mhurhangee/ep-ind-claims huggingface dataset:
Multipart clip unit for a stretching system, in particular a transverse, longitudinal and/or simultaneous stretching system, having a main part and at least two guide parts, wherein the main part has a base body and a clamping device for clamping a material web, and in each case the guide parts have a base body and at least one guide element for guiding on a rail of the stretching system, wherein the base bodies of the guide parts and the base body of the main part are each produced as separate components and are fixed to each other, wherein the base bodies of the guide parts and the base body of the main part are made from metal and are produced by a casting process, and wherein the base bodies of the guide parts are fixed to the main part by means of screws of the clip unit, wherein the clip unit has a primary direction and the screws run parallel to the primary direction. wherein the main part has a base body and a clamping device for clamping a material web, and in each case the guide parts have a base body and at least one guide element for guiding on a rail of the stretching system, wherein the base bodies of the guide parts and the base body of the main part are each produced as separate components and are fixed to each other, wherein the base bodies of the guide parts and the base body of the main part are made from metal and are produced by a casting process, and wherein the base bodies of the guide parts are fixed to the main part by means of screws of the clip unit, wherein the clip unit has a primary direction and the screws run parallel to the primary direction.
A method for controlling a sequential combustor of a gas turbine engine, the sequential combustor comprising a first combustor stage and a second combustor stage; the method comprising supplying the first combustor stage with a first air/fuel mixture and supplying the second combustor stage with a second air/fuel mixture; the first air/fuel mixture contains ammonia and is stoichiometric or sub-stoichiometric; characterized by supplying dilution air into the sequential combustor between the first combustor stage and the second combustor stage, at a location where unburnt ammonia from the first combustor stage is decomposed. the method comprising supplying the first combustor stage with a first air/fuel mixture and supplying the second combustor stage with a second air/fuel mixture; the first air/fuel mixture contains ammonia and is stoichiometric or sub-stoichiometric; characterized by supplying dilution air into the sequential combustor between the first combustor stage and the second combustor stage, at a location where unburnt ammonia from the first combustor stage is decomposed.
Vertically adjustable work and assembly bench (10, 10') having a longitudinal axis, a base frame (14, 14'), a tabletop and/or a support frame for a tabletop, a lifting device which is arranged to operate between the base frame (14, 14') and the tabletop or the support frame, a synchronisation device which has a mechanical positive coupling for parallel shifting of the tabletop and/or the support frame corresponding to an adjustment of its height with respect to the base frame (14, 14'), and having at least two lateral guidance devices to guide the tabletop and/or the support frame when the height is being adjusted, wherein the lateral guidance devices are each designed as a profile in which the tabletop and/or the support frame is received and guided in a vertically moveable manner, wherein the synchronisation device is partially integrated in the respective lateral guidance device along the longitudinal axis, spaced apart from each other, with a drive chain on a drive side and an output chain on an output side as vertically operating power transmission elements, wherein the drive chain is attached at a first contact point and the output chain is attached at a second contact point to the tabletop or to the support frame, and the drive chain is coupled to the output chain by means of a synchronous shaft which extends parallel to the longitudinal axis, characterised in that in each case, another end of the chain hangs loosely in the base frame (14, 14'), wherein a weight engages with the other end to ensure the engagement between the chain and the output sprocket or the output sprocket of the synchronisation device by tightening the chain.
A device for carrying out an immunoassay, the device having: a unitary body with an exterior surface, and at least two capillary bores extending internally along the unitary body, wherein for each capillary bore a population of first members of a respective specific binding pair is immobilised at least at a portion of the surface of the capillary bore, each first member being capable of specifically binding with a second member of the respective specific binding pair, wherein the unitary body is substantially transparent to visible light to allow optical interrogation of the capillary bores, and wherein the device is formed from a material having a refractive index which is in the range 1.26 to 1.40 and is within plus or minus 0.07 of the refractive index of the sample fluid, the refractive index being measured at 20 °C with light of wavelength 589 nm. a unitary body with an exterior surface, and at least two capillary bores extending internally along the unitary body, wherein for each capillary bore a population of first members of a respective specific binding pair is immobilised at least at a portion of the surface of the capillary bore, each first member being capable of specifically binding with a second member of the respective specific binding pair,
A terminal device, comprising: a screen placed at the front of the device, a first camera, and a movement mechanism, wherein the first camera is disposed on a movable component of the movement mechanism, the movement mechanism is disposed on the back of the screen, and the movable component is configured to drive the first camera to move from the back of the screen to a position at which the first camera is visible from in front of the terminal device such that the first camera is configured to perform shooting, the first camera is configured to be a front-facing camera when the first camera moves to the position at which the first camera is visible from in front of the terminal device, further comprising: a second camera, and wherein the second camera is disposed on the back of the screen and is configured to be a rear-facing camera, and the movement mechanism is disposed on a component stacked between a rear surface of the screen and a rear cover of the terminal device, the movement mechanism comprises a rack, a locking component, an unlocking component, an elastic component, a container configured to place the first camera, wherein the container is the movable component, and a push rod, one end of the elastic component is fastened to the bottom of the rack, and the other end of the elastic component is connected to the bottom of the container, where the bottom of the push rod is connected to a shell of the container, when the container is pressed by the elastic component and the push rod and the container are enabled to form a maximum angle that can be formed, an upper end of the push rod abuts against the locking component, so that the container is locked by the locking component; when the container in a locked state continues to be pressed by the elastic component, the unlocking component pushes the push rod so that the upper end of the push rod is configured to approach the container, the upper end of the push rod is configured to move along a slope of the locking component, when the upper end of the push rod moves to be separated from contact with the locking component, the elastic component is configured to drive the container to pop up to the position at which the first camera can be seen from in front of the terminal device.
A rough grinding wheel for processing material surfaces, comprising a wheel-shaped base body comprising a central recess penetrated by an axis of rotation for direct or indirect connection to a drive shaft of a tool, at least two abrasive layers (8a, 8b) and a reinforcing layer which supports the at least two abrasive layers (8a, 8b), and the rough grinding wheel comprising a stabilizing core for stabilizing the rough grinding wheel, said stabilizing core being associated with the at least two abrasive layers (8a, 8b), being circumferentially adjacent to the central recess and having higher strength than the at least two abrasive layers (8a, 8b), a separating layer being arranged between two adjacent abrasive layers (8a, 8b) in each case, characterised in that a core segment (12a, 12b) is associated with each of the abrasive layers (8a, 8b), the core segments (12a, 12b) defining the stabilizing core and being connected to each other indirectly via the corresponding separating layer.
Composite component for the construction of car parks, - with a flat precast concrete element, - which has at least one net-like textile reinforcement arranged at least partially within the precast concrete part, - wherein the textile reinforcement has fibre arches at least partially projecting outside the precast concrete part, - with a support element for receiving the at least one precast concrete element, - having at least one connecting strip for dissipating the forces absorbed by the at least one textile reinforcement, the connecting strip and textile reinforcement being operatively connected to one another for force transmission, - whereby the at least one connecting strip has a first, lower section which forms a common contact surface with the at least one carrier element and/or is firmly connected to the at least one carrier element, - in that the at least one connecting strip has a second section, which is arranged vertically offset with respect to the first section, for receiving the textile reinforcement, - that the upper, second section of the composite strip has a plurality of projections and characterised in that the projections are formed undulating in vertical direction. - with a flat precast concrete element, - which has at least one net-like textile reinforcement arranged at least partially within the precast concrete part, - wherein the textile reinforcement has fibre arches at least partially projecting outside the precast concrete part, - with a support element for receiving the at least one precast concrete element, - having at least one connecting strip for dissipating the forces absorbed by the at least one textile reinforcement, the connecting strip and textile reinforcement being operatively connected to one another for force transmission, - whereby the at least one connecting strip has a first, lower section which forms a common contact surface with the at least one carrier element and/or is firmly connected to the at least one carrier element, - in that the at least one connecting strip has a second section, which is arranged vertically offset with respect to the first section, for receiving the textile reinforcement, - that the upper, second section of the composite strip has a plurality of projections and characterised in that the projections are formed undulating in vertical direction.
A method for cleaning an inner surface of a lumen of a medical instrument using solid particles and deactivating said inner surface using a deactivating gas or vapor, comprising the steps of: creating a directional flow of a carrier gas through a hose, the carrier gas including the deactivating gas or vapor; generating the solid particles of a material capable of sublimation at room temperature in a particle generating device; transporting the solid particles from the particle generating device through a tube to a metering device and to the hose;wherein the metering device is configured to change the number concentration of particles passing through the tube and into the hose; directing said carrier gas and particles through the hose and into a first end of the lumen; and maintaining such flow of said carrier gas and said solid particles until at least a portion of the soil adhered to the inner surface is removed therefrom, wherein the solid particles sublime at room temperature while within the lumen or while in contact with the inner surface of the lumen such that the solid particles disappear during or after use and only dislodged soil must be collected and disposed of. creating a directional flow of a carrier gas through a hose, the carrier gas including the deactivating gas or vapor; generating the solid particles of a material capable of sublimation at room temperature in a particle generating device; transporting the solid particles from the particle generating device through a tube to a metering device and to the hose;wherein the metering device is configured to change the number concentration of particles passing through the tube and into the hose; directing said carrier gas and particles through the hose and into a first end of the lumen; and maintaining such flow of said carrier gas and said solid particles until at least a portion of the soil adhered to the inner surface is removed therefrom, wherein the solid particles sublime at room temperature while within the lumen or while in contact with the inner surface of the lumen such that the solid particles disappear during or after use and only dislodged soil must be collected and disposed of.
An onboard communication system that is mounted in a movable body, comprising: a transmitting and receiving antenna configured to transmit a power wave and receive an information wave; an information wave demodulation unit configured to demodulate an information wave received in the transmitting and receiving antenna; a power wave output unit configured to output a power wave to the transmitting and receiving antenna; and a computing unit configured to instruct, upon detecting stop of the movable body and judging that no error exists in information demodulated by the information wave demodulation unit, the power wave output unit to make the power wave output smaller than the power wave output observed when the stop is detected, and instruct, upon detecting travel of the movable body after the instruction to reduce the power wave output, the power wave output unit to increase the reduced power wave output. a transmitting and receiving antenna configured to transmit a power wave and receive an information wave; an information wave demodulation unit configured to demodulate an information wave received in the transmitting and receiving antenna; a power wave output unit configured to output a power wave to the transmitting and receiving antenna; and a computing unit configured to instruct, upon detecting stop of the movable body and judging that no error exists in information demodulated by the information wave demodulation unit, the power wave output unit to make the power wave output smaller than the power wave output observed when the stop is detected, and instruct, upon detecting travel of the movable body after the instruction to reduce the power wave output, the power wave output unit to increase the reduced power wave output.
Method for management of an operation to awaken a watch equipped with a digital display screen that is in sleep mode, materialised particularly by the dial light going off, said method being characterised in that it comprises different steps consisting of: - memorising at least one transition sequence detection algorithm within a memory module of the watch, said algorithm having been configured from a set of previously determined fixed data revealing a transition sequence; - acquiring a set of variable data using a set of sensors, said set of sensors comprising an accelerometer capable of recording variable watch acceleration data along three directions and a gyroscope capable of reading variable watch position data according along three directions; - processing the variable data set using the transition sequence detection algorithm to obtain a matching value of the processed variable data set; - if the matching value obtained is higher than a previously determined threshold, bring the digital display dial out of sleep mode. - memorising at least one transition sequence detection algorithm within a memory module of the watch, said algorithm having been configured from a set of previously determined fixed data revealing a transition sequence; - acquiring a set of variable data using a set of sensors, said set of sensors comprising an accelerometer capable of recording variable watch acceleration data along three directions and a gyroscope capable of reading variable watch position data according along three directions; - processing the variable data set using the transition sequence detection algorithm to obtain a matching value of the processed variable data set; - if the matching value obtained is higher than a previously determined threshold, bring the digital display dial out of sleep mode.
Painting booth to coat components, with a) a booth wall which separates a booth interior from a booth exterior, b) a coating agent line with b1) a hollow inner space for conveying the coating agent and b2) a line wall which encompasses the inner space of the line, b3) whereby the coating agent line runs from the booth exterior through the booth wall into the booth interior, characterised in that c) the coating agent line has an electrically conductive potential compensating element (15, 15') for the electrical connection of the coating agent in the inner space of the line with an electrical reference potential, d) the potential compensating element (15, 15') extends in axial direction along the coating agent line, e) the potential compensating element (15, 15') in the inner space of the line is arranged separately from the line wall, and f) the potential compensating element (15, 15') extends from the booth exterior through the booth wall so that the free end of the potential compensating element (15, 15') is located in the booth interior. a) a booth wall which separates a booth interior from a booth exterior, b) a coating agent line with b1) a hollow inner space for conveying the coating agent and b2) a line wall which encompasses the inner space of the line, b3) whereby the coating agent line runs from the booth exterior through the booth wall into the booth interior, characterised in that b1) a hollow inner space for conveying the coating agent and b2) a line wall which encompasses the inner space of the line, b3) whereby the coating agent line runs from the booth exterior through the booth wall into the booth interior, characterised in that c) the coating agent line has an electrically conductive potential compensating element (15, 15') for the electrical connection of the coating agent in the inner space of the line with an electrical reference potential, d) the potential compensating element (15, 15') extends in axial direction along the coating agent line, e) the potential compensating element (15, 15') in the inner space of the line is arranged separately from the line wall, and f) the potential compensating element (15, 15') extends from the booth exterior through the booth wall so that the free end of the potential compensating element (15, 15') is located in the booth interior.
Air vent comprising at least two air guide elements (12; 14; 16) arranged substantially parallel to one another, pivotable slats arranged at right angles to the air guide elements (12; 14; 16) and a housing with an air inlet region, an air outlet region and an air channel arranged between the air inlet region and the air outlet region, characterised in that the at least two air guide elements (12; 14; 16) have a first section, a second section and a third section and the sections (30, 32, 34) are pivotably connected together, wherein the first sections of the at least two air guide elements (12; 14; 16) are connected in the air outlet region at least pivotably with the housing and the third sections are connected in the air channel pivotably and displaceably with the housing and the slats are arranged in between the two sections.
A communication system in which communications are performed between a communication control apparatus and a communication terminal apparatus using a plurality of channels, wherein the communication terminal apparatus comprises: means for receiving a control signal from the communication control apparatus; means for measuring reception quality of each of the channels; means for selecting part of channels as selection channels from the plurality of channels based on the received control signal and measured reception quality measurement results; means for generating reception quality information to notify the communication control apparatus of selection channel information for identifying selected selection channels and reception quality measurement results in the selected selection channels and an average measurement result obtained by averaging the reception quality measurement results of the plurality of channels and means for transmitting the generated reception quality information to the communication control apparatus. means for receiving a control signal from the communication control apparatus; means for measuring reception quality of each of the channels; means for selecting part of channels as selection channels from the plurality of channels based on the received control signal and measured reception quality measurement results; means for generating reception quality information to notify the communication control apparatus of selection channel information for identifying selected selection channels and reception quality measurement results in the selected selection channels and an average measurement result obtained by averaging the reception quality measurement results of the plurality of channels and means for transmitting the generated reception quality information to the communication control apparatus.
A method of displaying location information of at least one first user to a second user, comprising: receiving location information from a plurality of third users comprising the at least one first user, and from the second user; receiving from the second user information indicating at least one preference for a plurality of characteristics of other users; receiving from each of the plurality of third users information comprising a plurality of characteristics of that user; selecting the at least one first user from the plurality of third users responsive to the current locations of the plurality of third users and the second user, the preference of the second user, the characteristics of the plurality of the third users and a distance between an object and the locations of the plurality of third users and the distance between the object and the second user; and displaying to the second user information responsive to the location information of the at least one first user selected, characterized by identifying a speed of travel of the second user responsive to the location information received; and wherein the selecting step is additionally responsive to the speed of travel of the second user. receiving location information from a plurality of third users comprising the at least one first user, and from the second user; receiving from the second user information indicating at least one preference for a plurality of characteristics of other users; receiving from each of the plurality of third users information comprising a plurality of characteristics of that user; selecting the at least one first user from the plurality of third users responsive to the current locations of the plurality of third users and the second user, the preference of the second user, the characteristics of the plurality of the third users and a distance between an object and the locations of the plurality of third users and the distance between the object and the second user; and displaying to the second user information responsive to the location information of the at least one first user selected, characterized by identifying a speed of travel of the second user responsive to the location information received; and wherein the selecting step is additionally responsive to the speed of travel of the second user.