mhurhangee/ep-ind-claims huggingface dataset:
A solar panel comprising a solar energy detection module (10; 11; 12; 13), comprising: a backsheet; a first encapsulation layer, disposed above the backsheet; a first photovoltaic unit, disposed above the first encapsulation layer; a light source, disposed above the first encapsulation layer; a second encapsulation layer, disposed above the first photovoltaic unit and the light source; and a transparent layer 170 disposed above the second encapsulation layer; wherein the light source is configured to emit light toward the transparent layer; the first photovoltaic unit is arranged to be able to receive light emitted from the light source; and the first photovoltaic unit is utilized to generate an electrical signal indicating intensity of light that the first photovoltaic unit receives; wherein the backsheet, the first encapsulation layer, the second encapsulation layer, and the transparent layer of the solar energy detection module (10;11;12;13) are disposed within and integrated into the structure of a solar panel (14,15,16) such that the light source and the first photovoltaic unit are encapsulated between the first encapsulation layer and the second encapsulation layer; and the first encapsulation layer and the second encapsulation layer are used for a plurality of second photovoltaic units of the solar panel (14; 15; 16) to be provided therebetween. a backsheet; a first encapsulation layer, disposed above the backsheet; a first photovoltaic unit, disposed above the first encapsulation layer; a light source, disposed above the first encapsulation layer; a second encapsulation layer, disposed above the first photovoltaic unit and the light source; and a transparent layer 170 disposed above the second encapsulation layer; wherein the light source is configured to emit light toward the transparent layer; the first photovoltaic unit is arranged to be able to receive light emitted from the light source; and the first photovoltaic unit is utilized to generate an electrical signal indicating intensity of light that the first photovoltaic unit receives; wherein the backsheet, the first encapsulation layer, the second encapsulation layer, and the transparent layer of the solar energy detection module (10;11;12;13) are disposed within and integrated into the structure of a solar panel (14,15,16) such that the light source and the first photovoltaic unit are encapsulated between the first encapsulation layer and the second encapsulation layer; and the first encapsulation layer and the second encapsulation layer are used for a plurality of second photovoltaic units of the solar panel (14; 15; 16) to be provided therebetween.
Device with a carriage, that serves for holding a panel, in particular a glass panel, and that comprises at least two running elements, which are guidable along two running surfaces of an at least approximately U-profile-shaped rail which comprises a central part and two lateral parts (31a, 31b), each provided with a foot element that comprises one of the running surfaces on its upper side, characterised in that the carriage comprises two carriage parts (1a, 1b) separated from one another, each with a carriage part body that, on the side facing away from the panel, are provided each with one of the running elements and that comprise at the lower side anchoring elements (114a, 114b), which are facing one another and which comprise each a receiving groove, into which, held on both sides of the panel, mounting parts (21a, 21b) of a fixing device are engaged, which is connectable to the panel, wherein the anchoring elements (114a, 114b) and the lower sides of the mounting parts (21a, 21b) extend inclined to the running direction of the carriage.
A mounting plate for a light source on a plate belonging to a wall of a vehicle, in particular a railway vehicle, this plate being equipped with an orifice for passage of a light beam from the light source, the plate being equipped with a central opening, intended to be aligned on the orifice through which the plate passes, and members for retaining the light source, characterised in that the plate consists of a one-piece part and in that the light source is mounted on the plate part and in that the retaining members operate by latching (F1, R2) and comprise at least one elastically deformable tab for hooking the light source and at least one stop for locking the light source on the plate.
A brushless motor, comprising: a casing having an insulating property; a stator fixed within the casing, the stator comprising a stator core and a winding wound around teeth of the stator core; and a rotor rotatably arranged within the stator, the rotor comprising a rotor core and a shaft passing through the rotor core, wherein two bearings are sleeved on the shaft at positions corresponding to two ends of the rotor core, respectively, and two bearing brackets are installed at two ends of the casing for fixing the two bearings; wherein the brushless motor further comprises: a conductive sheet, configured for adjusting a capacitive reactance between the stator core and each of the two bearing brackets; the conductive sheet is spaced apart from the stator core at an outer circumferential side of the stator core, and the conductive sheet is insulated from the stator core; the conductive sheet and the stator core each at least partially has an area overlapping with each other when seen from a radial direction of the stator core; and the conductive sheet is in electrical connection with at least one of the two bearing brackets; characterised in that an outer circumferential area of the stator core is defined as S, the area of each of the conductive sheet and the stator core overlapping with each other when seen from the radial direction of the stator core is defined as S1, and S1 ≥ S/N, wherein N is a number of the teeth of the stator. a casing having an insulating property; a stator fixed within the casing, the stator comprising a stator core and a winding wound around teeth of the stator core; and a rotor rotatably arranged within the stator, the rotor comprising a rotor core and a shaft passing through the rotor core, wherein two bearings are sleeved on the shaft at positions corresponding to two ends of the rotor core, respectively, and two bearing brackets are installed at two ends of the casing for fixing the two bearings; the brushless motor further comprises: a conductive sheet, configured for adjusting a capacitive reactance between the stator core and each of the two bearing brackets; the conductive sheet is spaced apart from the stator core at an outer circumferential side of the stator core, and the conductive sheet is insulated from the stator core; the conductive sheet and the stator core each at least partially has an area overlapping with each other when seen from a radial direction of the stator core; and the conductive sheet is in electrical connection with at least one of the two bearing brackets; characterised in that an outer circumferential area of the stator core is defined as S, the area of each of the conductive sheet and the stator core overlapping with each other when seen from the radial direction of the stator core is defined as S1, and S1 ≥ S/N, wherein N is a number of the teeth of the stator.
Stair climber comprising a supporting frame, a maneuvering tiller constrained to said frame, and a tracked movement device combined with said frame to displace said stair climber along a staircase, or along a sliding plane, said stair climber further comprising lifting means to lift said tracked device from said sliding plane, said lifting means comprising at least one first rear wheel and at least one supporting lever having a first arm to which said at least one first rear wheel is rotatably constrained around a first horizontal axis, said supporting lever being rotatably constrained to said supporting frame around a second horizontal axis, wherein said supporting lever comprises a second arm distinct from said at least one first arm and rotatable around said at least one second horizontal axis, and wherein said lifting means further comprise at least one second rear wheel constrained to said at least one second arm in a position with respect to said at least one first rear wheel such that said at least one second rear wheel and said at least one first rear wheel are contemporaneously in contact with said sliding plane at least when said maneuvering tiller is subject to a thrust torque to rotate said supporting frame backwards around said second horizontal axis and to lift said tracked device from said sliding plane, characterized in that said at least one second rear wheel is swivellingly constrained to said at least one second arm.
A device for providing assistance to ventricular systole, the device comprising a pressuriser and a driver, wherein the pressuriser is adapted to be able to apply localised pressure to only the external wall of one ventricle, or a portion thereof, and the driver is operatively linked to the pressuriser so as to be able to drive a cycle of increased and decreased pressure applied by the pressuriser, and wherein the device has a size that enables percutaneous delivery to the pericardial space between the pericardium and the heart such that, in use, the device may be braced between the pericardium and the external wall of a ventricle such that when pressure is applied by the pressuriser to the external wall of a ventricle, the device is braced against the surface of the pericardium, thereby assisting to direct pressure to the ventricular wall, and wherein the pressuriser comprises a first portion, in which is located a first expandable member, supported on a second portion, in which is located a second expandable member, the device being implantable so that the expansion and contraction of the first expandable member provides the cycle of increased and decreased pressure on the external wall of the ventricle, and the second expandable member presents a first face to the pericardium and presents a second and substantially opposed face towards the first portion of the pressuriser, and the second expandable member being expandable into a potential space between the ventricle and the pericardium, but such that it does not apply any significant pressure to the ventricle.
- A separation device for extracting at least one sample from a fluid flow comprising at least two phases, preferably three phases (62, 64, 66), including at least one phase of interest to be sampled, the separation device comprising: - a chamber assembly having an inlet and an outlet, - a sample extraction device comprising an extraction port opening in the chamber assembly, - a first diver and a second diver, respectively located in the chamber assembly and respectively having a first density and a second density, the first density being greater than or equal to a density of the phase of interest and the second density being smaller than or equal to the density of the phase of interest, - a first sensor arranged in the chamber assembly, configured to detect the first diver reaching a predetermined first level (l 1) in the chamber assembly, and - a second sensor arranged in the chamber assembly, configured to detect the second diver reaching a predetermined second level (l 2) in the chamber assembly, the sample extraction device having a control device configured to extract the sample from the chamber assembly when the first diver and the second diver occupy predetermined positions relative to the first level (l 1) and the second level (l 2) respectively. - a chamber assembly having an inlet and an outlet, - a sample extraction device comprising an extraction port opening in the chamber assembly, - a first diver and a second diver, respectively located in the chamber assembly and respectively having a first density and a second density, the first density being greater than or equal to a density of the phase of interest and the second density being smaller than or equal to the density of the phase of interest, - a first sensor arranged in the chamber assembly, configured to detect the first diver reaching a predetermined first level (l 1) in the chamber assembly, and - a second sensor arranged in the chamber assembly, configured to detect the second diver reaching a predetermined second level (l 2) in the chamber assembly,
Method for producing a through-contact in a carrier film, on both sides of which conductor tracks are printed and the two sides of which are printed with electrically conductive material in the region of the intended through-contact in a respective one of two printing steps, wherein, after the first printing step and at the latest before the second printing step, a through-hole, which is filled with electrically conductive material during the one or more following printing steps for the purpose of through-contact, is made in the carrier film, characterized in that the printing steps take place one after another, and the through-hole extends through the electrically conductive material applied in the first printing step.
Method of biodegrading final products obtained from compounds of thermoplastic polymers, wherein said thermoplastic polymers are polymers with hydrocarbon chain with double carbon bond (-C=C-) and/or single carbon bond (-C-C-), modified with plasticizer additives of mineral type, such as paraffin mineral oils, method comprising the following steps: - addition of brewer's yeast or yeast mother or a mix of the two to said compound of thermoplastic polymers to obtain a final product containing brewer's yeast or yeast mother or a mix of the two, and - biodegradation of said final product in a composting installation, characterized in that said thermoplastic polymer is a Styrene-Butadiene-Styrene block copolymer, or Styrene-Isoprene-Styrene block copolymer, or Styrene-Butadiene, Isoprene-Styrene (SBIS) block copolymer. - addition of brewer's yeast or yeast mother or a mix of the two to said compound of thermoplastic polymers to obtain a final product containing brewer's yeast or yeast mother or a mix of the two, and - biodegradation of said final product in a composting installation,
Marine anchor chain comprising a plurality of links attached to one another, each of the links has a nominal diameter (d), a length, and a width which is equal to 3.35 times the nominal diameter (d), or a width which is equal to 3.6 times the nominal diameter (d), characterized in that the length of each link is between 6.5 and 8.5 times the nominal diameter (d).
A fuel tank, comprising: a tank body having a filler opening (71 a); a tank filler attached at the filler opening, the tank filler formed in a tubular shape and having a first opening and a second opening; and a flame arrestor attached to the tank filler so as to cover the second opening, the flame arrestor formed in a calathiform; and an inner diameter (ID 73) of the flame arrestor being smaller than an inner diameter (ID 72) of the tank filler in a direction perpendicular to a center line of the tank filler; wherein the inner diameter (10 72) of the tank filler is larger than an inner diameter (ID 72S) of the first opening of the tank filler in the direction perpendicular to the center line, characterized in that the inner diameter (ID 72S) of the first opening is larger than an inner diameter (ID 72T) of the second opening of the tank filler in the direction perpendicular to the center line. a tank body having a filler opening (71 a); a tank filler attached at the filler opening, the tank filler formed in a tubular shape and having a first opening and a second opening; and a flame arrestor attached to the tank filler so as to cover the second opening, the flame arrestor formed in a calathiform; and an inner diameter (ID 73) of the flame arrestor being smaller than an inner diameter (ID 72) of the tank filler in a direction perpendicular to a center line of the tank filler; wherein the inner diameter (10 72) of the tank filler is larger than an inner diameter (ID 72S) of the first opening of the tank filler in the direction perpendicular to the center line, characterized in that the inner diameter (ID 72S) of the first opening is larger than an inner diameter (ID 72T) of the second opening of the tank filler in the direction perpendicular to the center line.
A method for performing a database query using a bitmap index in a database having a plurality of bitmap vectors, the method comprising the steps of: upon receipt of a query containing a selection condition, creating a filter bitmap based on the selection condition of the query, using the bitmap index; using the bitmap index, determining an entry in the database corresponding to a non-zero bit of the filter bitmap; performing a bitmap scan for the filter bitmap in order to determine a value group of an existing matching database entry, wherein the determined value group comprises a value tuple including first, second and third values fetched from first, second and third column stores, respectively, wherein the first, second and third column stores are different from a column store corresponding to the selection condition; determining a group bitmap of the determined value group, using the bitmap index; creating a filtered group bitmap by combining the filter bitmap with the group bitmap of the determined value group; determining all entries in the database matching the filtered group bitmap and using the determined entries to perform an aggregation function; subtracting the filtered group bitmap from the filter bitmap, thus creating a new filter bitmap; repeating the steps, starting with the step of performing a bitmap scan based on the new filter bitmap, until the step of subtracting results in an empty bitmap; and outputting the aggregation results. upon receipt of a query containing a selection condition, creating a filter bitmap based on the selection condition of the query, using the bitmap index; using the bitmap index, determining an entry in the database corresponding to a non-zero bit of the filter bitmap; performing a bitmap scan for the filter bitmap in order to determine a value group of an existing matching database entry, wherein the determined value group comprises a value tuple including first, second and third values fetched from first, second and third column stores, respectively, wherein the first, second and third column stores are different from a column store corresponding to the selection condition; determining a group bitmap of the determined value group, using the bitmap index; creating a filtered group bitmap by combining the filter bitmap with the group bitmap of the determined value group; determining all entries in the database matching the filtered group bitmap and using the determined entries to perform an aggregation function; subtracting the filtered group bitmap from the filter bitmap, thus creating a new filter bitmap; repeating the steps, starting with the step of performing a bitmap scan based on the new filter bitmap, until the step of subtracting results in an empty bitmap; and outputting the aggregation results.
A downhole tool in a borehole for determining properties of a formation, the tool comprising: a nuclear source for irradiating the formation; a plurality of detectors capable of measuring at a plurality of radial depths into the formation; a plurality of antennas capable of measuring at a plurality of radial depths into the formation, wherein the detectors and the antennas are collocated or at least partly overlap; a controller for enabling the antennas and the detectors to perform a resistivity and a sigma measurement for the plurality of radial depths, the controller being capable of controlling the detectors and antennas to perform the measurements simultaneously, at a first radial depth within an invaded portion of the formation, in which a fluid from the borehole has invaded a portion of the formation, and at a second radial depth within an uninvaded portion of the formation; and processing apparatus arranged to combine the detector and antenna measurements at first and second radial depths to establish an invasion profile of borehole fluid into the formation and determine the properties of the formation taking into account the invasion of the borehole fluid into the formation. a nuclear source for irradiating the formation; a plurality of detectors capable of measuring at a plurality of radial depths into the formation; a plurality of antennas capable of measuring at a plurality of radial depths into the formation, wherein the detectors and the antennas are collocated or at least partly overlap; a controller for enabling the antennas and the detectors to perform a resistivity and a sigma measurement for the plurality of radial depths, the controller being capable of controlling the detectors and antennas to perform the measurements simultaneously, at a first radial depth within an invaded portion of the formation, in which a fluid from the borehole has invaded a portion of the formation, and at a second radial depth within an uninvaded portion of the formation; and processing apparatus arranged to combine the detector and antenna measurements at first and second radial depths to establish an invasion profile of borehole fluid into the formation and determine the properties of the formation taking into account the invasion of the borehole fluid into the formation.
A compression garment comprising a circumferential portion formed only of a single layer of woven stretchable fabric having uniform elastic properties, said circumferential portion including at least one fabric panel (2, 4) of said woven stretchable fabric, each said fabric panel (2,4) extending completely from one longitudinal end to an opposed longitudinal end of said circumferential portion, said circumferential portion extending along an axis and having an axially extending seam and different circumferential lengths (12F, 14F, 16F, 18F, 20F, 22F, 24F, 26F) at a plurality of different axial locations (12, 14, 16, 18, 20, 22, 24, 26), said circumferential lengths increasing and decreasing along at least three successive axial locations (14, 16, 18) of said plurality of different axial locations when said circumferential portion is in a relaxed state.
A display device comprising a frame on the center of which a panel is arranged and which has ribs and at least one recess; at least one light source, at least one keypad, at least one lens; whereby the light source, the keypad and the lens are mounted to the frame by being fastened to the recess and ribs, and a printed circuit board fastened to the recess and ribs such that the printed circuit board will cover the light source, keypad and lens from the top and prevent displacement thereof, characterized in that the rib has a first snap, wherein said first snap is fastened onto the printed circuit board, such that the first snap supports the printed circuit board from the top, and in that a second snap of the keypad fits into a hole on the printed circuit board and holds the printed circuit board from its top part.