mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a carrier substrate made of glass for a display having flexible, bendable and/or elastic properties at least in a predetermined region of the carrier substrate , in which a plurality of recesses are introduced into the carrier substrate as a result of material removal by means of an etching process, by introducing, within the region of the carrier substrate , modifications along at least one closed and/or linear contour and/or punctiform modifications into the carrier substrate by means of laser radiation and applying, at least within the region , at least one flexible, bendable and/or elastic layer to the carrier substrate and subsequently exposing a side of the carrier substrate that faces away from the layer to an etching attack via which material is removed from the carrier substrate along the closed and/or linear contour and/or the punctiform modification of the laser-modified regions until the recesses thus created extend at least over a substantial portion of the material thickness (D) of the carrier substrate , in particular between the layer and an outer surface of the carrier substrate that faces away from the layer , and thereby form a flexure hinge.
In vitro method of diagnosing colon cancer or the risk of colon cancer in a patient by detecting autoantibodies against the marker protein ArsA Arsenite Transporter, ATP-Binding, Homolog 1 (ASNA1) and autoantibodies against at least 1 of the marker proteins selected from the markers Ecm29 proteasome adaptor and scaffold (KIAA0368 also known as ECPAS), queuine tRNA-ribosyltransferase catalytic subunit 1 (QTRT1), SAM domain, SH3 domain and nuclear localization signals 1 (SAMSN1), glycoprotein Ib platelet subunit beta (GP1BB), actin like 6B (ACTL6B), aftiphilin (AFTPH), A-kinase anchoring protein 9 (AKAP9), Rho guanine nucleotide exchange factor 1 (ARHGEF1), C-C motif chemokine ligand 28 (CCL28), cadherin 2 (CDH2), C-terminal Src kinase (CSK), dCTP pyrophosphatase 1 (DCTPP1), DEAD-box helicase 3 Y-linked (DDX3Y), DnaJ heat shock protein family (Hsp40) member C10 (DNAJC10), EMAP like 2 (EML2), golgi associated, gamma adaptin ear containing, ARF binding protein 1 (GGA1), hydroxyacyl-CoA dehydrogenase trifunctional multienzyme complex subunit alpha (HADHA), high mobility group nucleosomal binding domain 2 (HMGN2), ISG15 ubiquitin like modifier (ISG15), leucine rich repeat and sterile alpha motif containing 1 (LRSAM1), minichromosome maintenance complex component 3 associated protein (MCM3AP), mitochondrial carrier 2 (MTCH2), karyopherin subunit alpha 2 (KPNA2), polycystin 1 like 1, transient receptor potential channel interacting (PKD1L1), pogo transposable element derived with ZNF domain (POGZ), protein arginine methyltransferase 1 (PRMT1), pre-mRNA processing factor 4B (PRPF4B), G protein-coupled receptor kinase 6 (GRK6), SERPINE1 mRNA binding protein 1 (SERBP1), trafficking protein particle complex 3 (TRAPPC3), ST3 beta-galactoside alpha-2,3-sialyltransferase 3 (ST3GAL3), YLP motif containing 1 (YLPM1), tyrosine 3-monooxygenase/tryptophan 5-monooxygenase activation protein zeta (YWHAZ) in a patient comprising the step of detecting the autoantibodies against said marker proteins in a sample that has been taken from the patient, wherein the detection of said autoantibodies of the detecting step indicate colon cancer or the risk of colon cancer.
A dual-motor clip applicator, comprising a working head , and a handle , wherein the working head comprises: a first motor , a second motor , a first driving assembly , a second driving assembly , and a clip cartridge assembly that are provided in the working head , the clip cartridge assembly comprises a clip cartridge configured to accommodate a ligation clip and a clip jaw provided on a side of the clip cartridge ; the working head further comprises a firing rod and a clip-pushing rod , the firing rod is connected to the clip jaw to drive the clip jaw to open or close for firing the ligation clip, the first driving assembly is respectively connected to the firing rod and the first motor , the second driving assembly is respectively connected to the clip-pushing rod and the second motor , and the clip-pushing rod is configured to push the ligation clip in the clip cartridge to enter into the clip jaw . the clip cartridge assembly comprises a clip cartridge configured to accommodate a ligation clip and a clip jaw provided on a side of the clip cartridge ; the working head further comprises a firing rod and a clip-pushing rod , the firing rod is connected to the clip jaw to drive the clip jaw to open or close for firing the ligation clip, the first driving assembly is respectively connected to the firing rod and the first motor , the second driving assembly is respectively connected to the clip-pushing rod and the second motor , and the clip-pushing rod is configured to push the ligation clip in the clip cartridge to enter into the clip jaw .
A revolving door , comprising • a turnstile having at least two door leaves , wherein the turnstile is rotatable about an axis of rotation , wherein are defined an axial direction along the axis of rotation and a radial direction vertically with regard to the axial direction , and • an electrical drive formed as an electronically commuted multi-pole motor having a stator comprising a laminated stator core and several coils , and a rotor comprising a laminated rotor core and several permanent magnets , • wherein the rotor is disposed coaxially with regard to the axis of rotation, and is connected to the turnstile for the direct gear-less drive, wherein • the permanent magnets with a first protrusion protrude in axial direction beyond the laminated stator core , so that the rotor can be retained at the stator just by the magnetic force, characterized in • that , at the side opposite the first protrusion , the permanent magnets protrude in axial direction by a second protrusion beyond the laminated rotor core , so that the permanent magnets can be detected with a sensor. • a turnstile having at least two door leaves , wherein the turnstile is rotatable about an axis of rotation , wherein are defined an axial direction along the axis of rotation and a radial direction vertically with regard to the axial direction , and • an electrical drive formed as an electronically commuted multi-pole motor having a stator comprising a laminated stator core and several coils , and a rotor comprising a laminated rotor core and several permanent magnets , • wherein the rotor is disposed coaxially with regard to the axis of rotation, and is connected to the turnstile for the direct gear-less drive, wherein • the permanent magnets with a first protrusion protrude in axial direction beyond the laminated stator core , so that the rotor can be retained at the stator just by the magnetic force, characterized in • that , at the side opposite the first protrusion , the permanent magnets protrude in axial direction by a second protrusion beyond the laminated rotor core , so that the permanent magnets can be detected with a sensor.
Agent for the disinfection of surfaces and the destruction of bacterial metabolic products, said agent containing at least one percarboxylic acid together with a stabilizing agent in aqueous solution, characterized in that polyvinylpyrrolidone (PVP) is used as stabilizing agent, the agent comprising a hydroxypercarboxylic acid.
LED-based lamp containing a radiator housing coaled with dielectric heat-conducting plastic ; a board with light-emitting diodes (LEDs); a diffuser covering said LEDs; a power supply source and an adapter plug : characterized in that said radiator housing has first and second parts connected to each other, and each of said first and second parts includes an aluminum, section and an external wall , said external wall has elongated ends and a flat area between the elongated ends ; said LED board is mounted on the flat areas of the external walls of each aluminum section ; the internal surface of the flat area of each aluminum section is provided with heat removing fins ; said heat removing fins of the aluminum section of the first part of the radiator housing are oriented towards the heat removing fins of the aluminum section of the second part of the radiator housing such that this reciprocal allocation of heat removing fins creates ventilation cavities ; and a gap is created between said heat removing fins of the first and second parts of the radiator housing to ensure efficiency of convection at any position of the lamp between said heat removing fins ; the internal and external surfaces of the walls of the aluminum sections are covered with dielectric heat-conducting plastic ; the elongated ends of external wall of each aluminum section are connected to said adapter plug by means of transition elements which are formed from dielectric heat-conducting plastic . characterized in that said radiator housing has first and second parts connected to each other, and each of said first and second parts includes an aluminum, section and an external wall , said external wall has elongated ends and a flat area between the elongated ends ; said LED board is mounted on the flat areas of the external walls of each aluminum section ; the internal surface of the flat area of each aluminum section is provided with heat removing fins ; said heat removing fins of the aluminum section of the first part of the radiator housing are oriented towards the heat removing fins of the aluminum section of the second part of the radiator housing such that this reciprocal allocation of heat removing fins creates ventilation cavities ; and a gap is created between said heat removing fins of the first and second parts of the radiator housing to ensure efficiency of convection at any position of the lamp between said heat removing fins ; the internal and external surfaces of the walls of the aluminum sections are covered with dielectric heat-conducting plastic ; the elongated ends of external wall of each aluminum section are connected to said adapter plug by means of transition elements which are formed from dielectric heat-conducting plastic .
An anode active material, comprising silicon-based particles obtained from a silicon alloy, the silicon-based particles having a faceted shape, characterized in that the silicon-based particles having a faceted shape have an average diameter of 0.1 to 30 μm, characterized in that the anode active material is a single phase consisting of only silicon-based particles obtained from a Si/Al/Fe alloy with atomic ratio of 75/15/10(%).
Mobile crushing system comprising a chassis , as well as a receiving bin , a crusher and an apron conveyor arranged on a supporting structure for conveying the material to be crushed from the receiving bin to the crusher , wherein the receiving bin is attached at connection points on the supporting structure , wherein the apron conveyor extends beyond a base of the receiving bin in a direction opposite to the conveying direction (F) with a section designed to receive the material to be crushed, characterised in that the supporting structure has free connection points , wherein the receiving bin is attached to the supporting structure with a detachable form-fit and/or force-fit connection such that the receiving bin can be removed from the apron conveyor along specified separation surfaces.
A print head comprising: a nozzle ; a fluid channel formed in a semiconductor material to provide printing fluid to the nozzle ; and a Light Emitting Diode, LED, to emit light to heat printing fluid in the fluid channel causing localised vaporisation of the printing fluid and ejection of a fluid drop through the nozzle characterised in that the LED is etched into the semiconductor material forming the fluid channel such that it is formed integrally to fluid channel of the print head . a nozzle ; a fluid channel formed in a semiconductor material to provide printing fluid to the nozzle ; and a Light Emitting Diode, LED, to emit light to heat printing fluid in the fluid channel causing localised vaporisation of the printing fluid and ejection of a fluid drop through the nozzle characterised in that the LED is etched into the semiconductor material forming the fluid channel such that it is formed integrally to fluid channel of the print head .
A method, comprising: receiving, by an electronic device (11; 402), data defining an augmented reality, AR, environment including a representation of a physical environment ; identifying at least one of a plane (A) representing at least a portion of a first real-world object within the physical environment and an augmented region (B) representing at least a portion of a second real-world object within the physical environment , wherein the augmented region (B) is a two-dimensional region without a depth, and the plane (A) is a three-dimensional plane having a depth; receiving an instruction to place an AR object within the AR environment ; and in response to receiving the instruction, placing the AR object in the AR environment at least one of based on the plane (A) using a plane-tracking mode or based on the augmented region (B) using a region-tracking mode; the method further comprising, either: placing the AR object in the AR environment at a first time based on the plane-tracking mode, and switching, at a second time, to the region-tracking mode; or placing the AR object in the AR environment at a first time based on the region-tracking mode, and switching, at a second time, to the plane-tracking mode. receiving, by an electronic device (11; 402), data defining an augmented reality, AR, environment including a representation of a physical environment ; identifying at least one of a plane (A) representing at least a portion of a first real-world object within the physical environment and an augmented region (B) representing at least a portion of a second real-world object within the physical environment , wherein the augmented region (B) is a two-dimensional region without a depth, and the plane (A) is a three-dimensional plane having a depth; receiving an instruction to place an AR object within the AR environment ; and in response to receiving the instruction, placing the AR object in the AR environment at least one of based on the plane (A) using a plane-tracking mode or based on the augmented region (B) using a region-tracking mode; the method further comprising, either: placing the AR object in the AR environment at a first time based on the plane-tracking mode, and switching, at a second time, to the region-tracking mode; or placing the AR object in the AR environment at a first time based on the region-tracking mode, and switching, at a second time, to the plane-tracking mode. placing the AR object in the AR environment at a first time based on the plane-tracking mode, and switching, at a second time, to the region-tracking mode; or placing the AR object in the AR environment at a first time based on the region-tracking mode, and switching, at a second time, to the plane-tracking mode.
Method for monitoring an object in the environment of an aircraft on the ground , having the steps of: spatially allocating (S0a) at least one communication device to the aircraft , determining relative spatial allocation information relating to the at least one communication device spatially allocated to the aircraft with respect to the aircraft , transmitting (S1) a communication signal between a communication device arranged on the object and the at least one communication device spatially allocated to the aircraft on the ground , and determining (S2) spatial location information relating to the object on the basis of the transmitted communication signal and the determined relative spatial allocation information. spatially allocating (S0a) at least one communication device to the aircraft , determining relative spatial allocation information relating to the at least one communication device spatially allocated to the aircraft with respect to the aircraft , transmitting (S1) a communication signal between a communication device arranged on the object and the at least one communication device spatially allocated to the aircraft on the ground , and determining (S2) spatial location information relating to the object on the basis of the transmitted communication signal and the determined relative spatial allocation information.
Capsule for preparing edible products, such as for example aromatic beverages, said capsule comprising a container part and a lid part , the container part presenting a base wall that is also the beverage exit wall, and a sidewall extending with relation to a central axis (X), and with structural configuration adapted for resisting interior pressures of at least 4 bar, preferentially at least 8 bar, the container part provided in a composite substance presenting a composition that includes biopolymers, characterized in that the container part presents reinforcement means including: - lateral reinforcement means configured so that represent an increase of thickness of the sidewall towards the base wall , and - base reinforcement means that represent an increase of thickness of the base wall towards the centre of the base wall , whereby said reinforcement means are provided as ribs that extend in the interior surface of the container part , so that provide a localized increase of the wall thickness of the container part , when seen in side cut, said increase of wall thickness generally extending in the downstream direction and to the centre thereof. said capsule comprising a container part and a lid part , the container part presenting a base wall that is also the beverage exit wall, and a sidewall extending with relation to a central axis (X), and with structural configuration adapted for resisting interior pressures of at least 4 bar, preferentially at least 8 bar, the container part provided in a composite substance presenting a composition that includes biopolymers, characterized in that the container part presents reinforcement means including: - lateral reinforcement means configured so that represent an increase of thickness of the sidewall towards the base wall , and - base reinforcement means that represent an increase of thickness of the base wall towards the centre of the base wall , - lateral reinforcement means configured so that represent an increase of thickness of the sidewall towards the base wall , and - base reinforcement means that represent an increase of thickness of the base wall towards the centre of the base wall , whereby said reinforcement means are provided as ribs that extend in the interior surface of the container part , so that provide a localized increase of the wall thickness of the container part , when seen in side cut, said increase of wall thickness generally extending in the downstream direction and to the centre thereof.
An inflatable air-bag , the air-bag being provided with a controllable vent formed in the fabric of the air-bag , the vent comprising a hole formed in the fabric of the air-bag , and a flexible vent-tube which extends inwardly of the air-bag from said hole to terminate in a free end located within the air-bag , the free end of the vent-tube normally being tethered within the air-bag so as to maintain the vent in a closed condition, but being releasable in response to a signal from a sensor so as to open the vent, characterised in that said vent-tube is fixed to the inner surface of the air-bag fabric around said hole by stitching which runs around the periphery of the hole and which is located within the tube.
A method of transmitting data packets over a network to provide an adaptive user interface , the method comprising: identifying , by one or more processors, a plurality of data files available for transmission to a client device , each of the plurality of data files transmitted as a set of data packets having a payload comprising an amount of data, each of the plurality of data files having different payloads and causing the client device to display a respective user interface component within a user interface on the client device ; determining , by the one or more processors, a property of at least one of the client device or a user associated with the client device, the property indicating a likelihood of the user unintentionally selecting a user-selectable portion of the user interface ; selecting , by the one or more processors, a data file from among the plurality of data files in response to the property and a size of the payload of the data file, selecting the data file comprising: selecting a first data file in response to the property having a first characteristic and the first data file having a first payload; or selecting a second data file in response to the property having a second characteristic and the second data file having a second payload greater than the first payload; and causing the selected one of the first or second data files to be transmitted to the client device . identifying , by one or more processors, a plurality of data files available for transmission to a client device , each of the plurality of data files transmitted as a set of data packets having a payload comprising an amount of data, each of the plurality of data files having different payloads and causing the client device to display a respective user interface component within a user interface on the client device ; determining , by the one or more processors, a property of at least one of the client device or a user associated with the client device, the property indicating a likelihood of the user unintentionally selecting a user-selectable portion of the user interface ; selecting , by the one or more processors, a data file from among the plurality of data files in response to the property and a size of the payload of the data file, selecting the data file comprising: selecting a first data file in response to the property having a first characteristic and the first data file having a first payload; or selecting a second data file in response to the property having a second characteristic and the second data file having a second payload greater than the first payload; and selecting a first data file in response to the property having a first characteristic and the first data file having a first payload; or selecting a second data file in response to the property having a second characteristic and the second data file having a second payload greater than the first payload; and causing the selected one of the first or second data files to be transmitted to the client device .
Method for acoustically monitoring an industrial installation, wherein a measuring sensor is used to record an acoustic signal, - the recorded acoustic signal is stored as at least one time signal in a memory , - at least one evaluation signal being calculated from the at least one time signal by means of an adaptive filter and being stored in the memory in each case, - at least one power density spectrum signal is calculated from the at least one evaluation signal, - and threshold-based evaluation in a predefined frequency band is used to determine a threshold for the at least one power density spectrum signal and an alarm is output if a limit value is exceeded or fallen short of, characterized in that the adaptive filter is a linear predictive coding filter. - the recorded acoustic signal is stored as at least one time signal in a memory , - at least one evaluation signal being calculated from the at least one time signal by means of an adaptive filter and being stored in the memory in each case, - at least one power density spectrum signal is calculated from the at least one evaluation signal, - and threshold-based evaluation in a predefined frequency band is used to determine a threshold for the at least one power density spectrum signal and an alarm is output if a limit value is exceeded or fallen short of, characterized in that the adaptive filter is a linear predictive coding filter.