mhurhangee/ep-ind-claims huggingface dataset:
A gas-discharge lamp having - an inner envelope comprising a discharge vessel and two tubular sections (6, 7) arranged on the discharge vessel, - two electrodes (4, 5) that project from the tubular sections into the discharge vessel and that, to enable them to be supplied with power, are electrically connected to respective electrical conductors (10, 11) that extend through the associated tubular sections (6, 7) and that are enclosed in the tubular sections (6, 7) with a gastight seal along a sealing section (8, 9), - an outer envelope that surrounds the discharge vessel, with an airtight seal, while leaving an outer cavity between itself and the discharge vessel and that is filled with a gas at a pressure of not more than 1000 mbar, wherein, in the outer cavity, only a single conductor is in direct contact with the gas filling in the outer cavity, which conductor is run out of the outer envelope to allow a high-voltage pulse for igniting a discharge between the conductor and its surroundings to be applied, characterized in that the conductor in direct contact with the gas filling in the outer cavity is one of the electrical conductors (10, 11) running to the electrodes (4, 5), and wherein further a hole projecting from the outer cavity into the tubular section and to the electrical conductor in direct contact with the gas filling in the outer cavity is present. - an inner envelope comprising a discharge vessel and two tubular sections (6, 7) arranged on the discharge vessel, - two electrodes (4, 5) that project from the tubular sections into the discharge vessel and that, to enable them to be supplied with power, are electrically connected to respective electrical conductors (10, 11) that extend through the associated tubular sections (6, 7) and that are enclosed in the tubular sections (6, 7) with a gastight seal along a sealing section (8, 9), - an outer envelope that surrounds the discharge vessel, with an airtight seal, while leaving an outer cavity between itself and the discharge vessel and that is filled with a gas at a pressure of not more than 1000 mbar,
A safety device for a pre-filled syringe with an injection needle (2.1) comprising - a support body (1.2) adapted to mount the pre-filled syringe, - a needle shield (1.1) slidably arranged with respect to the support body (1.2), - a retention and locking means for retaining and locking the needle shield (1.1) with respect to the support body (1.2) in a first and a second advanced position (PA1, PA2) and in a retracted position, wherein the needle shield (1.1) comprises an annular flange (1.1.1) adapted to rest on the skin of the patient receiving an injection, wherein the retention and locking means comprise at least one deflectable resilient arm (1.1.2) arranged with the needle shield (1.1) as one piece and arranged within the needle shield (1.1.1) so as to shield the resilient arms (1.1.2) from being influenced from the exterior, wherein the resilient arm (1.1.2) latches to a catching recess (1.2.3) formed to a distal end of the support body (1.2) to releasably retain the needle shield (1.1) in the first advanced position, characterized in that the needle shield (1.1) is arranged with respect to the support body (1.2) in the first and second advanced position (PA1, PA2) so as to cover the injection needle (2.1). - a support body (1.2) adapted to mount the pre-filled syringe, - a needle shield (1.1) slidably arranged with respect to the support body (1.2), - a retention and locking means for retaining and locking the needle shield (1.1) with respect to the support body (1.2) in a first and a second advanced position (PA1, PA2) and in a retracted position,
A microelectromechanical system, comprising a support and an actuator, the actuator comprising a drive module comprising: - a fixed drive portion, mounted fixedly on the support, and comprising a fixed comb with fingers, and - a movable drive portion mounted movably relative to the support, and comprising a movable comb with fingers, - a latching mechanism that is movable between an initial unlatched configuration and a final latched configuration, wherein the movable comb is arranged facing the fixed comb so that when the latching mechanism is in the initial unlatched configuration, the fingers of the movable comb are not engaged between the fingers of the fixed comb, and once the latching mechanism is in the final latched configuration, the fingers of the movable comb are engaged between the fingers of the fixed comb and the latching mechanism prevents disengagement of the fingers of the movable comb from between the fingers of the fixed comb, characterised in that in the final locked configuration, the locking mechanism allows a movement of the movable drive portion relative to the fixed drive portion throughout the subsequent operation of the actuator. - a fixed drive portion, mounted fixedly on the support, and comprising a fixed comb with fingers, and - a movable drive portion mounted movably relative to the support, and comprising a movable comb with fingers, - a latching mechanism that is movable between an initial unlatched configuration and a final latched configuration, wherein the movable comb is arranged facing the fixed comb so that when the latching mechanism is in the initial unlatched configuration, the fingers of the movable comb are not engaged between the fingers of the fixed comb, and once the latching mechanism is in the final latched configuration, the fingers of the movable comb are engaged between the fingers of the fixed comb and the latching mechanism prevents disengagement of the fingers of the movable comb from between the fingers of the fixed comb, characterised in that in the final locked configuration, the locking mechanism allows a movement of the movable drive portion relative to the fixed drive portion throughout the subsequent operation of the actuator.
A gasket comprising a pressure-sensitive adhesive sheet wherein at least one surface of the sheet is a pressure-sensitive adhesive face comprising a non-halogenated flame retardant, wherein a substrate film is laminated on one surface of the pressure-sensitive adhesive sheet comprising a non-halogenated flame retardant, one surface of the gasket is a surface of the substrate film, and the other surface of the gasket is a pressure-sensitive adhesive face of the pressure-sensitive adhesive sheet comprising a non-halogenated flame retardant, and wherein the substrate film is a fluororesin sheet.
A method for processing data using multiple processors with transactional memory, the method comprising: processing a transaction using a first processor, wherein the transaction includes reading first data into a private cache of the first processor, and performing a write operation on the first data in the private cache of the first processor; and committing the transaction to the transactional memory system, wherein the committing includes, in response to detecting a preset condition of recent modifications on the first data prior to the write operation, writing the first data in the private cache of the first processor into a last level cache, LLC, accessible by the multiple processors, and invalidating the first data in the private cache of the first processor, wherein the processing the transaction further includes: wh en performing the write operation on the first data, in response to detecting the preset condition of recent modifications on the first data prior to the write operation, setting a cache line state index string to indicate a special state of the first data written in the private cache of the first processor, the special state signaling that the first data is modified and is to be exclusively written in the LLC when the transaction is committed. processing a transaction using a first processor, wherein the transaction includes reading first data into a private cache of the first processor, and performing a write operation on the first data in the private cache of the first processor; and committing the transaction to the transactional memory system, wherein the committing includes, in response to detecting a preset condition of recent modifications on the first data prior to the write operation, writing the first data in the private cache of the first processor into a last level cache, LLC, accessible by the multiple processors, and invalidating the first data in the private cache of the first processor,
A stabilized composition comprising: - at least one homopolymer or copolymer of ethylene; - from 1% by weight to 2% by weight with respect to the total weight of said stabilized composition of at least one tocopherol or its analogous; - from 0.1% by weight to 1.5% by weight with respect to the total weight of said stabilized composition of at least one compound containing sulfur selected from glutathione, α-lipoic acid, acetyl-cysteine. - at least one homopolymer or copolymer of ethylene; - from 1% by weight to 2% by weight with respect to the total weight of said stabilized composition of at least one tocopherol or its analogous; - from 0.1% by weight to 1.5% by weight with respect to the total weight of said stabilized composition of at least one compound containing sulfur selected from glutathione, α-lipoic acid, acetyl-cysteine.
A data manager and interface logic of a power management system, comprising: a plurality of interface ports (343, 529) including at least one network interface port, the data manager and interface logic operative to: obtain digital and analog data, via said plurality of interface ports (529, 343), from a plurality of digital and analog device types (527, 317), wherein said data includes device operating parameters and alert condition notifications related to device faults or potential device failure; write and email a report conforming to a plurality of configurable report settings in response to occurrence of a device alert condition or a specified reporting interval; obtain updates to said device operating parameters from a remote device over said at least one network interface port; and provide said updates to corresponding devices (527, 317) over said plurality of interface ports (529, 343). obtain digital and analog data, via said plurality of interface ports (529, 343), from a plurality of digital and analog device types (527, 317), wherein said data includes device operating parameters and alert condition notifications related to device faults or potential device failure; write and email a report conforming to a plurality of configurable report settings in response to occurrence of a device alert condition or a specified reporting interval; obtain updates to said device operating parameters from a remote device over said at least one network interface port; and provide said updates to corresponding devices (527, 317) over said plurality of interface ports (529, 343).
Thermostatic working element with a housing which contains an expanding material, the volume of which is temperature-dependent and which acts as the means for driving out a working piston wherein an additive made of graphite is mixed into the expanding material, characterised in that the expanding material consists of pure wax and in that ground natural graphite, whose mean particle size D50 is in the range between 2 μm and 8 μm, is mixed into the expanding material.
A foundation for a wind power plant with a circular or polygonal pedestal divided into several ring sections for carrying a tower and with support elements extending radially outward from the pedestal, wherein the ring sections and the support elements are designed as prefabricated concrete elements or are assembled from such prefabricated concrete elements, and wherein adjacent support elements are spaced apart from one another in the circumferential direction, and wherein adjacent support elements are each connected to one another by means of a tangentially extending beam designed as a prefabricated concrete element, characterized in that the beam comprises a cross-sectional profile with two legs (14,15), in particular an L-shaped profile, wherein one leg is fastened to the adjacent support elements and the other leg forms a support structure protruding radially outward from the support elements and can be supported against the ground, and the space between two adjacent support elements is each bridged by at least one bridging plate (11,12), preferably designed as a prefabricated concrete slab, and the at least one bridging plate (11,12) is supported radially outward against the beam.
A method implemented in a wireless communication system comprising relatively high-power base stations and/or relatively low-power base stations functioning as points that have time division duplex, TDD, configurations, wherein the method is executed by an apparatus being a particular wireless communication device or a point to which said particular device is connected, the method comprising: obtaining information indicating the TDD configuration of each of multiple points to which the particular wireless communication device is simultaneously connected, the particular device being incapable of simultaneous uplink and downlink communication; determining, based on the obtained information, that one or more time-domain radio resources used by the multiple points are conflicting resources defined by the TDD configuration of one or more of the multiple points as being uplink resources of the particular device and defined by the TDD configuration of one or more others of the multiple points as being downlink resources of the particular device; and resolving, for the particular device, each of the one or more conflicting resources as either an uplink resource to be used by the device, a downlink resource to be used by the device, or a resource not to be used by the device, based on one or more rules for optimizing use of conflicting resources. obtaining information indicating the TDD configuration of each of multiple points to which the particular wireless communication device is simultaneously connected, the particular device being incapable of simultaneous uplink and downlink communication; determining, based on the obtained information, that one or more time-domain radio resources used by the multiple points are conflicting resources defined by the TDD configuration of one or more of the multiple points as being uplink resources of the particular device and defined by the TDD configuration of one or more others of the multiple points as being downlink resources of the particular device; and resolving, for the particular device, each of the one or more conflicting resources as either an uplink resource to be used by the device, a downlink resource to be used by the device, or a resource not to be used by the device, based on one or more rules for optimizing use of conflicting resources.
A computer-implemented method of positioning a vehicle in relation to each moving target of an ordered set of moving targets, wherein each of the moving targets moves from a respective initial position at a respective constant velocity, the method comprising: i) estimating an initial time (t x) by selecting a range-limited random value; ii) computing, based on an initial position of one moving target and the constant velocity of that moving target, an estimated location (r x) of that moving target at the estimated time (t x); iii) computing a required velocity for the vehicle to move from its current position to reach the estimated location by the estimated time (t x), and iv) if the required velocity is less than or equal to a maximum velocity of the vehicle, outputting the estimated time and the estimated location for use in positioning the vehicle, or if the required velocity is greater than the maximum velocity of the vehicle, increasing the estimated time (t x), and repeating steps ii) - iv), wherein the method further comprising repeating steps i) - iv) for each subsequent moving target in the set, wherein the current position of the vehicle is taken to correspond to the estimated location of a previous moving target in the set. the method comprising: i) estimating an initial time (t x) by selecting a range-limited random value; ii) computing, based on an initial position of one moving target and the constant velocity of that moving target, an estimated location (r x) of that moving target at the estimated time (t x); iii) computing a required velocity for the vehicle to move from its current position to reach the estimated location by the estimated time (t x), and iv) if the required velocity is less than or equal to a maximum velocity of the vehicle, outputting the estimated time and the estimated location for use in positioning the vehicle, or i) estimating an initial time (t x) by selecting a range-limited random value; ii) computing, based on an initial position of one moving target and the constant velocity of that moving target, an estimated location (r x) of that moving target at the estimated time (t x); iii) computing a required velocity for the vehicle to move from its current position to reach the estimated location by the estimated time (t x), and iv) if the required velocity is less than or equal to a maximum velocity of the vehicle, outputting the estimated time and the estimated location for use in positioning the vehicle, or if the required velocity is greater than the maximum velocity of the vehicle, increasing the estimated time (t x), and repeating steps ii) - iv),
A vacuum insulating glass unit (100; 200; 300) comprising a first pane (102; 202; 302) and a second pane (106; 206; 305) assembled in a spaced-apart configuration so as to have a between-pane space (112; 212; 312) located between them, the between-pane space (112; 212; 312) having a high vacuum, the vacuum insulating glass unit (100; 200; 300) further comprising a bleed chamber (114; 214; 314), the bleed chamber (114; 214; 314) being filled with thermally insulative gas at a pressure higher than atmospheric pressure and configured such that over time the thermally insulative gas from the bleed chamber (114; 214; 314) diffuses into the between-pane space (112; 212; 312), the thermally insulative gas being noble gas or a mix of noble gas and air, the gas pressure in the bleed chamber (114; 214; 314) being characterized by a gas pressure of 765 torr or higher.
A display device comprising: a display unit (9, 25) configured to let a traveler in a moving body visually recognize scenery in front of the moving body and information on a facility existing in the scenery; and a display control unit (71, 72, 74, 75, 76) configured to display the information about the facility on the display unit at a time when distance between the moving body and the facility is equal to or shorter than a first predetermined distance, characterized in that; the display control unit is configured to determine a travelling lane that is a lane on road where the moving body is travelling; the display control unit is configured to change the first predetermined distance based on: a travelling direction lane number of the travelling lane, wherein travelling direction lanes are sequentially numbered from the road shoulder side; or the distance in the crosswise direction of the travelling lane between the travelling lane and the facility. a display unit (9, 25) configured to let a traveler in a moving body visually recognize scenery in front of the moving body and information on a facility existing in the scenery; and a display control unit (71, 72, 74, 75, 76) configured to display the information about the facility on the display unit at a time when distance between the moving body and the facility is equal to or shorter than a first predetermined distance, characterized in that; the display control unit is configured to determine a travelling lane that is a lane on road where the moving body is travelling; the display control unit is configured to change the first predetermined distance based on: a travelling direction lane number of the travelling lane, wherein travelling direction lanes are sequentially numbered from the road shoulder side; or the distance in the crosswise direction of the travelling lane between the travelling lane and the facility. a travelling direction lane number of the travelling lane, wherein travelling direction lanes are sequentially numbered from the road shoulder side; or the distance in the crosswise direction of the travelling lane between the travelling lane and the facility.
Attachment device for fastening a facade cladding element on a building facade, comprising a base profile adapted to be fastened on the building facade, a cladding element profile comprising a connection element for connection with the facade cladding element, wherein the base profile comprises a spring element adapted to be pressed towards the base profile by the cladding element profile or the facade cladding element and/or wherein the cladding element profile comprises a spring element adapted to be pressed towards the cladding element profile by the base profile or the building facade, and wherein a force can be exerted by the pressed spring element on the cladding element profile or the facade cladding element in a direction away from the base profile, wherein the base profile has a first hook element and the cladding element profile has a second hook element, wherein the first and second hook elements (24, 26) are adapted to be interlocked with each other by a movement of the cladding element profile relative to the base profile in a direction parallel to the plane of the facade cladding element, wherein interlocking the first and second hook elements (24, 26) is possible only if, in the region of the first and second hook elements (24, 26), the distance (d) of the base profile to the cladding element profile is less than a predetermined maximum distance, and wherein, in the region of the first and second hook elements (24, 26) the base profile and the cladding element profile can be moved closer to each other than determined by the predetermined maximum distance only by pressing the spring element, wherein the two hook elements (24, 26) are configured to engage behind the respective other hook element (24, 26), by one of the two hook elements has a region spaced from the cladding element profile or the base profile, respectively, and further has an engagement projection adjoining this region, which extends in the direction of the cladding element profile or the base profile, respectively, and the other of the two hook elements has an engagement recess or a second engagement projection into which or behind which the first projection can engage, characterized in that a release of the interlocking of the first and second hook elements (24, 26) by pushing apart the first and second hook elements (24, 26) in a direction perpendicular to their longitudinal direction is possible only by a reduction of the distance between the base profile and the cladding element profile in the region of the hook elements (24, 26) and by compressing the spring element.