mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for shaping plastic preforms into plastics containers and for the treatment of plastic containers, with a shaping device designed to shape plastic preforms into plastic containers, with a filling device, designed to fill the containers with a flowable medium, wherein the forming device is arranged upstream with respect to the filling device in the conveying direction and with a labelling device which is arranged downstream with respect to this filling device in a conveying direction of the plastic containers, which is designed to provide an outer wall of the filled containers with labels, wherein a conveying device, which is designed to convey the plastic containers from the filling device to the labelling device along a conveying path, is provided between the filling device and the labelling device, wherein this conveying device is designed to convey the plastic containers separately, wherein the apparatus has a closing device arranged between the filling device and the labelling device for closing the containers with closures and wherein the filling device, the labelling device and the shaping device are blocked with each other, characterized in that - a drying device is arranged along the conveying path of the plastic containers between the filling device and the labelling device, which is designed to dry the plastic containers and apply a gaseous medium to them, wherein the drying device is arranged along the conveying path for the containers after the closing device; and that - the filling device is synchronized with the labelling device in a working operation of the system, and this synchronization can be selectively cancelled in the event of a fault in the apparatus. - a drying device is arranged along the conveying path of the plastic containers between the filling device and the labelling device, which is designed to dry the plastic containers and apply a gaseous medium to them, wherein the drying device is arranged along the conveying path for the containers after the closing device; and that - the filling device is synchronized with the labelling device in a working operation of the system, and this synchronization can be selectively cancelled in the event of a fault in the apparatus.
A display device (1. 31), comprising: an optical scanning device (2, 32) including a light source configured to output light, an optical scanning unit configured to scan the output light from the light source, and an optical filter arranged on an optical path of the output light; a display onto which the output light scanned by the optical scanning device is projected, with the output light superimposed on a background; and a temperature control unit configured to control at least one from between a wavelength of the output light from the light source and a band characteristic of the optical filter by controlling a temperature of the optical scanning device and control a light amount of the output light directed from the optical filter to the display, wherein the light source is a light source of which a wavelength of the output light has temperature dependence, and the temperature control unit is configured to control a temperature of the light source. an optical scanning device (2, 32) including a light source configured to output light, an optical scanning unit configured to scan the output light from the light source, and an optical filter arranged on an optical path of the output light; a display onto which the output light scanned by the optical scanning device is projected, with the output light superimposed on a background; and a temperature control unit configured to control at least one from between a wavelength of the output light from the light source and a band characteristic of the optical filter by controlling a temperature of the optical scanning device and control a light amount of the output light directed from the optical filter to the display, wherein the light source is a light source of which a wavelength of the output light has temperature dependence, and the temperature control unit is configured to control a temperature of the light source.
The use as a piston varnish controlling additive in a fuel composition for a spark-ignition internal combustion engine of: a. a hydrocarbyl-substituted aromatic compound; and b. a polyalkylene amine, wherein the hydrocarbyl-substituted aromatic compound is a Mannich Base additive. a. a hydrocarbyl-substituted aromatic compound; and b. a polyalkylene amine,
Two-part structural adhesive comprising: a. a (meth)acrylic resin containing acrylate or methacrylate monomers b. a polymerization catalysing agent, intended to be added to the said resin in order to initiate the polymerization of said monomers, comprising an initiating agent for free radical polymerization and also an epoxidized silane, said epoxidized silane being between 1 and 30% by weight. a. a (meth)acrylic resin containing acrylate or methacrylate monomers b. a polymerization catalysing agent, intended to be added to the said resin in order to initiate the polymerization of said monomers, comprising an initiating agent for free radical polymerization and also an epoxidized silane, said epoxidized silane being between 1 and 30% by weight.
A hall electromotive force signal detection circuit configured to suppress an offset signal component in a signal composed of a hall electromotive force signal generated in a Hall element and the offset signal component and amplify the hall electromotive force signal to generate an output signal, the hall electromotive force signal detection circuit comprising: a signal amplifier circuit configured to amplify an output of the hall element and output a signal having the offset signal component modulated at a frequency of a chopper clock; a difference calculation circuit configured to sample a component (Vout) synchronous with the chopper clock out of an output signal from the signal amplifier circuit at a timing synchronous with the chopper clock and to perform a calculation of the time variation of the component (Vout) between two sampling timings separated at a certain time period and output a difference between sampling results of the component (Vout) at the two different sampling timings; an integrating circuit configured to integrate an output from the difference calculation circuit in time domain; and a feedback circuit configured to feed back an output signal from the integrating circuit to the signal amplifier circuit. a signal amplifier circuit configured to amplify an output of the hall element and output a signal having the offset signal component modulated at a frequency of a chopper clock; a difference calculation circuit configured to sample a component (Vout) synchronous with the chopper clock out of an output signal from the signal amplifier circuit at a timing synchronous with the chopper clock and to perform a calculation of the time variation of the component (Vout) between two sampling timings separated at a certain time period and output a difference between sampling results of the component (Vout) at the two different sampling timings; an integrating circuit configured to integrate an output from the difference calculation circuit in time domain; and a feedback circuit configured to feed back an output signal from the integrating circuit to the signal amplifier circuit.
Turbine engine, comprising: - an air compression stage which comprises at least one movable compressor wheel, - an air inlet duct which is coupled to said air compression stage, - a first sealing device, which is arranged between a front portion of the movable compressor wheel and the air inlet duct, comprising at least one seal, - a channel for conveying the air compressed by the movable wheel, - a second sealing device, which is arranged between a rear portion of the movable compressor wheel and the conveying channel and is configured to receive an airflow coming from the conveying channel, said turbine engine being characterised in that the second sealing device is configured to allow some of the air passing therethrough to be bled, the bleed air being conveyed to the seal of the first sealing device so as to keep it under pressure. - an air compression stage which comprises at least one movable compressor wheel, - an air inlet duct which is coupled to said air compression stage, - a first sealing device, which is arranged between a front portion of the movable compressor wheel and the air inlet duct, comprising at least one seal, - a channel for conveying the air compressed by the movable wheel, - a second sealing device, which is arranged between a rear portion of the movable compressor wheel and the conveying channel and is configured to receive an airflow coming from the conveying channel, said turbine engine being characterised in that the second sealing device is configured to allow some of the air passing therethrough to be bled, the bleed air being conveyed to the seal of the first sealing device so as to keep it under pressure.
A method of testing an electro optic sensor having a light source and a light detector, the method comprising: applying a first power state to the light source to generate a first light for determining whether liquid is present within the electro optic sensor; based on a determination that liquid is present within the electro optic sensor, applying a second power state to the light source for generating a second light; reflecting the second light generated from the light source; receiving the reflected second light at the light detector; and comparing the reflected second light to a pulse current threshold value to determine whether the electro optic sensor is functioning properly; characterized in that the second power state has higher power over a shorter period of time than the first power state. applying a first power state to the light source to generate a first light for determining whether liquid is present within the electro optic sensor; based on a determination that liquid is present within the electro optic sensor, applying a second power state to the light source for generating a second light; reflecting the second light generated from the light source; receiving the reflected second light at the light detector; and comparing the reflected second light to a pulse current threshold value to determine whether the electro optic sensor is functioning properly; characterized in that the second power state has higher power over a shorter period of time than the first power state.
A method for addition reaction of acetylene and a ketone compound, comprising the steps of: S1, providing a continuous reaction device, the continuous reaction device comprising a plurality of bubble tubular reactors arranged in series, the plurality of bubble tubular reactors being connected with each other through connecting tubes; S2, feeding a raw material solution containing the ketone compound and alkali into the plurality of bubble tubular reactors, and S3, under normal pressure, pumping acetylene from the bottom of the first bubble tubular reactor for the addition reaction. S1, providing a continuous reaction device, the continuous reaction device comprising a plurality of bubble tubular reactors arranged in series, the plurality of bubble tubular reactors being connected with each other through connecting tubes; S2, feeding a raw material solution containing the ketone compound and alkali into the plurality of bubble tubular reactors, and S3, under normal pressure, pumping acetylene from the bottom of the first bubble tubular reactor for the addition reaction.
A method for controlling a charging operation of a vehicle at a charging station, wherein, independent of an identification means initially used for the approval of charging, a control link for controlling the charging operation is provided by means of a second proof of authorization (JCRED2) stored in a mobile terminal device, comprising the following steps: a) using, by a control device allocated to the charging station, a first proof of authorization (JCRED1) used for a start of the charging operation; b) transmitting, via a near-field communication link, the first proof of authorization (JCRED1) or the terminal-side second proof of authorization (JCRED2) between the mobile terminal device and the control device allocated to the charging station; c) verifying, in pairs, the first proof of authorization (JCRED1) by means of the second proof of authorization (JCRED2); and d) in case of a positive verification result, establishing a control link between the mobile terminal device and the control device via the near field communication link. a) using, by a control device allocated to the charging station, a first proof of authorization (JCRED1) used for a start of the charging operation; b) transmitting, via a near-field communication link, the first proof of authorization (JCRED1) or the terminal-side second proof of authorization (JCRED2) between the mobile terminal device and the control device allocated to the charging station; c) verifying, in pairs, the first proof of authorization (JCRED1) by means of the second proof of authorization (JCRED2); and d) in case of a positive verification result, establishing a control link between the mobile terminal device and the control device via the near field communication link.
An information processing device comprising: a reading means configured to read content data from a storage unit for reproduction of the content data stored in the storage unit; and a prohibiting means configured to prohibit any access to the storage unit different from access of the reading during the reading of the content data by the reading means, wherein the prohibiting means is configured to prohibit the different access by suspending the different access in progress when the reading of the content data by the reading means starts, and wherein the different access includes access of writing downloaded content data into the storage unit. a reading means configured to read content data from a storage unit for reproduction of the content data stored in the storage unit; and a prohibiting means configured to prohibit any access to the storage unit different from access of the reading during the reading of the content data by the reading means, wherein the prohibiting means is configured to prohibit the different access by suspending the different access in progress when the reading of the content data by the reading means starts, and wherein the different access includes access of writing downloaded content data into the storage unit.
An article of apparel, comprising: a garment structure including one or more fabric elements, wherein the garment structure is structured and arranged so as to provide a close fit to a lower back portion of a human body; and characterized by a lower back position feedback system engaged with the garment structure by an adhesive at least at the lower back portion of the human body, wherein the lower back position feedback system comprises one or more layers (300, 312, 330) including a layer (300, 330) of material having a higher resistance to stretch than a resistance to stretch of the fabric element making up a largest proportion of the garment structure; and wherein a layer (300, 330) of the lower back position feedback system comprises texturing in the form of raised areas to enhance a wearer's feel of the lower back position feedback system. a garment structure including one or more fabric elements, wherein the garment structure is structured and arranged so as to provide a close fit to a lower back portion of a human body; and characterized by a lower back position feedback system engaged with the garment structure by an adhesive at least at the lower back portion of the human body, wherein the lower back position feedback system comprises one or more layers (300, 312, 330) including a layer (300, 330) of material having a higher resistance to stretch than a resistance to stretch of the fabric element making up a largest proportion of the garment structure; and wherein a layer (300, 330) of the lower back position feedback system comprises texturing in the form of raised areas to enhance a wearer's feel of the lower back position feedback system.
A method performed by a control node for managing cloud resources in a communications network for a client being served by a primary data center holding service data associated with a cloud service being executed for the client in the primary data center, the method comprising: - selecting a first backup data center having free processing and storage resources for the cloud service, based on usage of links between a source node associated with the client and the first backup data center, and - saving said service data in the first backup data center, thereby enabling the cloud service to be recovered in the first backup data center in case of service failure at the primary data center. - selecting a first backup data center having free processing and storage resources for the cloud service, based on usage of links between a source node associated with the client and the first backup data center, and - saving said service data in the first backup data center, thereby enabling the cloud service to be recovered in the first backup data center in case of service failure at the primary data center.
An apparatus comprising: a memristor; means for wirelessly receiving, from another apparatus, a time-varying signal; means for enabling, responsive to the received time-varying signal, provision of one or more pulses to the memristor to change an electrical characteristic of the memristor; means (204, 270) for wirelessly signalling to the other apparatus when the electrical characteristic of the memristor reaches a threshold value; and means for re-setting the electrical characteristic of the memristor. a memristor; means for wirelessly receiving, from another apparatus, a time-varying signal; means for enabling, responsive to the received time-varying signal, provision of one or more pulses to the memristor to change an electrical characteristic of the memristor; means (204, 270) for wirelessly signalling to the other apparatus when the electrical characteristic of the memristor reaches a threshold value; and means for re-setting the electrical characteristic of the memristor.
A panel comprising an apparatus to provide panel stiffening, the apparatus comprising: an outer braided thermoplastic tube; an inner braided thermoplastic tube disposed within the outer braided thermoplastic tube; and, a separation ply layer co-consolidated between the outer braided thermoplastic tube and the inner braided thermoplastic tube, the separation ply layer comprising a metal foil ply and providing reinforcement and impact damage resistance to the inner braided thermoplastic tube in order to avoid a loss in structural loading capability. an outer braided thermoplastic tube; an inner braided thermoplastic tube disposed within the outer braided thermoplastic tube; and, a separation ply layer co-consolidated between the outer braided thermoplastic tube and the inner braided thermoplastic tube, the separation ply layer comprising a metal foil ply and providing reinforcement and impact damage resistance to the inner braided thermoplastic tube in order to avoid a loss in structural loading capability.
A tapered roller bearing comprising an inner ring, an outer ring, multiple tapered rollers rollably disposed between said inner and outer rings (2, 3), and a cage for holding said tapered rollers at predetermined circumferential intervals, wherein the cage comprises window-like pockets for holding said tapered rollers, respectively, and pole sections between adjacent ones of said pockets, respectively; the roller coefficient (γ) thereof is larger than 0.94; each of said pole sections comprises a protruding section having a convex shape protruding toward said outer ring for forming a wedge-shaped oil film between said protruding section and a raceway surface of said outer ring; said cage is integrally molded of an engineering plastic; each of said protruding sections has an arc-shaped contour; a radius of curvature of each of said protruding sections is 70% to 90% of a radius of curvature of the raceway surface of said outer ring; and a width of each of the protruding sections is 50% or more of the width of the pole sections.
A computer-implemented method comprising: - providing, to a computer system, numerical data representing an object and comprising a structured set of floating point actual values, a floating point value being defined by a sign, an exponent and a mantissa, and - iterating, over at least a subset of the set and according to an order of the set: • selecting a target actual value, wherein at each iteration the target value is a new selected actual value of the set, • according to a predetermined prediction scheme that depends on a kind of the object represented by the numerical data, computing a floating point predicted value related to the target actual value of the set, the computing including performing operations on integers corresponding to the sign, to the exponent and/or to the mantissa of actual values of a subset of the set, each integer representing one of the sign, the exponent or the mantissa; • storing, on a database of the system, a bit sequence representative of a difference between integers derived from the target actual value and the predicted value, wherein for at least some of the iterations the bit sequence is of smaller size than the size of the target actual value, the method thereby compressing the numerical data. - providing, to a computer system, numerical data representing an object and comprising a structured set of floating point actual values, a floating point value being defined by a sign, an exponent and a mantissa, and - iterating, over at least a subset of the set and according to an order of the set: • selecting a target actual value, wherein at each iteration the target value is a new selected actual value of the set, • according to a predetermined prediction scheme that depends on a kind of the object represented by the numerical data, computing a floating point predicted value related to the target actual value of the set, the computing including performing operations on integers corresponding to the sign, to the exponent and/or to the mantissa of actual values of a subset of the set, each integer representing one of the sign, the exponent or the mantissa; • storing, on a database of the system, a bit sequence representative of a difference between integers derived from the target actual value and the predicted value, • selecting a target actual value, wherein at each iteration the target value is a new selected actual value of the set, • according to a predetermined prediction scheme that depends on a kind of the object represented by the numerical data, computing a floating point predicted value related to the target actual value of the set, the computing including performing operations on integers corresponding to the sign, to the exponent and/or to the mantissa of actual values of a subset of the set, each integer representing one of the sign, the exponent or the mantissa; • storing, on a database of the system, a bit sequence representative of a difference between integers derived from the target actual value and the predicted value,