mhurhangee/ep-ind-claims huggingface dataset:
A device for treating noise in proximity to the head of a passenger of a vehicle, said device comprising at least one local noise sound sensor (30, 30'), said device comprising at least one sound system (21, 22, 21', 22') for generating an anti-noise, each sound system (21, 22, 21', 22') being provided with a support (11, 12, 16, 17) and at least one sound actuator carried by the support, said device comprising: - a position sensor for determining the position of said head, - at least one treatment unit (40, 40') connected to the local noise sound sensor (30, 30') to receive a local noise signal, the treatment unit being configured to deliver a control signal to each sound actuator, which control signal is a function at least of said local noise signal and of at least one transfer function per ear and relating to the transfer of sound waves between a sound actuator and said passenger, - active matching means cooperating with said position sensor to keep each transfer function that is used in preparing each control signal representative of a path to be travelled by said anti-noise, characterised in that said support comprises a maintaining means per sound system, each maintaining means carrying at least one sound actuator, said active matching means comprising a movement system for continuously moving each maintaining means as a function of the position of the head of a passenger so as to keep each transfer function used in preparing each control signal representative of the path to be travelled by said anti-noise. - a position sensor for determining the position of said head, - at least one treatment unit (40, 40') connected to the local noise sound sensor (30, 30') to receive a local noise signal, the treatment unit being configured to deliver a control signal to each sound actuator, which control signal is a function at least of said local noise signal and of at least one transfer function per ear and relating to the transfer of sound waves between a sound actuator and said passenger, - active matching means cooperating with said position sensor to keep each transfer function that is used in preparing each control signal representative of a path to be travelled by said anti-noise,
A portable handheld information terminal (106, 160, 300) configured for use in a network comprising wireless access points (108, 156, 112, 164) connected to a system server (120,170), each said wireless access point being associated with a respective one of a plurality of attractions, the portable handheld information terminal (106, 160, 300) comprising: wireless communication circuitry for wireless communication with the wireless access points (108, 156, 112, 164) of the network; and further comprising: an interactive interface that changes in dependence on the wireless access point (108, 156, 112, 164) with which the portable handheld information terminal (106, 160, 300) communicates, wherein the wireless communication circuitry communicates with a first wireless access point (156, 164) using a first wireless communication mode and with a second wireless access point (108, 112) using a second different wireless communication mode, and wherein a core application is communicated to the portable handheld information terminal (106, 160, 300) from the system server via the first wireless access point (156, 164) using the first wireless communication mode and incremental content is communicated to the portable handheld information terminal (106, 160, 300) from the system server via the second wireless access point (108, 112) using the second wireless communication mode. an interactive interface that changes in dependence on the wireless access point (108, 156, 112, 164) with which the portable handheld information terminal (106, 160, 300) communicates, wherein the wireless communication circuitry communicates with a first wireless access point (156, 164) using a first wireless communication mode and with a second wireless access point (108, 112) using a second different wireless communication mode, and wherein a core application is communicated to the portable handheld information terminal (106, 160, 300) from the system server via the first wireless access point (156, 164) using the first wireless communication mode and incremental content is communicated to the portable handheld information terminal (106, 160, 300) from the system server via the second wireless access point (108, 112) using the second wireless communication mode.
Guide device for a cartridge syringe comprising two guide arms, it being possible for the two guide arms or only one guide arm to be brought into contact with at least one contact surface or a workpiece, characterized in that the guide arms are arranged on the cartridge syringe, or on a nozzle which can be fitted onto the cartridge syringe, so as to be separately pivotable, the guide arms being arranged on a rib of the cartridge syringe or of the nozzle so as to be movable and/or lockable and each guide arm comprising a holding portion and a guide portion which is angled with respect thereto, the holding portion having a thickness which ensures contact with the rib and at the same time spaces the guide portion apart from the syringe such that the guide arm is freely pivotable and that the guide portions have a V-shaped profile when the guide arms are oriented substantially in parallel with one another.
A method for monitoring a machine, wherein a first machine part carries out a working movement towards a second machine part in order to machine a workpiece, and wherein the first machine part has a leading edge in the movement direction, which leading edge defines a movement plane, comprising the following steps: - acquiring a plurality of images having a plurality of pixels, wherein the respective images have spatially resolved representations of the edge, at least a part of the workpiece, and a protective region between the edge and the second machine part, - acquiring a velocity of the working movement of the first machine part in relation to the workpiece, - comparing the acquired velocity to a reference velocity of the working movement, and - stopping the working movement if the acquired velocity deviates from the reference velocity, characterized in that the velocity of the working movement of the first machine part in relation to the workpiece is determined on the basis of the plurality of acquired images, wherein the velocity of the working movement is determined as a function of a position of the edge of the first machine part as a velocity profile on the basis of the acquired images, and wherein the velocity profile is compared to a reference velocity profile. - acquiring a plurality of images having a plurality of pixels, wherein the respective images have spatially resolved representations of the edge, at least a part of the workpiece, and a protective region between the edge and the second machine part, - acquiring a velocity of the working movement of the first machine part in relation to the workpiece, - comparing the acquired velocity to a reference velocity of the working movement, and - stopping the working movement if the acquired velocity deviates from the reference velocity,
A process for producing a cellulose ether derivative comprising producing low-crystalline powdery cellulose having a crystallinity of 50% or less by coarsely crushing sheet-like pulps to obtain chip-like pulps and treating the chip-like pulps by an extruder and further by a ball mill, as well as the step of reacting the low-crystalline powdery cellulose with an epoxy compound in the presence of a catalyst.
A downhole pressure balanced electrical connection system, comprising: a first well tool and a second well tool; a conduit assembly connected to the first and second well tools (14,16), the conduit assembly including a conduit and a line positioned within the conduit, the line comprising a first line connected to the first well tool and a second line connected to the second well tool, the first and second lines (46a,b) being electrically or optically connected within the conduit and the line being connected to the first and second well tools (14,16) for operation of the well tools; and a device for equalizing pressure between an interior and an exterior of the conduit assembly, the device being positioned downhole. a first well tool and a second well tool; a conduit assembly connected to the first and second well tools (14,16), the conduit assembly including a conduit and a line positioned within the conduit, the line comprising a first line connected to the first well tool and a second line connected to the second well tool, the first and second lines (46a,b) being electrically or optically connected within the conduit and the line being connected to the first and second well tools (14,16) for operation of the well tools; and a device for equalizing pressure between an interior and an exterior of the conduit assembly, the device being positioned downhole.
A method for producing a shaped product having an opening by arranging a molding material comprising discontinuous carbon fibers and a thermoplastic resin on a mold (1,7) and cold-pressing the molding material, wherein (i) the mold (1,7) has a portion serving as a closable cavity and (ii) the molding material to be arranged on the mold (1,7) has a projected area larger than the projected area of the mold cavity, and wherein in the cold pressing, the molding material flows to form an end part of the shaped product, the distance over which the molding material flows being longer than 0 mm and not longer than 150 mm, the method being characterized in that the opening is formed by at least one of stretching and flowing of the molding material during molding, wherein D-L ∗ εv>0 and wherein εv is a tensile rupture elongation of the molding material, L is a distance between outlet edges of the opening in a cross-section of the shaped product, and D is a creeping dimension of the opening in the cross-section, and the molding material to be arranged has a length which includes both the distance L between outlet edges of the opening in the cross-section of the shaped product and a portion not smaller than D-L ∗ εv, and the tensile rupture elongation εv of the molding material is higher than 110% and not higher than 300%; wherein ε ⁢ v = length of the molding material after stretching y / length of the molding material before stretching x × 100; and wherein D is the total length measured along the surface of the opening of the shaped product. wherein D-L ∗ εv>0 and wherein εv is a tensile rupture elongation of the molding material, L is a distance between outlet edges of the opening in a cross-section of the shaped product, and D is a creeping dimension of the opening in the cross-section, and the molding material to be arranged has a length which includes both the distance L between outlet edges of the opening in the cross-section of the shaped product and a portion not smaller than D-L ∗ εv, and the tensile rupture elongation εv of the molding material is higher than 110% and not higher than 300%; wherein ε ⁢ v = length of the molding material after stretching y / length of the molding material before stretching x × 100; and wherein D is the total length measured along the surface of the opening of the shaped product.
An apparatus for diagnosing battery degradation, the apparatus comprising: a battery including at least one cell; a charging unit configured to charge the cell and perform a cut-off during a stabilization time when the charged cell is stabilized; a sensing unit configured to measure a current of the cell with respect to time; and a controller configured to detect an inflection point (Ph) of the measured current by using the measured current, calculate a slope of the measured current during a first period after a time point corresponding to the inflection point, and diagnose whether the cell has degraded by comparing the slope of the measured current with a slope of a reference cell, wherein the reference cell is a cell which has not been degraded, and the current of the cell is greater than 0 mA during the stabilization time. a battery including at least one cell; a charging unit configured to charge the cell and perform a cut-off during a stabilization time when the charged cell is stabilized; a sensing unit configured to measure a current of the cell with respect to time; and a controller configured to detect an inflection point (Ph) of the measured current by using the measured current, calculate a slope of the measured current during a first period after a time point corresponding to the inflection point, and diagnose whether the cell has degraded by comparing the slope of the measured current with a slope of a reference cell, wherein the reference cell is a cell which has not been degraded, and the current of the cell is greater than 0 mA during the stabilization time.
A method to be executed by an event server comprising: receiving a first event request message from a client device; retrieving one or more first events that have most recently occurred since a previous event request and that have not already been provided to the client device, up to a first event paging size and a first event history age limit; determining that one or more second events are within the first event history age limit and have not already been provided to the client device but are in excess of the first event paging size; populating a page-state string to indicate the one or more second events; generating a first response message including the one or more first events and the page-state string; and sending the first response message to the client device. receiving a first event request message from a client device; retrieving one or more first events that have most recently occurred since a previous event request and that have not already been provided to the client device, up to a first event paging size and a first event history age limit; determining that one or more second events are within the first event history age limit and have not already been provided to the client device but are in excess of the first event paging size; populating a page-state string to indicate the one or more second events; generating a first response message including the one or more first events and the page-state string; and sending the first response message to the client device.
Winding device for an animal leash (3,103), in particular for a dog leash, comprising a housing (1,101) which houses the leash (3,103) and has a pull-out limiting device and a retaining ring (4,104) having an engagement opening (5,105), said retaining ring (4,104) having a pivot arm (4a, 104a) which is connected to the retaining ring (4,104) by means a pivot joint (6,106), closes the engagement opening (5,105) of the retaining ring (4,104) in its non-pivoted position and releases the engagement opening (5,105) of the retaining ring (4,104) in its pivoted position, characterized in, that that a lock tongue (11,111) is arranged at the pivot arm (4a, 100a) at its end facing away from the pivot joint (6,106) or at the retaining ring (4,104) at its end facing the pivot arm (4a, 104a), which tongue (11,111) can be inserted into a motor vehicle belt buckle when the retaining ring (4,104) is open.
Medical ultrasound system, comprising - an ultrasound transducer for emitting and receiving ultrasound, and - a processor, wherein the ultrasound transducer is electrically connected to the processor, and wherein the processor is configured to determine an ultrasound based tomographic image by means of speed of sound and acoustic attenuation reconstruction subject to ultrasound waves (usr) received by the ultrasound transducer in response to ultrasound waves emitted by the ultrasound transducer and scattered and / or reflected by tissue to be investigated. - an ultrasound transducer for emitting and receiving ultrasound, and - a processor, wherein the ultrasound transducer is electrically connected to the processor, and wherein the processor is configured to determine an ultrasound based tomographic image by means of speed of sound and acoustic attenuation reconstruction subject to ultrasound waves (usr) received by the ultrasound transducer in response to ultrasound waves emitted by the ultrasound transducer and scattered and / or reflected by tissue to be investigated.
An X-ray detector (100, 200, 300) comprising a) a sensitive layer (13, 33, 53) with at least one detector element that comprises a light sensitive sensor unit (14, 34, 54) and a processing circuit (15a, 15b, 35a, 35b, 55) which is susceptible to interference by X-radiation; b) a scintillation layer (11, 31, 51) for the conversion of incident X-radiation into photons (λ1, λ2); c) a coupling layer (12, 32, 52) that is disposed between the scintillation layer (11, 31, 51) and the sensitive layer (13, 33, 53) and that is adapted to guide light from the scintillation layer (11, 31, 51) to the sensor units (14, 34, 54) and to protect the processing circuits (15a, 15b, 35a, 35b, 55) from X-radiation, wherein the coupling layer (12, 32) comprises at least one light guiding unit (17, 37) for guiding light from the scintillation layer (11, 31) to a sensor unit (14, 34) and at least one shielding unit (16, 36) for protecting a processing circuit (15a, 15b, 35a, 35b) from X-radiation, characterized in that the area of the light guiding unit (17, 37) facing the scintillation layer (11, 31) is larger than its area facing the sensor unit (14, 34). a) a sensitive layer (13, 33, 53) with at least one detector element that comprises a light sensitive sensor unit (14, 34, 54) and a processing circuit (15a, 15b, 35a, 35b, 55) which is susceptible to interference by X-radiation; b) a scintillation layer (11, 31, 51) for the conversion of incident X-radiation into photons (λ1, λ2); c) a coupling layer (12, 32, 52) that is disposed between the scintillation layer (11, 31, 51) and the sensitive layer (13, 33, 53) and that is adapted to guide light from the scintillation layer (11, 31, 51) to the sensor units (14, 34, 54) and to protect the processing circuits (15a, 15b, 35a, 35b, 55) from X-radiation, wherein the coupling layer (12, 32) comprises at least one light guiding unit (17, 37) for guiding light from the scintillation layer (11, 31) to a sensor unit (14, 34) and at least one shielding unit (16, 36) for protecting a processing circuit (15a, 15b, 35a, 35b) from X-radiation, characterized in that the area of the light guiding unit (17, 37) facing the scintillation layer (11, 31) is larger than its area facing the sensor unit (14, 34).
A device of a manoeuvring assistance system of a vehicle with partially automatic manoeuvring (21, 22, 23, 24, 25), where the device has a situation-adaptive display that is directionally and locally accurate (10, 20, 50, 51), such that all possible manoeuvres (21, 22, 23, 24, 25) and trajectories (30, 31) for current and future manoeuvres (21, 22, 23, 24, 25) can be displayed and situation-adaptive driving manoeuvres (21, 22, 23, 24, 25) can be offered for selection and only those driving manoeuvres (21, 22, 23, 24, 25) that have a plausibility check running consistently in the background are offered for selection.
Capsule for two components of a material which are to be mixed together, comprising: - a cartridge (11, 11', 11") comprising an outlet, a first component chamber for containing a first component, and a second component chamber for containing a second component, the two chambers opening into the outlet; and - a piston which at least with its front end sits in the cartridge, lies with its rear end outside the component chambers (13, 14) and, when it is pushed forwards, presses the two components out of their component chambers (13, 14); - the cartridge has an interior with a stepped diameter, the front area being wider than the rear area; and characterized in that - the component chambers (13, 14) are arranged in the front area; and wherein the piston has a shell matching the stepped interior and sits with its front end in the front area and with its rear end in the rear area. - a cartridge (11, 11', 11") comprising an outlet, a first component chamber for containing a first component, and a second component chamber for containing a second component, the two chambers opening into the outlet; and - a piston which at least with its front end sits in the cartridge, lies with its rear end outside the component chambers (13, 14) and, when it is pushed forwards, presses the two components out of their component chambers (13, 14); - the cartridge has an interior with a stepped diameter, the front area being wider than the rear area; and characterized in that - the component chambers (13, 14) are arranged in the front area; and wherein the piston has a shell matching the stepped interior and sits with its front end in the front area and with its rear end in the rear area.
A yeast cell that produces thebaine, wherein the cell comprises heterologous coding sequences to express the enzymes salutaridine synthase (SalSyn), salutaridine reductase (SalR) and salutaridinol 7-O-acetyltransferase (SalAT) that are integrated stably into the genome of the cell and enable the cell to produce thebaine.
Sanitary fitting, at least having a housing, which forms an opening surrounded by a collar and an interior space, a separate fixing component, which can be arranged adjacent to the collar in the housing, a cartridge holder which is positionable in the interior space, a cartridge which is at least partly positionable in the interior space, and a clamping means which is able to clamp at least the cartridge or the cartridge holder against the fixing component, so that the fixing component rests against the collar of the housing, characterised in that the clamping means is in direct contact with the cartridge or the cartridge holder and the fixing component.
A first apparatus, comprising: at least one processor; and at least one memory including computer program code; wherein the at least one memory and the computer program code are configured to, with the at least one processor, cause the first apparatus to: transmit, to a second apparatus, a request for execution of a task, the task comprising a plurality of functions to be executed; generate a first validation key from identification information of the plurality of functions based on an expected execution plan in at least one trusted execution environment of the second apparatus; receive, from the second apparatus, an execution result for the task and a second validation key; and determine correctness of the execution result by comparing the first validation key with the second validation key. at least one processor; and at least one memory including computer program code; wherein the at least one memory and the computer program code are configured to, with the at least one processor, cause the first apparatus to: transmit, to a second apparatus, a request for execution of a task, the task comprising a plurality of functions to be executed; generate a first validation key from identification information of the plurality of functions based on an expected execution plan in at least one trusted execution environment of the second apparatus; receive, from the second apparatus, an execution result for the task and a second validation key; and determine correctness of the execution result by comparing the first validation key with the second validation key. transmit, to a second apparatus, a request for execution of a task, the task comprising a plurality of functions to be executed; generate a first validation key from identification information of the plurality of functions based on an expected execution plan in at least one trusted execution environment of the second apparatus; receive, from the second apparatus, an execution result for the task and a second validation key; and determine correctness of the execution result by comparing the first validation key with the second validation key.