mhurhangee/ep-ind-claims huggingface dataset:
A photovoltaic apparatus comprising: a front sheet; a back sheet; a thin-film photovoltaic device disposed between the front sheet and the back sheet, the thin-film photovoltaic device comprising: an array of photovoltaic cells which array extends in a first direction (X-direction), wherein the array of photovoltaic cells comprises a first photovoltaic cell and a second photovoltaic cell; and a first serial interconnect comprising a plurality of scribe lines (121, 151, 161) and having a length that extends in a second direction (Y-direction) perpendicular to first direction (X-direction), wherein the first serial interconnect divides the solar cells to form the array of photovoltaic cells and connects the first photovoltaic cell and the second photovoltaic cell, wherein the first photovoltaic cell and the second photovoltaic cell are electrically connected in series by the first serial interconnect; and, characterized in that the photovoltaic apparatus further comprises: a spacing layer including a first roving formed of a bundle of fibers (e.g., 220 2) disposed between the first serial interconnect and the back sheet, wherein the first roving (e.g., 220 2) has a length that is aligned with the length (Y-direction) of first serial interconnect. a front sheet; a back sheet; a thin-film photovoltaic device disposed between the front sheet and the back sheet, the thin-film photovoltaic device comprising: an array of photovoltaic cells which array extends in a first direction (X-direction), wherein the array of photovoltaic cells comprises a first photovoltaic cell and a second photovoltaic cell; and a first serial interconnect comprising a plurality of scribe lines (121, 151, 161) and having a length that extends in a second direction (Y-direction) perpendicular to first direction (X-direction), wherein the first serial interconnect divides the solar cells to form the array of photovoltaic cells and connects the first photovoltaic cell and the second photovoltaic cell, wherein the first photovoltaic cell and the second photovoltaic cell are electrically connected in series by the first serial interconnect; an array of photovoltaic cells which array extends in a first direction (X-direction), wherein the array of photovoltaic cells comprises a first photovoltaic cell and a second photovoltaic cell; and a first serial interconnect comprising a plurality of scribe lines (121, 151, 161) and having a length that extends in a second direction (Y-direction) perpendicular to first direction (X-direction), wherein the first serial interconnect divides the solar cells to form the array of photovoltaic cells and connects the first photovoltaic cell and the second photovoltaic cell, wherein the first photovoltaic cell and the second photovoltaic cell are electrically connected in series by the first serial interconnect;
A rubber composition for a transmission belt, wherein said rubber composition contains: 100 parts by mass rubber, and - referring to said 100 parts by mass rubber- 50 to 100 parts by mass furnace carbon black, not less than 6 parts by mass zinc oxide, and not less than 1 part by mass stearic acid, wherein, said rubber is an ethylene-α-olefin elastomer; and said furnace carbon black has - a nitrogen adsorption specific surface area of not less than 75 m 2 /g, and - a DBP oil absorption of not less than 100 cm 3 /100 g. 100 parts by mass rubber, and - referring to said 100 parts by mass rubber- 50 to 100 parts by mass furnace carbon black, not less than 6 parts by mass zinc oxide, and not less than 1 part by mass stearic acid, - a nitrogen adsorption specific surface area of not less than 75 m 2 /g, and - a DBP oil absorption of not less than 100 cm 3 /100 g.
A fire-rated closure for an opening in a space divider, the closure preferably comprising folding stairs, intended for mounting in said space divider, the space driver being preferably fire-rated, to provide protection against fire and thermal energy from transferring to adjacent rooms, said fire-rated closure comprising a frame, at least partially of metal, mounted in said space divider, with a movable hatch, said hatch being lined with fire-resistant and thermal insulating materials, the surface transverse to the main hatch surface, inside the frame being fitted with an intumescent seal expanding at high temperature, and the closure further including a lock, said lock maintaining said hatch in closed position of case of a fire wherein the frame comprises a supporting frame on one side of said space divider and an opposite frame on the opposite side of said space divider, separated by a thermal barrier (13, 14), said thermal barriers (13, 14) being made of fire-resistant material with low thermal conductivity and said thermal barriers (13, 14) are joined with said supporting frame and said opposite frame with fasteners, preferably threaded (16, 17) and said fasteners seated in the thermal barriers.
A vehicle side door structure comprising: a door frame, a glass run channel being attached to the door frame, the door frame supporting an end portion of a door glass; a bracket connected to a portion of the door frame; and a pillar frame mounted on the bracket so as to extend in a vehicle up-and-down direction on an inner side of the door frame, the pillar frame supporting an end portion of the door glass together with the door frame, characterised in that the door frame has a flange portion extending outward in a vehicle width direction, the glass run channel being attached to the flange portion so as to sandwich the flange portion; and in that the bracket is connected to a portion of the door frame, which is different from the flange portion. a door frame, a glass run channel being attached to the door frame, the door frame supporting an end portion of a door glass; a bracket connected to a portion of the door frame; and a pillar frame mounted on the bracket so as to extend in a vehicle up-and-down direction on an inner side of the door frame, the pillar frame supporting an end portion of the door glass together with the door frame,
An end fitting of a wiper having at least one wiper blade, the end fitting comprising a primary part and a secondary part, the primary part and the secondary part being connected by a removable fastening means, the end fitting also comprising an immobilizing means that is able to prevent a movement of the wiper blade with respect to the end fitting, the immobilizing means comprising a coupling device and an actuating element, said coupling device being designed to pinch the wiper blade and being subjected to a force produced by the actuating element, the coupling device comprising two flexible branches (35, 37) being able to move toward one another and to pinch the wiper blade when the actuating element comes into abutment against the coupling device.
Retroreflective sheeting, comprising: a first major surface that is a structured surface having a structure imparted by a plurality of prismatic cube corner elements; a second major surface opposite the first major surface, the second major surface being substantially planar and; a topcoat having a thickness of less than 0.0127mm (0.5 mil) when dry adjacent to at least a portion of the second major surface, wherein the topcoat is a solvent-based composition comprising at least one of alkyd resin, polyurethane resin, epoxy resin, polyester resin, polyvinyl butyral, cellulose acetatebutyrate, or vinyl chloride copolymer; characterized in that the second major surface comprises polycarbonate and the topcoat includes between 3% by weight and about 10% by weight of a UV absorber. a first major surface that is a structured surface having a structure imparted by a plurality of prismatic cube corner elements; a second major surface opposite the first major surface, the second major surface being substantially planar and; a topcoat having a thickness of less than 0.0127mm (0.5 mil) when dry adjacent to at least a portion of the second major surface, wherein the topcoat is a solvent-based composition comprising at least one of alkyd resin, polyurethane resin, epoxy resin, polyester resin, polyvinyl butyral, cellulose acetatebutyrate, or vinyl chloride copolymer; characterized in that the second major surface comprises polycarbonate and the topcoat includes between 3% by weight and about 10% by weight of a UV absorber.
A multi media payment device comprising: a banknote acceptor; a display; and a RF card reader, the RF card reader including an antenna loop for reading information stored in a contactless smart card, characterized in that the display overlaps at least a portion of the antenna loop, wherein the antenna loop is located behind the display relative to a front face of the device; and in that the antenna is located on a printed circuit board on which are mounted components to illuminate the display, wherein the components to illuminate the display are located substantially inside an antenna loop area. a banknote acceptor; a display; and a RF card reader, the RF card reader including an antenna loop for reading information stored in a contactless smart card, characterized in that the display overlaps at least a portion of the antenna loop, wherein the antenna loop is located behind the display relative to a front face of the device; and in that the antenna is located on a printed circuit board on which are mounted components to illuminate the display, wherein the components to illuminate the display are located substantially inside an antenna loop area.
An isolated T cell receptor that specifically binds an HIV epitope having the peptide sequence AIIRILQQL from HIV-1 vpr, wherein the TCR comprises the TCR Valpha sequence set forth in Figure 1B or 1C or a wild type TCR sequence set forth in Figure 1A with a S39P mutation.
An LED module comprising - a number of light-emitting diodes arranged on a carrier; and - an encapsulant covering the LEDs, which encapsulant is flexible and comprises a mixture of a flexible translucent constituent; and a metallic particle constituent, comprising metallic particles configured to scatter light passing through the encapsulant when the LED module is in an inactive state and when the LED module is in an active state, and to impart a desired colour to the LED module when the LED module is in the inactive state, the weight load of the metallic particles of the metallic particle constituent being in a range between 0.001 wt% and 0.5 wt% of the encapsulant. - a number of light-emitting diodes arranged on a carrier; and - an encapsulant covering the LEDs, which encapsulant is flexible and comprises a mixture of a flexible translucent constituent; and a metallic particle constituent, comprising metallic particles configured to scatter light passing through the encapsulant when the LED module is in an inactive state and when the LED module is in an active state, and to impart a desired colour to the LED module when the LED module is in the inactive state, the weight load of the metallic particles of the metallic particle constituent being in a range between 0.001 wt% and 0.5 wt% of the encapsulant. a flexible translucent constituent; and a metallic particle constituent, comprising metallic particles configured to scatter light passing through the encapsulant when the LED module is in an inactive state and when the LED module is in an active state, and to impart a desired colour to the LED module when the LED module is in the inactive state, the weight load of the metallic particles of the metallic particle constituent being in a range between 0.001 wt% and 0.5 wt% of the encapsulant.
A rail vehicle (1a, 1b) including: a double skin structure including: a vehicle interior side face plate (2b2), a vehicle exterior side face plate (2b1), and a connection plate (2b3) configured to connect the vehicle interior side face plate and the vehicle exterior side face plate, a sound absorbing material provided on the vehicle interior side face plate, and an interior material configured to cover the sound absorbing material, the rail vehicle comprising a plurality of holes penetrating the vehicle interior side face plate, wherein an interval t between the vehicle interior side face plate and the interior material is not more than three times a thickness dimension L of the double skin structure; characterized in that: the vehicle interior side face plate includes a protrusion which protrudes from the vehicle interior side face plate toward the sound absorbing material side at a position opposing to the vehicle interior side cavity partitioned by a pair of the connection plates, and which is continuously provided along a longitudinal direction of the rail vehicle, and at least a part of each of the holes is provided on the protrusion. a vehicle interior side face plate (2b2), a vehicle exterior side face plate (2b1), and a connection plate (2b3) configured to connect the vehicle interior side face plate and the vehicle exterior side face plate, a sound absorbing material provided on the vehicle interior side face plate, and an interior material configured to cover the sound absorbing material, the rail vehicle comprising a plurality of holes penetrating the vehicle interior side face plate, wherein an interval t between the vehicle interior side face plate and the interior material is not more than three times a thickness dimension L of the double skin structure; characterized in that: the vehicle interior side face plate includes a protrusion which protrudes from the vehicle interior side face plate toward the sound absorbing material side at a position opposing to the vehicle interior side cavity partitioned by a pair of the connection plates, and which is continuously provided along a longitudinal direction of the rail vehicle, and at least a part of each of the holes is provided on the protrusion. the vehicle interior side face plate includes a protrusion which protrudes from the vehicle interior side face plate toward the sound absorbing material side at a position opposing to the vehicle interior side cavity partitioned by a pair of the connection plates, and which is continuously provided along a longitudinal direction of the rail vehicle, and at least a part of each of the holes is provided on the protrusion.
A transmitter (3a, 3b) employing Orthogonal Frequency Division Multiplexing, OFDM, wherein each of a plurality of groups consists of a plurality of consecutive subcarriers (fk1-fk4) modulated by data or a known signal, the transmitter comprising: a rotation portion which gives a same phase rotation amount to the subcarriers configured within the same group; wherein the rotation portion is characterised in that it further provides a phase rotation amount difference between adjacent groups, wherein the phase rotation amount difference between adjacent groups is unique for the transmitter. a rotation portion which gives a same phase rotation amount to the subcarriers configured within the same group; wherein the rotation portion is characterised in that it further provides a phase rotation amount difference between adjacent groups, wherein the phase rotation amount difference between adjacent groups is unique for the transmitter.
A rim for an at least partially muscle-powered bicycle, comprising a rim body with opposed rim flanks, a rim well and a rim base, in which the rim flanks abut in the radially most inwardly point, and with opposed rim flanges, each extending from one of the rim flanks up to a radially most outwardly point, so that the rim flanges together with the rim flanks form opposed side walls, which extend from the radially most inwardly point up to the radially most outwardly point, wherein the widest spot of the rim body lies beneath the rim well and above a horizontal centerline, characterized in that in the widest spot the width is larger by at least one quarter than is a clear rim width between the rim flanges, and that the side walls each show a defined curvature shape with at least one inflection point, which is disposed between the radially most outwardly point and the widest spot and lies external of the rim flange, and that in the inflection point, a concave curvature makes a transition to a convex curvature, and that the convex curvature lies between the inflection point and the widest spot, and that the concave curvature lies between the inflection point and the radially most outwardly point.
Method for manufacturing of a container for food products or other sensitive products from blanks of a cardboard based material, said method comprising the steps of: - providing a substantially plane blank of a multilayer material comprising a supporting cardboard layer, a weldable layer and a gas-tight layer, - arranging, in at least the cardboard layer, at least one cut-out (2, 9), - forming a rounded container body from the blank by bending the blank such as to connect a first edge with an opposite edge of the blank wherein a joint is formed along the connected edges, characterized in that the at least one cut-out (2, 9) is arranged at the first edge of the blank, wherein an opening is formed at the at least one cut-out when forming the rounded container body, said method further comprising the step of: - applying a gas-tight and translucent material in such a way that the opening is covered by the gas-tight and translucent material. - providing a substantially plane blank of a multilayer material comprising a supporting cardboard layer, a weldable layer and a gas-tight layer, - arranging, in at least the cardboard layer, at least one cut-out (2, 9), - forming a rounded container body from the blank by bending the blank such as to connect a first edge with an opposite edge of the blank wherein a joint is formed along the connected edges, - applying a gas-tight and translucent material in such a way that the opening is covered by the gas-tight and translucent material.
A laminated document comprising: a laminate comprising a polyester composite material formed from different polyester materials, one of the materials providing an outer surface comprising PCTA, and another of the materials providing an inner surface comprising PETG.
Device for producing a box girder for a crane system having an outer, stationary female part and a male part movably arranged inside the female part, between which a circumferential gap for inserting plates (41, 42) is formed, which form a box in a position between female part and male part, wherein the male part is connected with a rope, via which the male part is horizontally held in position inside the female part.
A method comprising: providing a digital audio signal having a corresponding signal bandwidth; providing an energy value that corresponds to at least an estimate of out-of-signal bandwidth energy as corresponds to the digital audio signal; using the energy value to access a look-up table containing a plurality of corresponding candidate spectral envelope shapes to simultaneously determine: a spectral envelope shape; and a corresponding suitable energy for the spectral envelope shape; for out-of-signal bandwidth content as corresponds to the digital audio signal. providing a digital audio signal having a corresponding signal bandwidth; providing an energy value that corresponds to at least an estimate of out-of-signal bandwidth energy as corresponds to the digital audio signal; using the energy value to access a look-up table containing a plurality of corresponding candidate spectral envelope shapes to simultaneously determine: a spectral envelope shape; and a corresponding suitable energy for the spectral envelope shape; for out-of-signal bandwidth content as corresponds to the digital audio signal. a spectral envelope shape; and a corresponding suitable energy for the spectral envelope shape;
A method of facilitating user navigation among a plurality of operator workstation screens (7a-7i, 9a-9i) of a control and monitoring system, wherein the method is performed by the control and monitoring system and is being characterised by comprising: determining (b) a condition of interest, determining (c) a workstation screen identifier identifying an operator workstation screen (7a-7i, 9a-9i) displaying the condition of interest as condition of interest graphics, and transmitting (e) the workstation screen identifier to a first wearable augmented reality, AR, device to thereby initiate displaying an indication of a location of the operator workstation screen (7a-7i, 9a-9i) displaying the condition of interest graphics. determining (b) a condition of interest, determining (c) a workstation screen identifier identifying an operator workstation screen (7a-7i, 9a-9i) displaying the condition of interest as condition of interest graphics, and transmitting (e) the workstation screen identifier to a first wearable augmented reality, AR, device to thereby initiate displaying an indication of a location of the operator workstation screen (7a-7i, 9a-9i) displaying the condition of interest graphics.
Launching unit for a munition, in particular for a signal rocket, comprising at least one tension sleeve, one striking element seated in an axially movable manner within the tension sleeve, one tensioning element for tensioning the striking element, one traction member connected to the striking element, characterized in that the traction member is designed to be telescopic.
A fan unit connectable to a predetermined unit through a duct, the fan unit comprising: a fan with a variable rotation speed; a casing that has an intake port and a blow-out port and houses the fan; a first acquisition unit that acquires a rotation speed (Nx) of a fan motor that drives the fan; a second acquisition unit that acquires a volume of air (Qx) or a wind speed (Vx) of the fan; and a control unit configured to controls the rotation speed of the fan motor, characterized in that the control unit is configured to determine whether or not a backflow in which air in the casing flows from the blow-out port toward the intake port occurs on a basis of the rotation speed (Nx) and the volume of air (Qx) or the wind speed (Vx), or on the basis of front-rear differential pressure (ΔPx) that is a difference in air pressure between the intake port and the blow-out port of the casing. a fan with a variable rotation speed; a casing that has an intake port and a blow-out port and houses the fan; a first acquisition unit that acquires a rotation speed (Nx) of a fan motor that drives the fan; a second acquisition unit that acquires a volume of air (Qx) or a wind speed (Vx) of the fan; and a control unit configured to controls the rotation speed of the fan motor, characterized in that the control unit is configured to determine whether or not a backflow in which air in the casing flows from the blow-out port toward the intake port occurs on a basis of the rotation speed (Nx) and the volume of air (Qx) or the wind speed (Vx), or on the basis of front-rear differential pressure (ΔPx) that is a difference in air pressure between the intake port and the blow-out port of the casing.