mhurhangee/ep-ind-claims huggingface dataset:
A collimator, which is adapted to: (i) shape a beam of radiation to have a D-shaped cross-section, (ii) maintain the central axis of the beam of radiation on or adjacent to the straight edge of the D-shaped cross-section of the beam of radiation, and (iii) fully rotate the beam of radiation in either direction about the beam axis, such that the straight edge of the D-shaped cross-section of the beam of radiation can face any direction; characterised in that: the collimator comprises half of a circular collimator with a circular cross-section and cone-shaped tunnel and half of a rectangular collimator with a rectangular cross-section and pyramid-shaped tunnel, where the circular and the rectangular collimators have the same divergence. the collimator comprises half of a circular collimator with a circular cross-section and cone-shaped tunnel and half of a rectangular collimator with a rectangular cross-section and pyramid-shaped tunnel, where the circular and the rectangular collimators have the same divergence.
A rotational rheometer comprising two measurement parts (20, 30) delimiting the measurement gap and movable relative to one another in a predetermined movement direction by an adjustment device, characterised in that at least one switching unit, responding to changes in the force flow in the force circuit of the rotational rheometer delimited by the measurement parts (20, 30) and having contact parts (31, 41) comprising switching contacts for activation of the adjustment device, is provided and stops said adjustment device when a predetermined limit force value is exceeded for the force flow in a positive direction, possibly also without relative movement of the measurement parts, or with the measurement parts (20, 30) remaining in the same position, and stops the adjustment device when a predetermined limit force value is exceeded for the force flow in a negative direction, possibly also without relative movement of the measurement parts, or with the measurement parts (20, 30) remaining in the same position.
Turbomachine of the two-flow type comprising a nacelle centred on an axis and surrounding an inter-duct element, the inter-duct element and the nacelle defining between them a fan duct that extends along the axis, the turbomachine comprising at least one compartment created in the thickness of the inter-duct element or of the nacelle, said compartment being separated from the fan duct by a cold wall (7b, 3b) and comprising at least one heat-sensitive element, the compartment being further equipped with a ventilation assembly comprising at least one ventilation opening created in the cold wall (7b, 3b) in order to cause, during use, air to enter from the fan duct into the compartment, each ventilation opening comprising a passive opening system arranged in the compartment, said system comprising a flap that is able to move between an opening position in which the flap leaves said opening free and a blocking position in which the flap blocks said opening, and a device for passive actuation of the flap in order to move the flap between the two positions, characterized in that the device comprises a tube and a spring made of a heat-sensitive shape-memory alloy such that the spring expands or contracts as a function of the temperature to which it is subjected, said spring surrounds the tube and has a first end that is fixed and a second end that is mechanically connected to the flap in order to move the flap between the two positions as a function of the temperature of said spring.
An insulated glass unit comprising: an electrochromic lite comprising: a transparent substrate, an electrochromic device positioned on the transparent substrate, and bus bars (1125a, 1125b) for driving an optical transition on the electrochromic device; an additional lite oriented parallel to the electrochromic lite; a spacer positioned between the electrochromic lite and the additional lite; and characterized by further comprising a dock positioned on either the electrochromic lite or on the additional lite, wherein the dock is configured to removably secure a carrier onto the electrochromic lite or the additional lite, the carrier comprising at least one component for controlling optical transitions on the electrochromic device. a transparent substrate, an electrochromic device positioned on the transparent substrate, and bus bars (1125a, 1125b) for driving an optical transition on the electrochromic device; an additional lite oriented parallel to the electrochromic lite; a spacer positioned between the electrochromic lite and the additional lite; and characterized by further comprising a dock positioned on either the electrochromic lite or on the additional lite, wherein the dock is configured to removably secure a carrier onto the electrochromic lite or the additional lite, the carrier comprising at least one component for controlling optical transitions on the electrochromic device.
A package made from a rectangular folded sheet, the package comprising: an open-topped cuboid storage volume bounded by a major face surrounded by an edge portion; a pair of upper flaps that are integral with, and are each movable with respect to, the edge portion to cover the open top of the storage volume when in a closed configuration; and first and second lower flaps that are integral with, and are movable with respect to, the edge portion to cover at least part of the open top of the storage volume while underlying the pair of upper flaps, when in the closed configuration; wherein the pair of upper flaps are integrally connected to the first and second lower flaps by folded interleaved elements that unfold, slide past and interact with each other in response to opening movement of the pair of upper flaps, the opening movement of the pair of upper flaps driving opening movement of the first and second lower flaps in directions orthogonal to the opening movement of the pair of upper flaps, to uncover the open top of the storage volume thereby to reveal and provide access to the storage volume. an open-topped cuboid storage volume bounded by a major face surrounded by an edge portion; a pair of upper flaps that are integral with, and are each movable with respect to, the edge portion to cover the open top of the storage volume when in a closed configuration; and first and second lower flaps that are integral with, and are movable with respect to, the edge portion to cover at least part of the open top of the storage volume while underlying the pair of upper flaps, when in the closed configuration;
A method for transmitting acknowledgement for an enhanced physical downlink control channel, EPDCCH, at a user equipment, UE, in a wireless communication system, the method comprising: receiving the EPDCCH; and deciding a resource to be used to transmit the acknowledgement based on one or more of a value related to a lowest enhanced control channel element, ECCE, index among ECCEs used to transmit the EPDCCH, an antenna port index and a predetermined offset value indicated by downlink control information, DCI, wherein whether the predetermined offset value indicated by the downlink control information is used when deciding the resource to be used to transmit the acknowledgement is determined, according to one or more of a type of the transmitted EPDCCH, the size of a DCI format, information related to an EPDCCH physical resource block, PRB, set, on which the EPDCCH is transmitted, and a type of a signal transmitted on a PDSCH indicated by the EPDCCH, wherein, if the size of the DCI format is greater than a predetermined value, the predetermined offset value indicated by the downlink control information is used when deciding the resource to be used to transmit the acknowledgement. receiving the EPDCCH; and deciding a resource to be used to transmit the acknowledgement based on one or more of a value related to a lowest enhanced control channel element, ECCE, index among ECCEs used to transmit the EPDCCH, an antenna port index and a predetermined offset value indicated by downlink control information, DCI, wherein whether the predetermined offset value indicated by the downlink control information is used when deciding the resource to be used to transmit the acknowledgement is determined, according to one or more of a type of the transmitted EPDCCH, the size of a DCI format, information related to an EPDCCH physical resource block, PRB, set, on which the EPDCCH is transmitted, and a type of a signal transmitted on a PDSCH indicated by the EPDCCH, wherein, if the size of the DCI format is greater than a predetermined value, the predetermined offset value indicated by the downlink control information is used when deciding the resource to be used to transmit the acknowledgement.
Machine comprising a main frame comprising at least one functional element and one control unit, an air compressor integrated in the main frame, said air compressor comprising a frame in which there are mounted a stator, a rotor interacting with said stator to form a synchronous motor, and comprising a shaft, at least one turbine carried by said shaft, an air-supply channel to the turbine, and an outlet channel for compressed air, the shaft of the rotor being mounted rotatably on the frame about an axis by means of a first and a second bearing, said first, respectively said second, bearing comprising: - a first, respectively a second, spherical element provided on a first, respectively a second, end of the shaft and disposed centred relative to the axis of the shaft, and - a first, respectively a second, housing provided in the frame and having the form of a cap with an inwardly curved base disposed centred relative to the axis of the shaft and provided in order to support said first, respectively said second, spherical element, said main frame comprising an air inlet provided in order to supply the air compressor and a supply circuit provided in order to supply the compressed air to the functional element, characterised in that the radius of the cap forming the first housing is greater than the radius of the first spherical element, said first spherical element being in tangential contact with the inwardly curved base of said first housing and the radius of the cap forming the second housing being greater than the radius of the second spherical element, said second spherical element being in tangential contact with the inwardly curved base of said second housing, in that the air compressor comprises at least two aerodynamic bearings (36, 38) substantially provided on each side of the shaft of the rotor, and in that a first aerodynamic bearing is provided upstream of the turbine, said first aerodynamic bearing being carried by a third support element disposed centred relative to the axis of the shaft in the air-supply channel, and retained on the walls of said air-supply channel by means of branches between which the air can circulate. - a first, respectively a second, spherical element provided on a first, respectively a second, end of the shaft and disposed centred relative to the axis of the shaft, and - a first, respectively a second, housing provided in the frame and having the form of a cap with an inwardly curved base disposed centred relative to the axis of the shaft and provided in order to support said first, respectively said second, spherical element,
A secondary battery comprising: an electrode assembly comprising a plurality of electrode plates each comprising a pair of non-coating portion tabs at a side and a plurality of separators each located between the electrode plates; characterized in that the non-coating tabs of each pair are bent in opposite directions and a current collector plate is welded to the non-coating tabs, wherein the non-coating portion tabs comprise a first tab and a second tab, and at least one of the first tab and the second tab is in a welded state with the current collector plate. an electrode assembly comprising a plurality of electrode plates each comprising a pair of non-coating portion tabs at a side and a plurality of separators each located between the electrode plates; characterized in that the non-coating tabs of each pair are bent in opposite directions and a current collector plate is welded to the non-coating tabs, wherein the non-coating portion tabs comprise a first tab and a second tab, and at least one of the first tab and the second tab is in a welded state with the current collector plate.
An electronic device comprising a fiber-reinforced plastic material which is woven with a plurality of yarns (2, 3) and a material property of at least a portion of which is different from another portion according to at least one of an arrangement direction, a weave pattern of the yarns, and a material of the yarns, wherein the fiber-reinforced plastic material forms a cover member provided on a surface of a main body of the electronic device, wherein at least some of the yarns forming the cover member are formed of a thermally conductive material, and characterised in that the cover member further comprises: at least one thermally conductive prepreg woven to comprise the yarns formed of the thermally conductive material; and at least one sub-prepreg comprising yarns that are arranged in different directions than the yarns of the thermally conductive prepreg or that are woven to have at least partially different patterns. at least one thermally conductive prepreg woven to comprise the yarns formed of the thermally conductive material; and at least one sub-prepreg comprising yarns that are arranged in different directions than the yarns of the thermally conductive prepreg or that are woven to have at least partially different patterns.
A seat adapted in particular to a bicycle, said seat comprising: - a support part, - two concave half-saddles each adapted to receive a buttock of a user, - each half-saddle being rotatably mounted relative to the support part about an axis of rotation so as to allow a tilting of each half-saddle during a movement of pedaling, said axis of rotation being offset towards the rear of the half-saddles, - said seat further comprising a longitudinal stabilization system for the cyclist capable of ensuring alternate restraint of the movement of the half-saddles, characterized in that said longitudinal stabilization system comprises: - two pulleys each arranged in the rear part of the corresponding half-saddle so as to create a hoist, each hoist comprising an end strand and a return strand directed towards a return pulley on the opposite side, - one of the end strands extending forward in order to allow adjustment of an average height of the half-saddles, - the other of the end strands being fixed to the support part or to a fixed element with respect to said support part. - a support part, - two concave half-saddles each adapted to receive a buttock of a user, - each half-saddle being rotatably mounted relative to the support part about an axis of rotation so as to allow a tilting of each half-saddle during a movement of pedaling, said axis of rotation being offset towards the rear of the half-saddles, - said seat further comprising a longitudinal stabilization system for the cyclist capable of ensuring alternate restraint of the movement of the half-saddles, characterized in that said longitudinal stabilization system comprises: - two pulleys each arranged in the rear part of the corresponding half-saddle so as to create a hoist, each hoist comprising an end strand and a return strand directed towards a return pulley on the opposite side, - one of the end strands extending forward in order to allow adjustment of an average height of the half-saddles, - the other of the end strands being fixed to the support part or to a fixed element with respect to said support part. - two pulleys each arranged in the rear part of the corresponding half-saddle so as to create a hoist, each hoist comprising an end strand and a return strand directed towards a return pulley on the opposite side, - one of the end strands extending forward in order to allow adjustment of an average height of the half-saddles, - the other of the end strands being fixed to the support part or to a fixed element with respect to said support part.
A processing method for an application program, comprising: reading out a logic process identifier and a UI process identifier in the configuration file of the application program when initiating said application program, wherein processes of the application program comprise a user interface process and a logic process for running a service program of said application program; classifying subprograms of the application program into at least a UI class and a logic class according to the logic process identifier and the UI process identifier; running subprograms of the application program classified as the UI class in the UI process and running subprograms of the application program classified as the logic class in the logic process; switching the application program from running in foreground to running in background,; and terminating the UI process of the application program while keeping the logic process of the application program running. reading out a logic process identifier and a UI process identifier in the configuration file of the application program when initiating said application program, wherein processes of the application program comprise a user interface process and a logic process for running a service program of said application program; classifying subprograms of the application program into at least a UI class and a logic class according to the logic process identifier and the UI process identifier; running subprograms of the application program classified as the UI class in the UI process and running subprograms of the application program classified as the logic class in the logic process; switching the application program from running in foreground to running in background,; and terminating the UI process of the application program while keeping the logic process of the application program running.
A dental pathology diagnostic tool for examining the structure of a tooth, the tool comprising: a housing comprising a proximal portion and a distal portion removably coupled to one another; an optical source for generating optical energy in a predetermined wavelength range; an optical detector for detecting optical energy in a predetermined wavelength range and generating a signal indicative thereof; an optical probe for conducting optical energy from a light source to the tooth and for conducting optical energy from the tooth to the light detector, said probe being autoclavable; an analysis processor that receives the detector signal and analyzes it relative to predetermined signal characteristics indicative of dental pathology; and a power source that provides power to each of the optical source, optical detector and analysis processor, wherein, during operation, the optical source, the optical detector, the analysis processor and the power source are located within the housing; characterized in that the two housing portions are autoclavable and in that the optical source, the optical detector, the analysis processor and the power source are mounted to a circuit board that is located inside of a sleeve that is shaped to fit within the proximate portion and the distal portion of the housing, the overall length of the sleeve being such that it may completely be contained by the two housing portions when they are connected together to form a self-contained, handheld unit. a housing comprising a proximal portion and a distal portion removably coupled to one another; an optical source for generating optical energy in a predetermined wavelength range; an optical detector for detecting optical energy in a predetermined wavelength range and generating a signal indicative thereof; an optical probe for conducting optical energy from a light source to the tooth and for conducting optical energy from the tooth to the light detector, said probe being autoclavable; an analysis processor that receives the detector signal and analyzes it relative to predetermined signal characteristics indicative of dental pathology; and a power source that provides power to each of the optical source, optical detector and analysis processor, wherein, during operation, the optical source, the optical detector, the analysis processor and the power source are located within the housing;
An apparatus for measuring a plate-shaped workpiece, in particular of flat glas plate or isulation glas elements, comprising: a conveying device for conveying the plate-shaped workpiece in a conveying direction along a conveying path; first measuring device and second measuring device wherein each of the measuring devices (3A, 3B) has a driver (4A, 4B) which is konfigured such that it is selectively couplable to and decouplable from the plate-shaped workpiece, that, in a coupled state, the driver is moveable together with this workpiece in the conveying direction, and that, in a decoupled state, the driver is actively movable in a direction (R') opposite to the conveying direction, and which is assigned to a stationary/fixed measuring ruler (5A, 5B), which extends in the conveying direction such that a position and/or a movement distance of the driver (4A, 4B) in the conveying direction can be detected, wherein the measuring rulers (5A, 5B) of the first and second measuring devices (3A, 3B) are arranged such that they detect different regions of the conveying path of the plate-shaped workpiece in the conveying direction, characterised in that the drivers (4A, 4B) of the first and second measuring devices (3A, 3B) are configured such that they are couplable to a main surface of the plate-shaped workpiece and are decouplable from this. a conveying device for conveying the plate-shaped workpiece in a conveying direction along a conveying path; first measuring device and second measuring device wherein each of the measuring devices (3A, 3B) has a driver (4A, 4B) which is konfigured such that it is selectively couplable to and decouplable from the plate-shaped workpiece, that, in a coupled state, the driver is moveable together with this workpiece in the conveying direction, and that, in a decoupled state, the driver is actively movable in a direction (R') opposite to the conveying direction, and which is assigned to a stationary/fixed measuring ruler (5A, 5B), which extends in the conveying direction such that a position and/or a movement distance of the driver (4A, 4B) in the conveying direction can be detected, wherein the measuring rulers (5A, 5B) of the first and second measuring devices (3A, 3B) are arranged such that they detect different regions of the conveying path of the plate-shaped workpiece in the conveying direction, characterised in that the drivers (4A, 4B) of the first and second measuring devices (3A, 3B) are configured such that they are couplable to a main surface of the plate-shaped workpiece and are decouplable from this.