mhurhangee/ep-ind-claims huggingface dataset:
A pellet obtained from a biomass-resource-derived polyester comprising as a main repeating unit thereof a dicarboxylic acid unit and a diol unit, wherein at least one of the dicarboxylic acid and diol used as raw materials of the polyester is obtained from biomass resources and an amount of terminal acid in the polyester is 100 equivalents/metric ton or less; and wherein a nitrogen atom content in the polyester except nitrogen atoms contained in the covalently bonded functional group in the molecule of the polyester is, in terms of a mass ratio, 0.01 ppm or greater but not greater than 1000 ppm relative to the polyester.
District energy system comprising a pipe system, end user's locations and an optional plant for transferring CO 2 as energy transfer medium between said end user's locations and/or between said optional plant and said end user's locations; it comprises two main pipes extending between said end user's locations and/or between said optional plant and said end user's locations, the first main pipe containing CO 2 in liquid state and the second main pipe containing CO 2 in gaseous state, characterized in that both pipes being adapted in a way as to each act as a supply pipe or as a return pipe, depending on the heating or the cooling requirements of said end user's locations.
A lift and loader -assembly for an automated parcel terminal comprising: a lift cage that is configured to move vertically in front of shelf columns of an automated parcel terminal; a positioner timing belt that is configured to move an extender plate and a loader supported by the extender plate horizontally within the lift cage such that the loader becomes positioned in front of a shelf column to be served; the extender plate being configured to move the loader toward the shelf column such that the loader can push/pull a tray to/from the shelf column via a connection between toothed engagement racks on bottom side of the tray and toothed loading rollers located at least at one end of the loader. a lift cage that is configured to move vertically in front of shelf columns of an automated parcel terminal; a positioner timing belt that is configured to move an extender plate and a loader supported by the extender plate horizontally within the lift cage such that the loader becomes positioned in front of a shelf column to be served; the extender plate being configured to move the loader toward the shelf column such that the loader can push/pull a tray to/from the shelf column via a connection between toothed engagement racks on bottom side of the tray and toothed loading rollers located at least at one end of the loader.
A method for a fault-tolerant, performance-optimized control of a brushless direct current motor (BLDC; 14) by continuously updated commutation times, which follow a switching algorithm on absence of undisturbed, continuous position information obtained or determined, wherein - a time difference (ΔT) between the times (TN1, TN2) of two immediately consecutive zero crossings of the voltages of two motor phases are measured, - half a time difference (ΔT/2) is calculated, - a commutation of the temporally succeeding motor phase is carried out after passing of the half time difference (ΔT/2), calculated from the time of the zero crossing of the measured second motor phase, - in the absence of undisturbed, continuous position information from an analogue position sensing a determined last commutation state length continues to be used, - these process steps to continue, wherein the switching algorithm to the next commutation (T commutation = TN2 + (ΔT/2)) is continued continuously for all phases and is applied to the fault-tolerant and performance-optimized control of the brushless direct current motor. - a time difference (ΔT) between the times (TN1, TN2) of two immediately consecutive zero crossings of the voltages of two motor phases are measured, - half a time difference (ΔT/2) is calculated, - a commutation of the temporally succeeding motor phase is carried out after passing of the half time difference (ΔT/2), calculated from the time of the zero crossing of the measured second motor phase, - in the absence of undisturbed, continuous position information from an analogue position sensing a determined last commutation state length continues to be used, - these process steps to continue, wherein the switching algorithm to the next commutation (T commutation = TN2 + (ΔT/2)) is continued continuously for all phases and is applied to the fault-tolerant and performance-optimized control of the brushless direct current motor.
A container-handling machine, comprising a container-handling apparatus for holding, gripping, and/or rotating containers standing on a support at their top mouth and/or at their neck area, wherein the container-handling apparatus comprises at least two holding elements and/or centring elements that are vertically adjustable and/or that transmit a vertical holding force, said holding elements and/or centring elements being alternatingly adjustable between an operating position and a rest position such that the particular holding element and/or centring element that is in operating position is bringable into engagement with a container, wherein a plurality of such supports with associated holding elements and/or centring elements are disposed at the outer circumference of a rotatable machine part, wherein the at least two holding elements and/or centring elements are disposed at a common holding device, with each holding element and/or centring element located thereon being swivelable between its operating position and its rest position by rotation of said holding device by a specified swivel angle, and wherein the holding device is rotatably mounted on a machine holder and has a rotation axis or swivel axis that is inclined by about 45 degrees in relation to the vertical.
A packaging for an object that is to be sterilised, said packaging comprising an outer sleeve, which surrounds an interior space for receiving the object, characterised in that the packaging comprises a container, which is arranged in the interior space and which surrounds an absorber in a gas-tight manner, such that a gas present in the interior cannot pass to the absorber, wherein the container is designed to be opened whilst the outer sleeve is closed, such that a gas disposed in the interior can pass to the absorber and can be absorbed thereby.
A skin securable therapeutic fluid dispensing device comprising: a reservoir adapted to retain therapeutic fluid; a pump driving mechanism; at least one housing configured to accommodate the reservoir and the pump driving mechanism, at least a portion of the at least one housing defining at least a portion of the reservoir; and a shield coupled to the at least one housing, the shield configured to protect, at least in part, the reservoir from application of external forces thereon, characterized in that, an air gap is defined between the shield and the at least a portion of the at least one housing defining the at least a portion of the reservoir. a reservoir adapted to retain therapeutic fluid; a pump driving mechanism; at least one housing configured to accommodate the reservoir and the pump driving mechanism, at least a portion of the at least one housing defining at least a portion of the reservoir; and a shield coupled to the at least one housing, the shield configured to protect, at least in part, the reservoir from application of external forces thereon, characterized in that, an air gap is defined between the shield and the at least a portion of the at least one housing defining the at least a portion of the reservoir.
A terminal device, comprising: a reception unit adapted to receive from a base station a terminal capability enquiry, UECapabilityEnquiry; and a transmission unit adapted to transmit to the base station a terminal capability information, UECapabilitylnformation, message in response to the terminal capability enquiry; the terminal capability information including a terminal capability, UE-EUTRA-Capability, information element; characterized in the terminal capability information element including a parameter indicating that the terminal device is adapted to support an operation for downlink communication in a secondary cell operating in an unlicensed band, wherein the reception unit is adapted to perform downlink communication in a primary cell operating in a licensed band and performs downlink communication in the secondary cell operating in the unlicensed band, the secondary cell comprising only radio resources to be used in TDD downlink communication the transmission unit is adapted to perform uplink communication in the primary cell operating in the licensed band, but not in the secondary cell operating in the unlicensed band. a reception unit adapted to receive from a base station a terminal capability enquiry, UECapabilityEnquiry; and a transmission unit adapted to transmit to the base station a terminal capability information, UECapabilitylnformation, message in response to the terminal capability enquiry; the terminal capability information including a terminal capability, UE-EUTRA-Capability, information element; characterized in the terminal capability information element including a parameter indicating that the terminal device is adapted to support an operation for downlink communication in a secondary cell operating in an unlicensed band, wherein the reception unit is adapted to perform downlink communication in a primary cell operating in a licensed band and performs downlink communication in the secondary cell operating in the unlicensed band, the secondary cell comprising only radio resources to be used in TDD downlink communication the transmission unit is adapted to perform uplink communication in the primary cell operating in the licensed band, but not in the secondary cell operating in the unlicensed band.
A method comprising: selecting a bit mask associated with an antenna configuration, the bit mask being selected from a set of bit masks, the set of bit masks including a first bit mask associated with a single antenna configuration, a second bit mask associated with a two antenna configuration, and a third bit mask associated with a four antenna configuration; the first bit mask being 0000000000000000, the second bit mask being 1111111111111111, and the third bit mask being 0101010101010101 or 1010101010101010; and applying the bit mask associated with the antenna configuration to cyclic redundancy check bits to be transmitted. selecting a bit mask associated with an antenna configuration, the bit mask being selected from a set of bit masks, the set of bit masks including a first bit mask associated with a single antenna configuration, a second bit mask associated with a two antenna configuration, and a third bit mask associated with a four antenna configuration; the first bit mask being 0000000000000000, the second bit mask being 1111111111111111, and the third bit mask being 0101010101010101 or 1010101010101010; and applying the bit mask associated with the antenna configuration to cyclic redundancy check bits to be transmitted.
A structure for a motor vehicle comprising a front foot reinforcement part having a horizontal part intended to extend along the longitudinal direction of the vehicle, showing a semi-hemispherical end and a longitudinal member; the front foot reinforcement part and the longitudinal member each being in the form of a half-shell defining a cavity (3, 17), said part and said longitudinal member being superposed at one of their ends, said structure being characterized in that the end of the front foot reinforcement part is superposed on the longitudinal member is free of assembly rebate.
Use of hollow particles of hybrid aluminosilicates of imogolite or allophane type for the extraction of fatty substances from bioreactor media, characterized in that they have their external surface functionalized with Al-OH units and their internal surface functionalized at least in part with Si-R units, with R representing a nonhydrolyzable unit, preferably a hydrocarbon unit, as vehicle for one or more hydrophobic substances, in particular considered in the oil industry, said hydrophobic substances being chosen from any compound containing a linear or branched aliphatic chain comprising at least 6 carbon atoms, surfactants, biocides and methane clathrate inhibitors, and in which said substance is trapped and/or extracted by said uncharged aluminosilicate particle.
A semiconductor processing member comprising: a body; and a plasma spray coating provided on said body; characterized in that said plasma spray coating is an ABO or ABCO complex oxide solid solution composition selected from the group consisting of La 1.5 Ce 0.5 Zr 2 O 7, Ce 0.25 Zr 0.75 O 2, Ce 0.7 Gd 0.3 O 2, and contains less than 50 ppm of any trace element, less than 20 ppm of any heavy metal, less than 10 ppm of any alkaline metal, and less than 2 ppm of each of Fe, Ni and Cu, whereby said plasma spray coating imparts both chlorine and fluorine plasma erosion resistance, reduces particle generation during plasma etching, and prevents spalling of said plasma spray coating during wet cleaning of said member. a body; and a plasma spray coating provided on said body; characterized in that said plasma spray coating is an ABO or ABCO complex oxide solid solution composition selected from the group consisting of La 1.5 Ce 0.5 Zr 2 O 7, Ce 0.25 Zr 0.75 O 2, Ce 0.7 Gd 0.3 O 2, and contains less than 50 ppm of any trace element, less than 20 ppm of any heavy metal, less than 10 ppm of any alkaline metal, and less than 2 ppm of each of Fe, Ni and Cu, whereby said plasma spray coating imparts both chlorine and fluorine plasma erosion resistance, reduces particle generation during plasma etching, and prevents spalling of said plasma spray coating during wet cleaning of said member.
An information processing device comprising: a storage controller configured to store, in a first storage unit, record information formed each time a predetermined event occurs in a device and perform an update process of successively updating an old piece of record information with a new piece of record information in the record information stored in the first storage unit; and a transmission unit configured to transmit the record information stored in the first storage unit via a first signal line, characterized by a transfer unit configured to transfer communication abnormality record information corresponding to the record information stored in the first storage unit to a second storage unit, which is configured not to update record information, and store the communication abnormality record information in the second storage unit when a communication abnormality signal indicating a communication abnormality of the first signal line is supplied via a second signal line, the transmission unit being configured to transmit the communication abnormality record information stored in the second storage unit via the first signal line when communication of the first signal line is restored. a storage controller configured to store, in a first storage unit, record information formed each time a predetermined event occurs in a device and perform an update process of successively updating an old piece of record information with a new piece of record information in the record information stored in the first storage unit; and a transmission unit configured to transmit the record information stored in the first storage unit via a first signal line, characterized by a transfer unit configured to transfer communication abnormality record information corresponding to the record information stored in the first storage unit to a second storage unit, which is configured not to update record information, and store the communication abnormality record information in the second storage unit when a communication abnormality signal indicating a communication abnormality of the first signal line is supplied via a second signal line, the transmission unit being configured to transmit the communication abnormality record information stored in the second storage unit via the first signal line when communication of the first signal line is restored.
A support channel assembly for supporting a bundle, the support channel assembly comprising: a support channel having a bottom and two sides, wherein each side has a hook at a distal end; and at least one flange engaging the support channel, the at least one flange having a top, a bottom and sides, wherein one of the sides of the at least one flange defines a groove for receiving a locking tie to secure the bundle, and wherein the sides of the at least one flange also define a support channel engaging area; and the at least one locking tie for securing the bundle on the support channel, wherein the at least one locking tie wraps around the at least one flange and sits in the groove of the flange. a support channel having a bottom and two sides, wherein each side has a hook at a distal end; and at least one flange engaging the support channel, the at least one flange having a top, a bottom and sides, wherein one of the sides of the at least one flange defines a groove for receiving a locking tie to secure the bundle, and wherein the sides of the at least one flange also define a support channel engaging area; and the at least one locking tie for securing the bundle on the support channel, wherein the at least one locking tie wraps around the at least one flange and sits in the groove of the flange.
Method for manufacturing various laminates (L 0 to L n) with a caul plate, wherein each laminate comprises a base plate and a decor paper (D n), characterised by the following steps: - scanning a template for generating a first set of image data (B 0) and a set of relief data; - removing n layers (S 1 to S n) of the template; - editing each layer (S 1 to S n) with different processing methods and scanning each differently processed layer for generating n sets of image data (B 1 to B n); - producing different decor papers (Do to D n) from the first set of image data (B 0) and the n sets of image data (B 1 to B n); - producing the caul plate from the set of relief data; - producing different laminates (L 0 to L n) from the different decor papers (Do to D n) by pressing of the respective decor paper with a base plate by means of the caul plate. - scanning a template for generating a first set of image data (B 0) and a set of relief data; - removing n layers (S 1 to S n) of the template; - editing each layer (S 1 to S n) with different processing methods and scanning each differently processed layer for generating n sets of image data (B 1 to B n); - producing different decor papers (Do to D n) from the first set of image data (B 0) and the n sets of image data (B 1 to B n); - producing the caul plate from the set of relief data; - producing different laminates (L 0 to L n) from the different decor papers (Do to D n) by pressing of the respective decor paper with a base plate by means of the caul plate.
An apparatus (10, 10'), comprising: a light source comprising a plurality of coherent sources, each coherent source being configured to emit light of a different color than the remaining of the coherent sources; a reconfigurable array of mirrors and MEMS actuators, each mirror being controlled by a corresponding one of the MEMS actuators, wherein the light source is configured to illuminate the mirrors with a time division color-multiplexed light beam characterized in that each MEMS actuator is able to translate the controlled mirror; wherein the reconfigurable array is able to modulate a phase of a wavefront of the light beam in a spatially non-uniform and reconfigurable manner. a light source comprising a plurality of coherent sources, each coherent source being configured to emit light of a different color than the remaining of the coherent sources; a reconfigurable array of mirrors and MEMS actuators, each mirror being controlled by a corresponding one of the MEMS actuators, wherein the light source is configured to illuminate the mirrors with a time division color-multiplexed light beam characterized in that each MEMS actuator is able to translate the controlled mirror; wherein the reconfigurable array is able to modulate a phase of a wavefront of the light beam in a spatially non-uniform and reconfigurable manner.
A plastic pressurized package comprising a hollow, plastic body comprising a blend of a first and second material, wherein said first material is a polyester selected from the group consisting of polyethylene terephthalate, polyester copolymers, and mixtures thereof; wherein the polyester is a polyester copolymer; wherein the polyester copolymer is non-crystalline; wherein the polyester copolymer is amorphous; and said second material comprising a polymer selected from the group consisting of polycarbonate, polycarbonate copolymers, and mixtures thereof; and wherein said plastic pressurized package is able to contain and dispense a pressurized fluid of at least 1.0 Bar (15 psi) greater than atmospheric pressure at 25°C.
A mount system for motion capture comprising: an enclosure; an electronics package including a motion capture sensor and a transceiver, wherein said motion capture sensor is configured to electronically detect motion; a mount coupled with said enclosure and configured to couple said enclosure to a piece of equipment; and, a cap coupled with said enclosure, wherein said cap comprises on an outer portion a visual marker configured to enable capturing visually motion of the system; wherein said visual marker comprises visual motion capture sensing capabilities; wherein said enclosure and said cap are configured to internally hold said electronics package in such a manner that the electronics package is installed between the enclosure and the cap, wherein said visual marker is passive and further comprises a visual portion that comprises a graphical symbol of a circle with dots that is visually trackable, and, wherein said visual marker contains high contrast elements to enable visual detection of one or more of an orientation and motion of the motion capture sensor with an external camera to visually allow to track said visual marker based on said visual marker in captured images captured by said external camera. an enclosure; an electronics package including a motion capture sensor and a transceiver, wherein said motion capture sensor is configured to electronically detect motion; a mount coupled with said enclosure and configured to couple said enclosure to a piece of equipment; and, a cap coupled with said enclosure, wherein said cap comprises on an outer portion a visual marker configured to enable capturing visually motion of the system; wherein said visual marker comprises visual motion capture sensing capabilities; wherein said enclosure and said cap are configured to internally hold said electronics package in such a manner that the electronics package is installed between the enclosure and the cap, wherein said visual marker is passive and further comprises a visual portion that comprises a graphical symbol of a circle with dots that is visually trackable, and, wherein said visual marker contains high contrast elements to enable visual detection of one or more of an orientation and motion of the motion capture sensor with an external camera to visually allow to track said visual marker based on said visual marker in captured images captured by said external camera.