mhurhangee/ep-ind-claims huggingface dataset:
A digital mask panel suitable for exposing a printing plate precursor, the panel comprising a two-dimensional array of pixels of which the transparency can be individually switched between a first level and a second level that is lower than the first level, the ratio of the first over the second level defining a contrast ratio; the panel being characterized in that: - said contrast ratio exceeds 20/1 in the UV-A part of the electromagnetic spectrum; and - whereby the pixel array pitch is 40 μm or smaller; and - whereby the pixel array additionally comprises: - a first linear optical polarizing filter having a first orientation; - a second linear optical polarizing filter having a second orientation; - in between said two linear optical polarizing filters (400, 401) liquid crystals having an optical polarization characteristic that can be altered by an electrical field; - a set of electrodes for each pixel of the array set up to control an electric field within each pixel of the array; - means (412, 413, 414) for controlling the electric field between the electrodes which comprises a transistor which is located near the middle of the electrodes, which means within less than 20 % of the size of the electrode from its centre. - said contrast ratio exceeds 20/1 in the UV-A part of the electromagnetic spectrum; and - whereby the pixel array pitch is 40 μm or smaller; and - whereby the pixel array additionally comprises: - a first linear optical polarizing filter having a first orientation; - a second linear optical polarizing filter having a second orientation; - in between said two linear optical polarizing filters (400, 401) liquid crystals having an optical polarization characteristic that can be altered by an electrical field; - a set of electrodes for each pixel of the array set up to control an electric field within each pixel of the array; - means (412, 413, 414) for controlling the electric field between the electrodes which comprises a transistor which is located near the middle of the electrodes, which means within less than 20 % of the size of the electrode from its centre. - a first linear optical polarizing filter having a first orientation; - a second linear optical polarizing filter having a second orientation; - in between said two linear optical polarizing filters (400, 401) liquid crystals having an optical polarization characteristic that can be altered by an electrical field; - a set of electrodes for each pixel of the array set up to control an electric field within each pixel of the array; - means (412, 413, 414) for controlling the electric field between the electrodes which comprises a transistor which is located near the middle of the electrodes, which means within less than 20 % of the size of the electrode from its centre.
Composition for the use in the prevention and the treatment of disorders related to gastroesophageal reflux disease and its complications comprising the association characterized in that it comprises chitosan, glucomannan, and powder of Curcuma longa and/or curcumin, being such association the active principle of the composition suitable to modulate the acidity rate of the gastric content which is prevented in the rising into the esophagus.
Method for regulating a multi-chamber furnace having "rotary fires" or "advancing fires" for the baking of carbonaceous blocks, said furnace comprising a succession of chambers extending in a preheating zone, a heating zone, and a natural cooling zone, the chambers being arranged in series along the longitudinal axis of the furnace, each chamber being formed of, side by side and transverse to said longitudinal axis, pits in which carbonaceous blocks to be backed are stacked, alternating with hollow partitions, the partitions of a chamber being interconnected and aligned with the partitions of other chambers, parallel to the longitudinal axis of the furnace, in lines of partitions within which cooling air and combustion air and combustion gases circulate, an exhaust ramp being connected to each of the partitions of a first chamber of the preheating zone by a respective one of exhaust pipes, the required combustion air being partly injected by a blowing ramp of the natural cooling zone, connected to at least one fan, and partly infiltrates through the lines of partitions due to the negative pressure, and the fuel needed for baking carbonaceous blocks being partly injected by at least one heating ramp each extending over a respective one of at least two adjacent chambers of the heating zone, and adapted to inject fuel into each of the partitions of the respective corresponding chamber of the heating zone, said furnace further comprising at least one temperature sensor for measuring a preheating temperature in the partition of a chamber between the exhaust ramp and the heating ramps and a flow meter for measuring an extraction flow rate of the air and gases passing through at least one exhaust pipe, the method being characterized in that the furnace further comprises means (P3, P4, P5, P6, PZPR) for directly or indirectly determining the heating pressure in the heating zone, said method comprising a step of regulating the preheating temperature to remain at a setpoint while maintaining the extraction flow rate within a predetermined range around a setpoint value and while keeping the heating pressure below a minimum threshold value.
A cover apparatus for a server chassis body, comprising: a top cover configured to be received by the chassis body and comprising a sub-cover, the top cover extending over a full length and width of the chassis body, wherein the top cover is slidable relative to the chassis body; the sub-cover coupled to the top cover and comprising a handle configured for locking the sub-cover, wherein the sub-cover is configured to alternate between an open position and a closed position, wherein the open position provides access to at least one component housed within the chassis body, wherein the sub-cover is slidably received under the top cover in the open position. a top cover configured to be received by the chassis body and comprising a sub-cover, the top cover extending over a full length and width of the chassis body, wherein the top cover is slidable relative to the chassis body; the sub-cover coupled to the top cover and comprising a handle configured for locking the sub-cover, wherein the sub-cover is configured to alternate between an open position and a closed position, wherein the open position provides access to at least one component housed within the chassis body, wherein the sub-cover is slidably received under the top cover in the open position.
Machine knitting tool, in particular machine knitting needle, with a shank extending in a longitudinal direction and having an underside, a top side opposite the underside and two side faces which are arranged spaced apart in a transverse direction and connect the underside and the top side, wherein a stitch-forming portion is present which is directly adjacent to a front end, wherein a drive portion is present which is directly adjacent to a rear end opposite the front end, and in which a foot part extends with a foot part height in a height direction perpendicular to the longitudinal direction and the transverse direction, said foot part being configured to cooperate with a lock of a knitting machine, wherein the underside extends in a plane at least outside the stitch-forming portion and is free from depressions, characterised in that the shank in the drive portion forms at least one web portion with a web height of maximum 1.1 mm, and that at least one support protrusion extends in the height direction in the drive portion and is arranged spaced from the foot part in the longitudinal direction and has a protrusion height which is greater than the web height and smaller than the foot part height.
Child seat system with at least one child seat, which is provided for a child sitting at least substantially upright, and with a baby carrier, which is provided for an infant who is lying down, wherein the baby carrier is intended to be received in the child seat, wherein the baby carrier is formed at least substantially by a hard seat shell and has at least one form-fitting element (50, 52), which is provided for securing the baby carrier with a corresponding form-fitting element (54, 56) of the child seat at least in the seat direction, characterized in that the baby carrier has at least one further form-fitting element, which is arranged on an underside of the baby carrier.
Lighting device, for a wall or ceiling, comprising: - a support structure extending in a longitudinal direction, provided with an internal space accessible from an exposed opening; - at least one functional unit capable of being housed in the internal space of the structure, provided with connection means for connecting, to said support structure, fixed magnetic means suitable for interacting magnetically and fixed electric contacts positioned on an exposed outer surface; - at least one spotlight (6, 8) provided with a lighting unit carrying a light source and provided with on-board, mobile electric contacts suitable for being engaged with the fixed electric contacts of the functional unit, wherein the spotlight, (6, 8) comprises mobile magnetic means suitable for being engaged magnetically with the fixed magnetic means of the functional unit in order to keep the spotlight connected to said functional unit, characterized in that the functional unit further comprises: - a support profile extending along the longitudinal direction comprising side walls and a back wall arranged together in an inverted U-shape, so as to form an internal space, - grooves inside the support profile made in the side walls which extend along the longitudinal direction, and - an electrical connection support, housed in the internal space provided with fixed, track shaped, electrical contacts, extending along the longitudinal direction. - a support structure extending in a longitudinal direction, provided with an internal space accessible from an exposed opening; - at least one functional unit capable of being housed in the internal space of the structure, provided with connection means for connecting, to said support structure, fixed magnetic means suitable for interacting magnetically and fixed electric contacts positioned on an exposed outer surface; - at least one spotlight (6, 8) provided with a lighting unit carrying a light source and provided with on-board, mobile electric contacts suitable for being engaged with the fixed electric contacts of the functional unit, wherein the spotlight, (6, 8) comprises mobile magnetic means suitable for being engaged magnetically with the fixed magnetic means of the functional unit in order to keep the spotlight connected to said functional unit, - a support profile extending along the longitudinal direction comprising side walls and a back wall arranged together in an inverted U-shape, so as to form an internal space, - grooves inside the support profile made in the side walls which extend along the longitudinal direction, and - an electrical connection support, housed in the internal space provided with fixed, track shaped, electrical contacts, extending along the longitudinal direction.
A method of transmitting downlink control information, DCI, by a base station in a wireless communication system, the method comprising: generating a semi-persistent scheduling, SPS, activation/release DCI instructing an activation or release of a SPS; and transmitting the SPS activation/release DCI to a user equipment, UE; based on the SPS activation/release DCI being generated to activate or release a sidelink SPS between the UE and another UE, the SPS activation/release DCI comprises (i) a sidelink SPS configuration index field and (ii) a sidelink SPS activation/release field that do not exist in a sidelink dynamic DCI, the sidelink dynamic DCI performing dynamic scheduling of a sidelink, wherein the sidelink SPS configuration index field informs a sidelink SPS configuration that is related to control information of the SPS activation/release DCI, wherein the sidelink SPS activation/release field informs an activation or a release of the sidelink SPS configuration, and wherein based on the SPS activation/release DCI being generated to activate an uplink SPS between the UE and the base station for a Vehicle-to-Everything, V2X, communication, the SPS activation/release DCI comprises a demodulation reference signal, DM-RS, cyclic shift field that informs an index of an uplink SPS configuration related to the uplink SPS. generating a semi-persistent scheduling, SPS, activation/release DCI instructing an activation or release of a SPS; and transmitting the SPS activation/release DCI to a user equipment, UE; based on the SPS activation/release DCI being generated to activate or release a sidelink SPS between the UE and another UE, the SPS activation/release DCI comprises (i) a sidelink SPS configuration index field and (ii) a sidelink SPS activation/release field that do not exist in a sidelink dynamic DCI, the sidelink dynamic DCI performing dynamic scheduling of a sidelink, wherein the sidelink SPS configuration index field informs a sidelink SPS configuration that is related to control information of the SPS activation/release DCI, wherein the sidelink SPS activation/release field informs an activation or a release of the sidelink SPS configuration, and wherein based on the SPS activation/release DCI being generated to activate an uplink SPS between the UE and the base station for a Vehicle-to-Everything, V2X, communication, the SPS activation/release DCI comprises a demodulation reference signal, DM-RS, cyclic shift field that informs an index of an uplink SPS configuration related to the uplink SPS.
A dosimetry detector comprising: • a main body having a main dimension along a longitudinal axis and a surface portion transparent to a beam of charged particles so as to allow the beam of particles to pass therethrough; • at least ten detection units arranged in series along the longitudinal axis; • a system for reading the signal in turn comprising a plurality of electric connecting elements, each one in contact with a respective detection unit, and of analysis modules, which acquire the charge signal recorded by each detection unit and process the relative dose distribution; thereby the beam of particles passing through the transparent surface portion of the main body continues its own path coming across the detection units, along the propagation direction, wherein the detection units are made of silicon carbide, characterized in that the main body is provided with two openings (6, 7), respectively adapted to inlet and outlet a tissue-equivalent filling gas, and which comprises a variable pressure flow system, connected to said two openings (6, 7), to obtain and keep constant the pressure of the filling gas, said filling gas being dimethyl-ether. • a main body having a main dimension along a longitudinal axis and a surface portion transparent to a beam of charged particles so as to allow the beam of particles to pass therethrough; • at least ten detection units arranged in series along the longitudinal axis; • a system for reading the signal in turn comprising a plurality of electric connecting elements, each one in contact with a respective detection unit, and of analysis modules, which acquire the charge signal recorded by each detection unit and process the relative dose distribution; thereby the beam of particles passing through the transparent surface portion of the main body continues its own path coming across the detection units, along the propagation direction, wherein the detection units are made of silicon carbide, characterized in that the main body is provided with two openings (6, 7), respectively adapted to inlet and outlet a tissue-equivalent filling gas, and which comprises a variable pressure flow system, connected to said two openings (6, 7), to obtain and keep constant the pressure of the filling gas, said filling gas being dimethyl-ether.
A method of associating an optical element with at least one light source, the light source comprising a plurality of LEDs, comprising: identifying the presence of an optical element over one or more LEDs of the light source, when the one or more LEDs are covered by the optical element, wherein said identifying the presence is based on sensing presence of the optical element by one or more LEDs of the LEDs covered by the optical element, whereby said one or more LEDs being operable in a sensing mode; associating the optical element with the one or more LEDs covered by the optical element; identifying at least one property of the optical element based on sensing at least one physical characteristic of the optical element via at least one of the LEDs covered by the optical element; and adjusting at least one lighting property of one or more of the associated LEDs covered by the optical element based on the identified property of the optical element. identifying the presence of an optical element over one or more LEDs of the light source, when the one or more LEDs are covered by the optical element, wherein said identifying the presence is based on sensing presence of the optical element by one or more LEDs of the LEDs covered by the optical element, whereby said one or more LEDs being operable in a sensing mode; associating the optical element with the one or more LEDs covered by the optical element; identifying at least one property of the optical element based on sensing at least one physical characteristic of the optical element via at least one of the LEDs covered by the optical element; and adjusting at least one lighting property of one or more of the associated LEDs covered by the optical element based on the identified property of the optical element.
An intracardiac capsule, comprising: - a cylindrical body; - a helical anchoring screw integral with the cylindrical body, adapted to penetrate into a tissue of a heart cavity wall; and - at a proximal end of the cylindrical body, means for temporary fastening, in rotation and in translation, the capsule to an accessory of implantation, wherein - the helical anchoring screw surrounds the cylindrical body over at least one part of the length thereof, this part forming a contact region intended to come into contact with the heart cavity wall; - over the extent of the contact region, the external diameter of the cylindrical body is lower than the internal diameter of the helical anchoring screw, so as to leave a free interval (e) between the cylindrical body and the helical anchoring screw; and - the helical anchoring screw is fastened (24, 26) to the cylindrical body in the vicinity of the proximal end of the contact region, and it extends freely from this proximal end to the opposite distal end, characterized in that, said contact region extending along a generatrix of the cylindrical body: - the distal end of the cylindrical body includes an atraumatic round surface. - a cylindrical body; - a helical anchoring screw integral with the cylindrical body, adapted to penetrate into a tissue of a heart cavity wall; and - at a proximal end of the cylindrical body, means for temporary fastening, in rotation and in translation, the capsule to an accessory of implantation, - the helical anchoring screw surrounds the cylindrical body over at least one part of the length thereof, this part forming a contact region intended to come into contact with the heart cavity wall; - over the extent of the contact region, the external diameter of the cylindrical body is lower than the internal diameter of the helical anchoring screw, so as to leave a free interval (e) between the cylindrical body and the helical anchoring screw; and - the helical anchoring screw is fastened (24, 26) to the cylindrical body in the vicinity of the proximal end of the contact region, and it extends freely from this proximal end to the opposite distal end, - the distal end of the cylindrical body includes an atraumatic round surface.
Test apparatus for testing dust suppression systems which are objects having specific surfaces, objects having coatings, subjects being specifically treated or surfaces of fluids and which surfaces, coatings or specific treatments retain as much as possible dust which has been brought in contact with the aforementioned, said test apparatus comprising a housing with - two chambers (101,102) being separated from each other by a window wherein - the first chamber of said at least two chambers (101,102) comprises a door and is equipped with supply means for supplying the first chamber with particulate free air, and wherein - the second chamber of said at least two chambers (101,102) is equipped with exit means for releasing air from the second chamber, with the first chamber being designed for placement of the dust comprising object, subject or fluid inside, characterised in that the window comprises at least one transfer vent, the supply means for supplying the first chamber with particulate free air comprise an air control valve coupled to a mass flow meter which is fitted into a wall of the housing constituting the first chamber, and a hose being coupled to the mass flow meter, and in that particle counting means (110,120) are detachably mounted to at least the second chamber of said two chambers (101,102). - two chambers (101,102) being separated from each other by a window wherein - the first chamber of said at least two chambers (101,102) comprises a door and is equipped with supply means for supplying the first chamber with particulate free air, and wherein - the second chamber of said at least two chambers (101,102) is equipped with exit means for releasing air from the second chamber, with the first chamber being designed for placement of the dust comprising object, subject or fluid inside, characterised in that
Hand-operated power tool with a drive motor and a tool holder drivable by the drive motor and on which a working tool, in particular a grinding tool for machining a workpiece, may be mounted, wherein the hand-operated power tool has a particle removal connection for the connection of a particle collecting device, in particular a vacuum cleaner, wherein the particle removal connection communicates with a working area of the working tool, so that in the working area during machining of the workpiece, particles arising due to the working tool, in particular dust and/or chips, may be conveyed as a particle flow via the particle removal connection out of the working area into the particle collecting device, characterised in that it has a monitoring device with at least one monitoring sensor (32, 51, 54, 60) for the provision of a presence signal (50, 55, 56) dependent on the presence of the particle collecting device at the particle removal connection, and that the monitoring device is designed to trigger at least one function depending on the presence signal (50, 55, 56).