mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing and delivering product orders, such as consumer products, distributing said products into at least two different categories based on their nature, the method comprising at least two order preparation steps carried out respectively in two distinct order preparation zones for preparing products for the first and second categories, respectively, each of said order preparation steps comprising: - a step for withdrawing products in one or more storage and preparation zones of the products to be withdrawn and placing them in containers ((1 b, 1 b), 7, 9), - a step for reconciling the withdrawn products contained in the containers, in one or more storage and reconciliation zones (6, 7, 9), using at least one device (16, 8, 10) for providing complete orders for the corresponding product category, - at least one step for using a conveying system (4, 5) to convey empty or full containers from the storage and preparation zone(s) for products to be withdrawn ((1 a, 1 b), 7, 9) toward the storage and reconciliation zone(s) (6, 7, 9), and vice versa. - a step for withdrawing products in one or more storage and preparation zones of the products to be withdrawn and placing them in containers ((1 b, 1 b), 7, 9), - a step for reconciling the withdrawn products contained in the containers, in one or more storage and reconciliation zones (6, 7, 9), using at least one device (16, 8, 10) for providing complete orders for the corresponding product category, - at least one step for using a conveying system (4, 5) to convey empty or full containers from the storage and preparation zone(s) for products to be withdrawn ((1 a, 1 b), 7, 9) toward the storage and reconciliation zone(s) (6, 7, 9), and vice versa.
Mobile house utilising renewable energy, characterised by comprising: - a shell structure comprising a mountable and dismountable supporting structure and panels and roof mounted thereon with releasable connections, - ground screws bearing the mobile house and affixing the shell structure to the ground and spacing the mobile house from the ground, and - electric energy supply system, potable water supply system waste water treatment system, ventilation and heating system utilising renewable energy and carried by the shell structure. - a shell structure comprising a mountable and dismountable supporting structure and panels and roof mounted thereon with releasable connections, - ground screws bearing the mobile house and affixing the shell structure to the ground and spacing the mobile house from the ground, and - electric energy supply system, potable water supply system waste water treatment system, ventilation and heating system utilising renewable energy and carried by the shell structure.
Radiation-emitting device comprising - a first active semiconductor layer embodied for the emission of electromagnetic radiation of a first wavelength and for direct contact with connection electrodes (18, 20), and - a further active semiconductor layer embodied for the emission of electromagnetic radiation of a second wavelength which is different from the first and for direct contact with connection electrodes (18, 20), wherein the first active semiconductor layer and the further active semiconductor layer are arranged in a manner stacked one above another, wherein the first and the further active semiconductor layer (12, 14) are fabricated separately from one another, characterized in that the first and the further active semiconductor layer (12, 14) are constructed in substrateless fashion without a carrier layer and are embodied as individual, separate semiconductor chips - a first reflection layer is arranged between the active semiconductor layers (12, 14), which reflection layer is a layer of a transparent, electrically-conductive material, - by means of the first reflection layer, a jump in the refractive index between the active semiconductor layers (12, 14) is divided into two smaller jumps, - the first active semiconductor layer has a radiation coupling-out area and a second reflection layer arranged on a side of the first active semiconductor layer which is remote from the radiation coupling-out area, and - the second reflection layer is a metallic or dielectric layer. - a first active semiconductor layer embodied for the emission of electromagnetic radiation of a first wavelength and for direct contact with connection electrodes (18, 20), and - a further active semiconductor layer embodied for the emission of electromagnetic radiation of a second wavelength which is different from the first and for direct contact with connection electrodes (18, 20), wherein - a first reflection layer is arranged between the active semiconductor layers (12, 14), which reflection layer is a layer of a transparent, electrically-conductive material, - by means of the first reflection layer, a jump in the refractive index between the active semiconductor layers (12, 14) is divided into two smaller jumps, - the first active semiconductor layer has a radiation coupling-out area and a second reflection layer arranged on a side of the first active semiconductor layer which is remote from the radiation coupling-out area, and - the second reflection layer is a metallic or dielectric layer.
A method of operating a gas or dual fuel engine having at least one cylinder and a gas admission valve associated with the at least one cylinder, the method comprising: monitoring a characteristic of the at least one cylinder during operation of the gas or dual fuel engine; determining a start of combustion in the at least one cylinder from the monitored characteristic, the start of combustion being after an ignition timing associated with the at least one cylinder; the method being characterised in determining a time difference between the start of combustion in the at least one cylinder and the ignition timing associated with the at least one cylinder; and reducing the opening duration of the gas admission valve when the time difference is less than a predetermined threshold at which pre-ignition is likely to occur. monitoring a characteristic of the at least one cylinder during operation of the gas or dual fuel engine; determining a start of combustion in the at least one cylinder from the monitored characteristic, the start of combustion being after an ignition timing associated with the at least one cylinder; the method being characterised in determining a time difference between the start of combustion in the at least one cylinder and the ignition timing associated with the at least one cylinder; and reducing the opening duration of the gas admission valve when the time difference is less than a predetermined threshold at which pre-ignition is likely to occur.
A method of manufacturing a thin film transistor on a base substrate, comprising: patterning an active layer comprising a metal oxynitride; and treating the active layer with a plasma comprising oxygen, the method further comprises, prior to treating the active layer, forming and patterning an etching stop layer on top of the active layer pattern; wherein the thin film transistor is a bottom gate type thin film transistor, the method further comprises, following the step of treating the active layer with a plasma comprising oxygen, depositing a source-drain electrode layer on top of the etching stop layer;annealing the base substrate having the source-drain electrode layer; and patterning the source-drain electrode layer; or wherein the thin film transistor is a top gate type thin film transistor, wherein the method further comprising, following the step of treating the active layer with a plasma comprising oxygen, annealing the base substrate. patterning an active layer comprising a metal oxynitride; and treating the active layer with a plasma comprising oxygen, the method further comprises, prior to treating the active layer, forming and patterning an etching stop layer on top of the active layer pattern; wherein the thin film transistor is a bottom gate type thin film transistor, the method further comprises, following the step of treating the active layer with a plasma comprising oxygen, depositing a source-drain electrode layer on top of the etching stop layer;annealing the base substrate having the source-drain electrode layer; and patterning the source-drain electrode layer; or wherein the thin film transistor is a top gate type thin film transistor, wherein the method further comprising, following the step of treating the active layer with a plasma comprising oxygen, annealing the base substrate.
An actuator for a prosthetic or orthotic device, the actuator comprising: a first component having one or more magnets; a second component having one or more magnets, wherein a position of the second component is adjustable relative to the first component to adjust a length of the actuator, wherein the second component is sized to extend into an opening in the first component; characterised in that when at least one magnet or at least a portion of at least one magnet in the first component having a first polarity is aligned with at least one magnet or at least a portion of at least one magnet in the second component having a second polarity opposite to the first polarity, a position of the second component is substantially fixed relative to the first component, substantially locking the actuator; in that when the at least one magnet or at least a portion of at least one magnet in the first component is not aligned with the at least one magnet or at least a portion of at least one magnet in the second component, said position of the second component is adjustable relative to the first component to adjust said length of the actuator. a first component having one or more magnets; a second component having one or more magnets, wherein a position of the second component is adjustable relative to the first component to adjust a length of the actuator, wherein the second component is sized to extend into an opening in the first component; characterised in that when at least one magnet or at least a portion of at least one magnet in the first component having a first polarity is aligned with at least one magnet or at least a portion of at least one magnet in the second component having a second polarity opposite to the first polarity, a position of the second component is substantially fixed relative to the first component, substantially locking the actuator; in that when the at least one magnet or at least a portion of at least one magnet in the first component is not aligned with the at least one magnet or at least a portion of at least one magnet in the second component, said position of the second component is adjustable relative to the first component to adjust said length of the actuator. the second component is sized to extend into an opening in the first component; characterised in that when at least one magnet or at least a portion of at least one magnet in the first component having a first polarity is aligned with at least one magnet or at least a portion of at least one magnet in the second component having a second polarity opposite to the first polarity, a position of the second component is substantially fixed relative to the first component, substantially locking the actuator; in that when the at least one magnet or at least a portion of at least one magnet in the first component is not aligned with the at least one magnet or at least a portion of at least one magnet in the second component, said position of the second component is adjustable relative to the first component to adjust said length of the actuator.
Substrate exposure system (1, 1') comprising: a frame (2, 2'), a substrate support module for carrying a substrate, which substrate support module is connected to said frame, an exposure apparatus, wherein the exposure apparatus is carried by said frame and is arranged for exposing the substrate carried by the substrate support module, and an adjustment assembly for adjusting the position of the exposure apparatus with respect to the substrate support module, wherein the adjustment assembly comprises a hydraulic actuator (71, 71'), a hydraulic generator (72, 72') and a conduit (73, 73'), wherein the conduit interconnects said hydraulic actuator and said hydraulic generator for forming a hydraulic system, wherein the exposure apparatus, the frame, the adjustment assembly and the substrate support module are arranged as parts of a series of mechanically linked components, wherein said series of mechanically linked components comprises a first part comprising at least the exposure apparatus, and a second part comprising at least the substrate support module, and wherein said hydraulic actuator is arranged between said first part and said second part of said series of the mechanically linked components. a frame (2, 2'), a substrate support module for carrying a substrate, which substrate support module is connected to said frame, an exposure apparatus, wherein the exposure apparatus is carried by said frame and is arranged for exposing the substrate carried by the substrate support module, and an adjustment assembly for adjusting the position of the exposure apparatus with respect to the substrate support module, wherein the adjustment assembly comprises a hydraulic actuator (71, 71'), a hydraulic generator (72, 72') and a conduit (73, 73'), wherein the conduit interconnects said hydraulic actuator and said hydraulic generator for forming a hydraulic system, wherein the exposure apparatus, the frame, the adjustment assembly and the substrate support module are arranged as parts of a series of mechanically linked components, wherein said series of mechanically linked components comprises a first part comprising at least the exposure apparatus, and a second part comprising at least the substrate support module, and wherein said hydraulic actuator is arranged between said first part and said second part of said series of the mechanically linked components.
A method for producing malt from cereal grains, in particular from barley grains, comprising at least the method steps of steeping (12, 16), germinating and kilning w of the cereal grains, characterized in that the germinated cereal grains are interim-dried, wherein the germinated cereal grains are set in the interim drying method step to a degree of steeping W° where W° ≤ 26 %, subsequently steeped in a flavored liquid and then kilned.
A panel sizing system, which includes a cutting device for cutting apart panel-like workpieces along a cutting line as well as a pressing means for fixing the workpieces during the cutting procedure, the system having, in the vicinity of the cutting line, at least one means for applying a piece of information to a workpiece, characterized in that the means is not secured to the pressing means, and the means for applying a piece of information to a rigid and stationary carrier extending parallel to the cutting line or to a preferably laterally secured outrigger is located fixedly or movably parallel to the cutting line; and that the means for applying a piece of information is located on the side of the cutting line that points toward a removal table.
Load-bearing structural building panel comprising at least one mineral wool core layer sandwiched between first and second panels of sheet material, wherein the at least one mineral wool core layer comprises at least two different types of mineral fibre lamellas (A...E) that differ by at least one of the following parameters: binding agent content, density, main fibre orientation, compressive strength perpendicular to the main surfaces of the core layer, shearing strength parallel to the main surfaces of building panel, mean length of the mineral fibres, mean diameter of the mineral fibres, type of fibre, width in one plane parallel to the main surfaces (01, 02) of the building panel, characterised in that the at least one mineral wool core layer comprises (i) a plurality of mineral fibre lamellas (A..E) arranged between the first and second panels of sheet material which provide high compressive strength and low shearing strength and (ii) a plurality of mineral fibre lamellas (A...E) arranged between the first and second panels of sheet material which provide higher shearing strength and lower compressive strength.
An applicator for applying an on-skin sensor assembly to skin of a host, the applicator comprising: an applicator housing (30, 40) operatively coupled to a disposable housing, the disposable housing being configured to receive an electronics unit, and the electronics unit being configured to generate analyte information based on a signal from a sensor; an insertion assembly comprising an insertion member, the insertion member being configured to insert the sensor into the skin of the host; a first drive assembly containing a first amount of stored energy, the first drive assembly being configured to drive the insertion member in a distal direction during a first phase; and a second drive assembly containing a second amount of stored energy, the second drive assembly being configured to drive the insertion member in a proximal direction, characterized in that the first drive assembly is configured to drive the insertion member in the proximal direction during a second phase, wherein the first drive assembly is configured to activate the second drive assembly during the second phase. an applicator housing (30, 40) operatively coupled to a disposable housing, the disposable housing being configured to receive an electronics unit, and the electronics unit being configured to generate analyte information based on a signal from a sensor; an insertion assembly comprising an insertion member, the insertion member being configured to insert the sensor into the skin of the host; a first drive assembly containing a first amount of stored energy, the first drive assembly being configured to drive the insertion member in a distal direction during a first phase; and a second drive assembly containing a second amount of stored energy, the second drive assembly being configured to drive the insertion member in a proximal direction, characterized in that the first drive assembly is configured to drive the insertion member in the proximal direction during a second phase, wherein the first drive assembly is configured to activate the second drive assembly during the second phase.
A system (90; 190) for emitting a shaped light from a vehicle and projecting the shaped light onto a surface external to the vehicle, the system comprising a controller (40, 140), one or more light sources (70, 170a, 170b) and at least one light emitter (12a, 112a, 112b), wherein the at least one light emitter (12a, 112a, 112b) is arranged to emit at least a first light signal comprising the shaped light with a projection envelope directed towards a viewing zone of said surface external to the vehicle, the light emitter (12a, 112a, 112b) comprising a projection head (72, 172a, 172b) arranged to direct light externally to the vehicle and a beam shaper element (82, 182a, 182b), wherein the at least one light emitter is coupled to at least one of said light sources (70, 170a, 170b) by one or more optical fibres (74, 174a, 174b), characterised in that the system further comprises a sensor for detecting the presence of a nearby object, and that the controller is configured to receive data from the sensor and to determine whether or not an obstruction is located within the projection envelope or within the viewing zone in dependence on the data, and wherein the controller (40, 140) is configured to prevent the first light signal from being projected in dependence on an obstruction being located in the projection envelope or within the viewing zone. emit at least a first light signal comprising the shaped light with a projection envelope directed towards a viewing zone of said surface external to the vehicle, the light emitter (12a, 112a, 112b) comprising a projection head (72, 172a, 172b) arranged to direct light externally to the vehicle and a beam shaper element (82, 182a, 182b), wherein the at least one light emitter is coupled to at least one of said light sources (70, 170a, 170b) by one or more optical fibres (74, 174a, 174b), characterised in that the system further comprises a sensor for detecting the presence of a nearby object, and that the controller is configured to receive data from the sensor and to determine whether or not an obstruction is located within the projection envelope or within the viewing zone in dependence on the data, and wherein the controller (40, 140) is configured to prevent the first light signal from being projected in dependence on an obstruction being located in the projection envelope or within the viewing zone.
A connector for inserting into a socket, in particular for connecting ancillary equipment and/or a trailer to a vehicle, with a multi-part housing, which comprises a housing front part and a housing rear part, wherein the housing front part and the housing rear part are fixed to one another by screwing by means of a thread (4, 5), characterised in that a groove (16, 15) is formed in each case in the housing front part and the housing rear part, wherein the two grooves (15, 16) run in the axial direction at the outer circumference of the housing front part and housing rear part and are aligned with one another when housing front part and housing rear part are fully screwed tight, and that a slider can be received in a receiving part on the housing front part or the housing rear part, wherein the slider comprises a web engaging into the groove (15, 16) and, when housing front part and housing rear part are fully screwed tight, can be displaced into a locking position, in which the web of the slider engages into the groove (15, 16) of both housing parts, housing rear part and housing front part, and the slider in the receiving part of the one housing part (2, 3) is locked against a displacement and/or rotation out of the locking position.
Semi-finished textile product for producing a fibre-composite component, having: - a textile structure; and - a fixing structure; wherein the textile structure has a first multiplicity of reinforcement-fibre bundles of high-performance fibres; wherein adjacent reinforcement-fibre bundles are disposed to form a structure; wherein displacement regions are configured between adjacent reinforcement-fibre bundles, and adjacent reinforcement-fibre bundles are displaceable in relation to one another; wherein, depending on the textile structure, the fixing structure fixes the reinforcement-fibre bundles by way of a fixing pattern in such a manner that the reinforcement-fibre bundles are at least partially fixed and the displacement regions remain at least partially vacant; and wherein the fixing pattern is configured so as to be directly dependent on the textile structure and is geared to the structure of the reinforcement-fibre bundles. - a textile structure; and - a fixing structure;