mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell apparatus corresponding to a first slave apparatus among a plurality of fuel cell apparatuses that includes a master apparatus and slave apparatuses including the first slave apparatus and a second slave apparatus, the fuel cell apparatus comprising: a cell stack; a communication unit; and a controller, wherein the communication unit is configured to communicably connect to the master apparatus and the second slave apparatus, the controller is configured to control the cell stack on the basis of control information acquired from the master apparatus, the controller is configured to transmit a master candidacy message indicating assumption by proxy of functionality of the master apparatus to the second slave apparatus from the communication unit when the controller detects that the master apparatus has lost functionality, and the controller is configured to cause the second slave apparatus to receive the master candidacy message, thereby causing the second slave apparatus to detect that the master apparatus has lost functionality, when the controller detects that the master apparatus has lost functionality before the second slave apparatus detects the same. a cell stack; a communication unit; and a controller, wherein the communication unit is configured to communicably connect to the master apparatus and the second slave apparatus, the controller is configured to control the cell stack on the basis of control information acquired from the master apparatus, the controller is configured to transmit a master candidacy message indicating assumption by proxy of functionality of the master apparatus to the second slave apparatus from the communication unit when the controller detects that the master apparatus has lost functionality, and the controller is configured to cause the second slave apparatus to receive the master candidacy message, thereby causing the second slave apparatus to detect that the master apparatus has lost functionality, when the controller detects that the master apparatus has lost functionality before the second slave apparatus detects the same.
Process for preparing polyethercarbonate-polyoxymethylene block copolymers, comprising the step of polymerizing formaldehyde, characterized in that formaldehyde is polymerized in the presence of a polyethercarbonate having at least one Zerewitinoffactive hydrogen atom.
A method for detecting cancerous cells in a sample of excised tissue, the method comprising: connecting an electrode array to a switching circuit; measuring, by a first subset of electrodes included in the electrode array at a first operating frequency, a first impedance of a first section of the sample; computing a first Cole relaxation frequency for the first section of the sample based on the first impedance; and determining that the first section of the sample contains cancerous cells based on the first Cole relaxation frequency; wherein the switching circuit electrically connects the first subset of electrodes and electrically disconnects all remaining electrodes in the electrode array when the first subset of electrodes measures the first impedance. connecting an electrode array to a switching circuit; measuring, by a first subset of electrodes included in the electrode array at a first operating frequency, a first impedance of a first section of the sample; computing a first Cole relaxation frequency for the first section of the sample based on the first impedance; and determining that the first section of the sample contains cancerous cells based on the first Cole relaxation frequency; wherein the switching circuit electrically connects the first subset of electrodes and electrically disconnects all remaining electrodes in the electrode array when the first subset of electrodes measures the first impedance.
An interlayer film for laminated glass (1, 1A, 1B, 1C) having a lengthwise direction and a widthwise direction, the interlayer film (1, 1A, 1B, 1C) containing a thermoplastic resin, a plasticizer and a light stabilizer, the thermoplastic resin being a polyvinyl acetal resin, the light stabilizer being a hindered amine light stabilizer, the interlayer film (1, 1A, 1B, 1C) comprising configuration A below: configuration A: having such a distribution in content of the light stabilizer in the widthwise direction that the content of the light stabilizer is larger in one end side of the widthwise direction, wherein the interlayer film (1, 1A, 1B, 1C) contains the light stabilizer in a first region extending for 5% inwardly from one end of the widthwise direction, the interlayer film (1, 1A, 1B, 1C) does not contain or contains the light stabilizer in a second region extending for 5% inwardly from the other end opposite to the one end of the widthwise direction, and a content of the light stabilizer in the entire first region is larger than a content of the light stabilizer in the entire second region. the interlayer film (1, 1A, 1B, 1C) containing a thermoplastic resin, a plasticizer and a light stabilizer, the thermoplastic resin being a polyvinyl acetal resin, the light stabilizer being a hindered amine light stabilizer, the interlayer film (1, 1A, 1B, 1C) comprising configuration A below: configuration A: having such a distribution in content of the light stabilizer in the widthwise direction that the content of the light stabilizer is larger in one end side of the widthwise direction, wherein the interlayer film (1, 1A, 1B, 1C) contains the light stabilizer in a first region extending for 5% inwardly from one end of the widthwise direction, the interlayer film (1, 1A, 1B, 1C) does not contain or contains the light stabilizer in a second region extending for 5% inwardly from the other end opposite to the one end of the widthwise direction, and a content of the light stabilizer in the entire first region is larger than a content of the light stabilizer in the entire second region. configuration A: having such a distribution in content of the light stabilizer in the widthwise direction that the content of the light stabilizer is larger in one end side of the widthwise direction, wherein the interlayer film (1, 1A, 1B, 1C) contains the light stabilizer in a first region extending for 5% inwardly from one end of the widthwise direction, the interlayer film (1, 1A, 1B, 1C) does not contain or contains the light stabilizer in a second region extending for 5% inwardly from the other end opposite to the one end of the widthwise direction, and a content of the light stabilizer in the entire first region is larger than a content of the light stabilizer in the entire second region.
An information processing method, comprising: obtaining link state information of a target link; determining whether a link exception exists in the target link or not according to the link state information; in a case that the link exception is determined to exist in the target link, transmitting link exception indication information to a primary node, wherein the link exception indication information is used to indicate to the primary node that the link exception exists in the target link; and stopping data transmission in the target link, characterized in that, the method is performed by a secondary node, and the link exception indication information comprises link quality deterioration indication information and data transmission state information, the method further comprises: receiving a link recovery acknowledge message transmitted by the primary node; resetting the target link according to the link recovery acknowledge message, and performing the data transmission by means of the reset target link. obtaining link state information of a target link; determining whether a link exception exists in the target link or not according to the link state information; in a case that the link exception is determined to exist in the target link, transmitting link exception indication information to a primary node, wherein the link exception indication information is used to indicate to the primary node that the link exception exists in the target link; and stopping data transmission in the target link, characterized in that, the method is performed by a secondary node, and the link exception indication information comprises link quality deterioration indication information and data transmission state information, the method further comprises: receiving a link recovery acknowledge message transmitted by the primary node; resetting the target link according to the link recovery acknowledge message, and performing the data transmission by means of the reset target link. receiving a link recovery acknowledge message transmitted by the primary node; resetting the target link according to the link recovery acknowledge message, and performing the data transmission by means of the reset target link.
Apparatus for supporting and movably guiding a chair, comprising a guide track (8, 8.1, 8.2) which is provided in a housing, is designed in the form of a slot guide and has a carriage, which can be displaced in the guide track (8, 8.1, 8.2) and supports a mount of the chair, characterized in that the guide track (8, 8.1, 8.2) has at least two guide-track sections (13, 14), between which an adjustable track switch is provided in order to transfer the chair from the one guide-track section into the other guide-track section, and vice versa.
Process for the production of a fibre-composite material from unidirectional fibres and a matrix which comprises the following steps: a) a fibre bundle is conducted radially over at least one deflection bar having radially circumferential rounded elevations, thus being deflected and expanded; b) the expanded fibre bundle is subsequently drawn into an impregnation chamber; c) a melt is applied to the expanded fibre bundle, d) the fibre bundle impregnated with melt is drawn through a take-off die at the end of the apparatus. a) a fibre bundle is conducted radially over at least one deflection bar having radially circumferential rounded elevations, thus being deflected and expanded; b) the expanded fibre bundle is subsequently drawn into an impregnation chamber; c) a melt is applied to the expanded fibre bundle, d) the fibre bundle impregnated with melt is drawn through a take-off die at the end of the apparatus.
A hand-actuatable plier tool, in particular for processing cables, having: a. a plier head for handling or processing a workpiece, in particular a cable, b. two plier handles (2, 3) that can be pivoted relative to one another between an open position and a closed position, c. an electronic monitoring unit arranged on a first of the plier handles (2, 3) and with which at least the number of handling or processing procedures can be counted and stored, d. wherein the monitoring unit has an electronic circuit and a signal transmitter emitting actuation signals to the electronic circuit when the plier tool is actuated, e. wherein the signal transmitter has an energy harvesting module for supplying energy to the monitoring unit and an actuation mechanism activating the signal transmitter, f. wherein the monitoring unit is designed as a wear calculation unit which can be activated by actuation of the actuation mechanism and the energy harvesting module, characterized in that the monitoring unit comprises a first measuring unit coupled to the electronic circuit for detecting a clamping force exerted when the plier tool is actuated, g. in that the monitoring unit has a second measuring unit coupled to the electronic circuit for detecting an actuation distance covered when the plier tool is actuated, and in that the energy harvesting module is the second measuring unit. a. a plier head for handling or processing a workpiece, in particular a cable, b. two plier handles (2, 3) that can be pivoted relative to one another between an open position and a closed position, c. an electronic monitoring unit arranged on a first of the plier handles (2, 3) and with which at least the number of handling or processing procedures can be counted and stored, d. wherein the monitoring unit has an electronic circuit and a signal transmitter emitting actuation signals to the electronic circuit when the plier tool is actuated, e. wherein the signal transmitter has an energy harvesting module for supplying energy to the monitoring unit and an actuation mechanism activating the signal transmitter, f. wherein the monitoring unit is designed as a wear calculation unit which can be activated by actuation of the actuation mechanism and the energy harvesting module, characterized in that the monitoring unit comprises a first measuring unit coupled to the electronic circuit for detecting a clamping force exerted when the plier tool is actuated, g. in that the monitoring unit has a second measuring unit coupled to the electronic circuit for detecting an actuation distance covered when the plier tool is actuated, and in that the energy harvesting module is the second measuring unit.
Vehicle, in particular rail vehicle, having an electrical conductor which is located at least in certain sections in the passenger compartment, and at least one electrical interface in the region of an opening in the outer skin of the vehicle or outside the vehicle, characterized in that the interface is separated from the interior of the vehicle by at least one fire protection device which, in the case of a fire in the passenger compartment, prevents or at least delays the fire from having the effect of disabling the interface the fire protection device is attached - when viewed from the passenger compartment - in front of the opening in the outer skin of the vehicle, the fire protection device has mineral wool and at least one piece of sheet metal which separates the interface from the passenger compartment, wherein the mineral wool is arranged between the electrical interface and the piece of sheet metal.
A control method of a lighting apparatus for a vehicle, said lighting apparatus comprising a plurality of flap units, the method comprising sensing (S110, S210), by a sensing unit, a distance between the vehicle and a pedestrian under a first scene, or a distance between the vehicle and a driver under a second scene; determining (S140, S220), by a control unit, whether the distance between the vehicle and the pedestrian falls within a first distance under the first scene, or whether the distance between the vehicle and the driver falls within a second distance under the second scene; and under the first scene: when the distance between the vehicle and the pedestrian falls within the first distance, characterized by determining, by the control unit, a walking direction of the pedestrian and indicating the walking direction to the pedestrian by operating the plurality of flap units, or under the second scene: characterized by, when the distance between the vehicle and the driver falls within the second distance, generating, by the control unit, a welcome signal by operating the plurality of flap units and a plurality of light emitting units; and characterized by, when the distance between the vehicle and the driver exceeds the second distance, generating, by the control unit, a goodbye signal by operating the flap units and the light emitting units. sensing (S110, S210), by a sensing unit, a distance between the vehicle and a pedestrian under a first scene, or a distance between the vehicle and a driver under a second scene; determining (S140, S220), by a control unit, whether the distance between the vehicle and the pedestrian falls within a first distance under the first scene, or whether the distance between the vehicle and the driver falls within a second distance under the second scene; and under the first scene: when the distance between the vehicle and the pedestrian falls within the first distance, characterized by determining, by the control unit, a walking direction of the pedestrian and indicating the walking direction to the pedestrian by operating the plurality of flap units, or under the second scene: characterized by, when the distance between the vehicle and the driver falls within the second distance, generating, by the control unit, a welcome signal by operating the plurality of flap units and a plurality of light emitting units; and characterized by, when the distance between the vehicle and the driver exceeds the second distance, generating, by the control unit, a goodbye signal by operating the flap units and the light emitting units.
A roof window comprising a frame, a sash pivotably mounted on the frame via a first sash pivot means located proximal to an end of the frame, a hood fixed to the frame at or about this end for weather proofing the end of the frame and the gap between the frame and the sash, the hood being fixed so that no part of the hood is movable with the sash, the first sash pivot means being located between the frame and the sash so that the sash is openable through its full range of movement about the first sash pivot means without interfering with or contacting the hood, wherein the sash comprises a sub-frame and inner sash, the inner sash being movably attached to the sub-frame, said roof window being characterized in that the frame and sub-frame are adapted to allow the part of the sub-frame above the first sash pivot means to rotate into a room below the roof window, and in that the roof window further comprises a second inner sash hinge means located below the first sash pivot means and located between the sub-frame and inner sash.
A method for representing a cartographic image in a geolocated synthetic viewing system for aircraft, said system consisting of a cartographic database representing the terrain crossed by the vehicle, means for geolocating said aircraft, means for graphical generation allowing a three-dimensional synthetic view of said terrain to be generated and a display device, characterised in that the position of the aircraft provided by said geolocation means is known with a predetermined level of precision (e), the angular position of each point of the synthetic view is known with an angular error ( α) dependent on the distance from said point to said aircraft and on the positional precision of said aircraft, when said angular error is less than or equal to a predetermined angular tolerance, the point is represented in a standard representation mode and when said angular error is greater than a predetermined angular tolerance, the point is represented in an uncertainty representation mode that differs from the standard representation mode.
A device for advancing a primary guidewire past a heart valve, the device comprising: a primary guidewire configured to advance past a heart valve; a secondary guidewire configured to pull open a leaflet of the heart valve while the primary guidewire advances past the heart valve; and a catheter containing both the primary guidewire and the secondary guidewire. a primary guidewire configured to advance past a heart valve; a secondary guidewire configured to pull open a leaflet of the heart valve while the primary guidewire advances past the heart valve; and a catheter containing both the primary guidewire and the secondary guidewire.
A method of determining a total HF concentration metric in an environment comprising: (a) measuring an uncorrected HF concentration metric in the environment based on a first infrared absorption measurement at a wavelength corresponding to a vibrational frequency of a non-hydrogen bonded gas phase HF molecule; (b) determining an ambient H 2 O concentration metric in the environment available for reaction with the non-hydrogen bonded gas phase HF molecules at or about the time of obtaining the first infrared absorption measurement; CHARACTERIZED IN THAT the method further comprises: (c) calculating a HF hydrate concentration metric in the environment based on the uncorrected HF concentration metric, the ambient H 2 O concentration metric and a reaction equilibrium relationship between the non-hydrogen bonded gas phase HF molecule and the HF hydrate; and (d) determining the total HF concentration metric in the environment based on the uncorrected HF concentration metric and an amount of HF determined by the HF hydrate concentration metric. (a) measuring an uncorrected HF concentration metric in the environment based on a first infrared absorption measurement at a wavelength corresponding to a vibrational frequency of a non-hydrogen bonded gas phase HF molecule; (b) determining an ambient H 2 O concentration metric in the environment available for reaction with the non-hydrogen bonded gas phase HF molecules at or about the time of obtaining the first infrared absorption measurement; (c) calculating a HF hydrate concentration metric in the environment based on the uncorrected HF concentration metric, the ambient H 2 O concentration metric and a reaction equilibrium relationship between the non-hydrogen bonded gas phase HF molecule and the HF hydrate; and (d) determining the total HF concentration metric in the environment based on the uncorrected HF concentration metric and an amount of HF determined by the HF hydrate concentration metric.
A method for reconfiguring a transceiver design using a plurality of frequency synthesizers and a plurality of carrier aggregation, CA, receiver, Rx, and transmitter, Tx, chains, the method comprising: connecting a first frequency synthesizer to a first CA Tx chain; connecting each of the remaining plurality of frequency synthesizers to one of the plurality of CA Rx chains, wherein a second frequency synthesizer out of the remaining plurality of frequency synthesizers is connected as a shared synthesizer to a first CA Rx chain of the plurality of CA Rx chains and a second CA Tx chain. connecting a first frequency synthesizer to a first CA Tx chain; connecting each of the remaining plurality of frequency synthesizers to one of the plurality of CA Rx chains, wherein a second frequency synthesizer out of the remaining plurality of frequency synthesizers is connected as a shared synthesizer to a first CA Rx chain of the plurality of CA Rx chains and a second CA Tx chain.
A masking package for blind testing of materials stored in a syringe, the masking package comprising: an opaque housing defining a syringe chamber adapted to substantially surround a plunger and at least a portion of a barrel of a syringe; and a plunger extender slidably receivable in the syringe chamber and comprising a coupler adapted to couple to the plunger of a syringe received in the syringe chamber, wherein movement of the plunger extender relative to the opaque housing moves the plunger of a syringe received in the syringe chamber relative to the barrel of the syringe. an opaque housing defining a syringe chamber adapted to substantially surround a plunger and at least a portion of a barrel of a syringe; and a plunger extender slidably receivable in the syringe chamber and comprising a coupler adapted to couple to the plunger of a syringe received in the syringe chamber,