged with a corrugation valley of the inner corrugated tubing layer ; a second annular internal rib pressed against the conductive layer surrounding the inner corrugated tubing layer , wherein the second annular internal rib has a rounded, substantially non-piercing profile; and a third annular internal rib pressed against the external jacket surrounding the conductive layer . an inner corrugated tubing layer ; an internal jacket surrounding the outside of the inner corrugated tubing layer ; a conductive layer adjacent to the outside of the internal jacket , wherein the conductive layer is at least electrically conductive; an external jacket surrounding the conductive layer and the internal jacket ; and a sealing device comprising: a body member defining a sleeve portion; and a bushing received in the sleeve portion, characterized by the bushing comprising: a first annular internal rib engaged with a corrugation valley of the inner corrugated tubing layer ; a second annular internal rib pressed against the conductive layer surrounding the inner corrugated tubing layer , wherein the second annular internal rib has a rounded, substantially non-piercing profile; and a third annular internal rib pressed against the external jacket surrounding the conductive layer . a body member defining a sleeve portion; and a bushing received in the sleeve portion, characterized by the bushing comprising: a first annular internal rib engaged with a corrugation valley of the inner corrugated tubing layer ; a second annular internal rib pressed against the conductive layer surrounding the inner corrugated tubing layer , wherein the second annular internal rib has a rounded, substantially non-piercing profile; and a third annular internal rib pressed against the external jacket surrounding the conductive layer . a first annular internal rib engaged with a corrugation valley of the inner corrugated tubing layer ; a second annular internal rib pressed against the conductive layer surrounding the inner corrugated tubing layer , wherein the second annular internal rib has a rounded, substantially non-piercing profile; and a third annular internal rib pressed against the external jacket surrounding the conductive layer .
A flexible catheter system for clearing an accumulation of occlusive material from a vessel, duct or lumen in a living being, said flexible catheter system comprising a guidewire lumen , a rotary helical aspiration pump and a working head , wherein said rotary helical aspiration pump comprises a helical wire , a core , and a catheter jacket , wherein said catheter jacket surrounds said helical wire and said helical wire is wrapped around said core in a helical arrangement, and further wherein said helical wire is configured to be driven by a helical source of rotary power to operate independently of said core , characterized in that the working head comprises a can portion and a flexible connector portion , wherein the can portion includes at least one aspiration port , wherein the flexible connector portion is configured to allow the can portion to be displaced laterally away from the guidewire lumen , and wherein the can portion is physically attached to the catheter jacket .
A method of using radio resources in fixed frame periods, FFPs, on a channel for radio communication in a radio network comprising a first node and a second node , each of the FFPs comprising an idle time, IT, for clear channel assessment, CCA, of the channel and a maximum channel occupancy time, M-COT, for occupying the channel depending on the CCA , the method performed by the first node comprising or initiating at least one of the steps of: selectively monitoring the radio resources in the FFPs on the channel, wherein the selective monitoring comprises refraining from monitoring a first set of the radio resources, which is allocated to a first message of the second node and which is partially or completely in the IT ; and selectively transmitting on the radio resources in the FFPs on the channel, wherein the selective transmitting comprises refraining from transmitting on a first set of the radio resources, which is allocated to a first message of the first node and which is partially or completely in the IT . selectively monitoring the radio resources in the FFPs on the channel, wherein the selective monitoring comprises refraining from monitoring a first set of the radio resources, which is allocated to a first message of the second node and which is partially or completely in the IT ; and selectively transmitting on the radio resources in the FFPs on the channel, wherein the selective transmitting comprises refraining from transmitting on a first set of the radio resources, which is allocated to a first message of the first node and which is partially or completely in the IT .
A bioelectrode sheet to be affixed to a skin of a subject, the bioelectrode sheet comprising: a sheet-like base including first and second surfaces; an electrode held by the base , at least a part of the electrode being disposed on a side of the first surface of the base ; a conductive gel layer that covers the at least part of the electrode disposed on the side of the first surface of the base and is exposed to the side of the first surface; and an adhesive layer that is disposed in a position different from the conductive gel layer of the base and is exposed to the side of the first surface in a position different from the conductive gel layer , characterized in that the adhesive layer includes medicament mixed in the adhesive layer ; wherein the bioelectrode sheet further comprises a prevention structure that prevents the medicament from the adhesive layer from flowing into the conductive gel layer , the prevention structure is embodied by (i) the adhesive layer includes a first region where the medicament is mixed and a second region where the medicament is not mixed, or (ii) a stopper is disposed between the conductive gel layer and the adhesive layer to avoid interference between the conductive gel layer and the adhesive layer . a sheet-like base including first and second surfaces; an electrode held by the base , at least a part of the electrode being disposed on a side of the first surface of the base ; a conductive gel layer that covers the at least part of the electrode disposed on the side of the first surface of the base and is exposed to the side of the first surface; and an adhesive layer that is disposed in a position different from the conductive gel layer of the base and is exposed to the side of the first surface in a position different from the conductive gel layer , characterized in that the adhesive layer includes medicament mixed in the adhesive layer ; wherein the bioelectrode sheet further comprises a prevention structure that prevents the medicament from the adhesive layer from flowing into the conductive gel layer , the prevention structure is embodied by (i) the adhesive layer includes a first region where the medicament is mixed and a second region where the medicament is not mixed, or (ii) a stopper is disposed between the conductive gel layer and the adhesive layer to avoid interference between the conductive gel layer and the adhesive layer . (i) the adhesive layer includes a first region where the medicament is mixed and a second region where the medicament is not mixed, or (ii) a stopper is disposed between the conductive gel layer and the adhesive layer to avoid interference between the conductive gel layer and the adhesive layer .
A variable-vane assembly for a variable-nozzle turbine, the variable-vane assembly comprising: a generally annular nozzle ring and an array of vanes circumferentially spaced about the nozzle ring, each vane being rotatably mounted to the nozzle ring and connected to a rotatable actuator ring such that rotation of the actuator ring relative to the nozzle ring rotates the vanes for regulating exhaust gas flow through the array of vanes; an insert having a tubular portion structured and arranged to be sealingly received into a bore of a turbine housing and having a nozzle portion extending generally radially out from one end of the tubular portion, the nozzle portion being axially spaced from the nozzle ring such that the vanes extend between the nozzle ring and the nozzle portion; characterized by a distinct, separate ring-shaped wire cage disposed radially outwardly of the vanes and having one axial end rigidly affixed to the nozzle ring and an opposite axial end rigidly affixed to the nozzle portion so as to fix a spacing between the nozzle ring and the nozzle portion in an axial direction of the variable-vane assembly, the wire cage having a plurality of circumferentially spaced wires extending generally in the axial direction between the nozzle ring and the nozzle portion. a generally annular nozzle ring and an array of vanes circumferentially spaced about the nozzle ring, each vane being rotatably mounted to the nozzle ring and connected to a rotatable actuator ring such that rotation of the actuator ring relative to the nozzle ring rotates the vanes for regulating exhaust gas flow through the array of vanes; an insert having a tubular portion structured and arranged to be sealingly received into a bore of a turbine housing and having a nozzle portion extending generally radially out from one end of the tubular portion, the nozzle portion being axially spaced from the nozzle ring such that the vanes extend between the nozzle ring and the nozzle portion; characterized by a distinct, separate ring-shaped wire cage disposed radially outwardly of the vanes and having one axial end rigidly affixed to the nozzle ring and an opposite axial end rigidly affixed to the nozzle portion so as to fix a spacing between the nozzle ring and the nozzle portion in an axial direction of the variable-vane assembly, the wire cage having a plurality of circumferentially spaced wires extending generally in the axial direction between the nozzle ring and the nozzle portion.
A method for energy calibration of a pulsed cutting laser for eye surgery, comprising: irradiating (S1) a transparent sample material with a plurality of sets of laser pulses of the cutting laser with pulse energies differing from set to set to photodisrupt the sample material; analyzing (S2) at least one visually perceptible discoloration structure created in the transparent sample material as a result of the photodisruption; selecting (S3) the pulse energy of one of the sets based on the analysis; and setting (S4) a treatment pulse energy for the cutting laser based on the selected energy, wherein a plate-like piece of material made of PMMA is used as the sample material and the sets are each irradiated at different plate regions of the piece of material. irradiating (S1) a transparent sample material with a plurality of sets of laser pulses of the cutting laser with pulse energies differing from set to set to photodisrupt the sample material; analyzing (S2) at least one visually perceptible discoloration structure created in the transparent sample material as a result of the photodisruption; selecting (S3) the pulse energy of one of the sets based on the analysis; and setting (S4) a treatment pulse energy for the cutting laser based on the selected energy, wherein a plate-like piece of material made of PMMA is used as the sample material and the sets are each irradiated at different plate regions of the piece of material.
Heat exchange system for the thermal regulation of the gases admitted to a motor vehicle combustion engine, comprising a heat exchange module consisting of at least a first heat exchanger for the intake air, a second exchanger for the recirculated exhaust gases, comprising a first bypass for bypassing the exchanger for the intake air and a second bypass , which may or may not be common to the first bypass, for bypassing the exchanger for the recirculated gases, first means for distributing the intake air between the exchanger and the first bypass , second distribution means for distributing the recirculated gases between the exchanger and the second bypass , and control means connected to the first and second distribution means (14; 26) to adjust the proportion of the intake gases cooled or heated, of the intake gases which have been neither cooled nor heated, of the recirculated exhaust gases which have been cooled and of the recirculated exhaust gases which have been neither cooled nor heated, according to a predefined law and in which the first and second exchangers consist of separate exchangers, the first and second bypasses are combined into a single bypass.
A separation matrix comprising at least 11, such as at least 15, 15-21, 17-21 or 18-20 mg/ml Fc-binding ligands covalently coupled to a porous support, wherein: a) said ligands comprise multimers of alkali-stabilized Protein A domains, b) said porous support comprises cross-linked agarose particles having a volume-weighted median diameter (d50,v) of 56-70 micrometers, a dry solids weight of 55-80 mg/ml, and a pore size corresponding to an inverse gel filtration chromatography Kd value of 0.69-0.85 for dextran of Mw 110 kDa. a) said ligands comprise multimers of alkali-stabilized Protein A domains, b) said porous support comprises cross-linked agarose particles having a volume-weighted median diameter (d50,v) of 56-70 micrometers, a dry solids weight of 55-80 mg/ml, and
Conducting track fuse for an electrical or electronic device, comprising a first and a second connection region , a linearly or non-linearly extending burn-out region arranged between the first and the second connection region , and a covering element having at least two lateral walls and a covering surface , which covering element is arranged over the first and the second connection region and over the burn-out region , the burn-out region and the covering element being arranged relative to one another in such a way that the area of the covering surface covers the burn-out region and a cavity is formed between the burn-out region and the covering surface as a result of the height of the lateral walls , characterized in that the covering element is designed in such a way that the lateral walls do not completely surround the cavity , so that, in plan view of the conducting track fuse, a gas vent is formed on an end face of the covering element .
A hair care composition comprising: a hybrid copolymer comprising at least one ethylenically unsaturated monomer and chain transfer agent as an end group said chain transfer agent being a hydroxyl containing moiety obtained from plant sources directly or by enzymatic or fermentation processes; a hybrid synthetic copolymer comprising one or more synthetic polymers derived from the at least one ethylenically unsaturated monomer with at least one initiator fragment as an end group; from 0.01 up to 20% by weight, based on the weight of the composition, of a cosmetic or personal care additive, which is a hair cosmetic additive; and wherein the hair care composition is selected from the group consisting of a shampoo, a conditioner, a hair color formulation, a hair relaxer, and a hair fixative. a hybrid copolymer comprising at least one ethylenically unsaturated monomer and chain transfer agent as an end group said chain transfer agent being a hydroxyl containing moiety obtained from plant sources directly or by enzymatic or fermentation processes; a hybrid synthetic copolymer comprising one or more synthetic polymers derived from the at least one ethylenically unsaturated monomer with at least one initiator fragment as an end group; from 0.01 up to 20% by weight, based on the weight of the composition, of a cosmetic or personal care additive, which is a hair cosmetic additive; and wherein the hair care composition is selected from the group consisting of a shampoo, a conditioner, a hair color formulation, a hair relaxer, and a hair fixative.
Copying unit (U) for adjusting the machining of at least one surface and or one edge of a panel made of wood and the like for a woodworking machine, provided with a frame, comprising a support (S), which can be fixed to the frame of said woodworking machine, and a copier (C) installed on said support (S), wherein said copier (C) comprises an annular roller made of a partially deformable material, intended to contact said at least one surface of said panel, and a supporting group , arranged within said annular roller , having a circular shape defined by external surface , characterized in that said supporting group is capable of modifying the shape of said annular roller so as to ovalize the shape of said copier (C), moving said axis of symmetry (C') away from the surface of said panel to be machined, when said copier (C) is in contact with the portion of said annular roller arranged opposite said support (S). a support (S), which can be fixed to the frame of said woodworking machine, and a copier (C) installed on said support (S), wherein said copier (C) comprises an annular roller made of a partially deformable material, intended to contact said at least one surface of said panel, and a supporting group , arranged within said annular roller , having a circular shape defined by external surface , characterized in that said supporting group is capable of modifying the shape of said annular roller so as to ovalize the shape of said copier (C), moving said axis of symmetry (C') away from the surface of said panel to be machined, when said copier (C) is in contact with the portion of said annular roller arranged opposite said support (S).
A crankshaft for an internal combustion engine of a motor vehicle, comprising at least one journal and a crankpin separated by a crank arm , a counterweight system partially immersed in an oil film contained in the lower part of the engine, the counterweight system being of revolution about the axis (X) of rotation of the crankshaft and comprising a casing covering a crank arm holding a balancing mass , characterized in that the casing is composed of two semi-cylindrical half-shells .