mhurhangee/ep-ind-claims huggingface dataset:
A method for a user equipment, UE, to receive a narrowband, NB, synchronization signal from a base station in a wireless communication system, the method comprising: receiving an NB secondary synchronization signal, SSS, indicating N NB cell identities assigned for NB Internet of Things, IoT, operation through a plurality of orthogonal frequency division multiplexing, OFDM, symbols, wherein the NB SSS is received in a form of a sequence corresponding to a base sequence having a length M multiplied with a cover sequence in element units, the sequence divided into elements each having a length L, L corresponding to a number of subcarriers assigned to each of the plurality of OFDM symbols; and identifying one NB cell identity among the N NB cell identities using the NB SSS, characterized in that, a root index of the base sequence of the NB SSS is identified from among R root indices, R being an integer less than M, and wherein the cover sequence of the received NB SSS is based on offset q, the offset q satisfying R * a number of values of q = N. receiving an NB secondary synchronization signal, SSS, indicating N NB cell identities assigned for NB Internet of Things, IoT, operation through a plurality of orthogonal frequency division multiplexing, OFDM, symbols, wherein the NB SSS is received in a form of a sequence corresponding to a base sequence having a length M multiplied with a cover sequence in element units, the sequence divided into elements each having a length L, L corresponding to a number of subcarriers assigned to each of the plurality of OFDM symbols; and identifying one NB cell identity among the N NB cell identities using the NB SSS, characterized in that, a root index of the base sequence of the NB SSS is identified from among R root indices, R being an integer less than M, and wherein the cover sequence of the received NB SSS is based on offset q, the offset q satisfying R * a number of values of q = N.
A copolymer comprising a structural unit derived from 1,3,7-octatriene and a structural unit derived from styrene and having a molecular weight distribution (Mw/Mn) of 1.5 or less, wherein the molecular weight distribution is measured according to the description.
Sensor element for detecting at least one property of a measuring gas in a measuring gas chamber, in particular for detecting a proportion of a gas component in the measuring gas or a temperature of the measuring gas, comprising a ceramic layered structure having at least one electrochemical cell, wherein the electrochemical cell has at least a first electrode, a second electrode and at least one solid electrolyte connecting the first electrode and the second electrode, wherein an electrode cavity is formed in the layered structure, wherein the second electrode is arranged in the layered structure such that the second electrode faces the electrode cavity, wherein the second electrode has at least one first outer diameter that is larger than a first outer diameter of the electrode cavity, characterized in that the electrode cavity has an annular design and has at least two round electrode cavity sections (62, 64) that oppose one another with a midpoint of the electrode cavity between them, and in that the first outer diameter of the electrode cavity is defined by the two round electrode cavity sections (62, 64), and in that the second electrode has an annular design and has at least two round electrode sections (68, 70) that oppose one another with a midpoint of the second electrode between them, and in that the first outer diameter of the second electrode is defined by the two round electrode sections (68, 70), and in that the two round electrode cavity sections (62, 64) and the two round electrode sections (68, 70) are arranged parallel to one another, and in that the electrode cavity has at least two straight electrode cavity sections (74, 76) that oppose one another with a midpoint of the electrode cavity between them, and in that a second outer diameter of the electrode cavity is defined by the two straight electrode cavity sections (74, 76), and in that the second electrode has at least two straight electrode sections (80, 82) that oppose one another with a midpoint of the second electrode between them, and in that a second outer diameter of the second electrode is defined by the two straight electrode sections (80, 82), wherein the second outer diameter of the second electrode is larger than the second outer diameter of the electrode cavity, and in that the two straight electrode cavity sections (74, 76) and the two straight electrode sections (80, 82) are arranged parallel to one another, and in that the layered structure has a connection side, an end face, an upper side, a lower side and two side faces, and in that the side faces connect the upper side and the lower side, and in that the two straight electrode cavity sections (74, 76) and the two straight electrode sections (80, 82) are arranged parallel to the side faces.
A solar cell module comprising: a first string including a plurality of first solar cells electrically connected by a plurality of first interconnectors; a second string including a plurality of second solar cells electrically connected by a plurality of second interconnectors; a first lead wire (OLW1-1) electrically connecting the plurality of first interconnectors positioned at a first end of the first string; and a second lead wire (OLW1-2, OLW1-3) electrically connecting the first lead wire (OLW1-1) and a junction box, characterized in that wherein the first lead wire (OLW1-1) is formed at an outer portion of the first string and does not overlap with the plurality of first solar cells of the first string, and wherein a portion of the second lead wire (OLW1-2, OLW1-3) is formed inside the second string and overlaps with a portion of the plurality of second solar cells of the second string. a first string including a plurality of first solar cells electrically connected by a plurality of first interconnectors; a second string including a plurality of second solar cells electrically connected by a plurality of second interconnectors; a first lead wire (OLW1-1) electrically connecting the plurality of first interconnectors positioned at a first end of the first string; and a second lead wire (OLW1-2, OLW1-3) electrically connecting the first lead wire (OLW1-1) and a junction box, characterized in that wherein the first lead wire (OLW1-1) is formed at an outer portion of the first string and does not overlap with the plurality of first solar cells of the first string, and wherein a portion of the second lead wire (OLW1-2, OLW1-3) is formed inside the second string and overlaps with a portion of the plurality of second solar cells of the second string.
Mounting system for mounting aircraft system components in a triangular region in a lower deck of an aircraft, wherein the mounting system comprises: - a support structure; - a guide mechanism which is fastened to the support structure and is specified to guide the support structure; - at least one bracket which is fastened to the support structure and is specified to releasably hold an elongate aircraft system component; wherein the mounting system further comprises a guide rail; the guide mechanism being set up to be moved along the guide rail, the support structure being dimensioned such that the support structure can be pushed into the triangular region in the longitudinal direction of the triangular region through the guide mechanism and the guide rail, characterized in that the support structure is elongate, the guide rail is specified to be inserted in a portion of the triangular region and in the longitudinal direction of the triangular region, and at least one portion of the support structure is specified to be moved in a direction perpendicular to the longitudinal direction of the support structure. - a support structure; - a guide mechanism which is fastened to the support structure and is specified to guide the support structure; - at least one bracket which is fastened to the support structure and is specified to releasably hold an elongate aircraft system component; wherein the mounting system further comprises a guide rail; the guide mechanism being set up to be moved along the guide rail, the support structure being dimensioned such that the support structure can be pushed into the triangular region in the longitudinal direction of the triangular region through the guide mechanism and the guide rail, characterized in that the support structure is elongate, the guide rail is specified to be inserted in a portion of the triangular region and in the longitudinal direction of the triangular region, and at least one portion of the support structure is specified to be moved in a direction perpendicular to the longitudinal direction of the support structure.
An air bag device for a vehicle seat, said airbag device having a first air bag portion and a second air bag portion, wherein said first air bag portion and second air bag portion are connected with each other by a third air bag portion designed to be located along a part of the upper portion of a backrest, wherein said air bag is designed to be mounted to a vehicle seat such that the first and second portions (5a, 5b) of the air bag will, when deployed, limit the lateral movement of the torso of an occupant, the third air bag portion is connected to an upper region of the first air bag portion and to an upper region of the second air bag portion, and the third air bag portion is configured to, when deployed, extend along the part of the upper portion of the backrest to serve as a lateral stabilizing connector for the upper regions of the first and second air bag portions, characterised in that said first air bag portion is designed to be attached to a first lateral backrest frame pillar located at or close to a first lateral side of a backrest and to a first lateral portion of a seat cushion, and said second air bag portion is designed to be attached to a second lateral backrest frame pillar located at or close to a second lateral side of a backrest and to a second lateral portion of a seat cushion. wherein said first air bag portion and second air bag portion are connected with each other by a third air bag portion designed to be located along a part of the upper portion of a backrest, wherein said air bag is designed to be mounted to a vehicle seat such that the first and second portions (5a, 5b) of the air bag will, when deployed, limit the lateral movement of the torso of an occupant, the third air bag portion is configured to, when deployed, extend along the part of the upper portion of the backrest to serve as a lateral stabilizing connector for the upper regions of the first and second air bag portions, characterised in that said first air bag portion is designed to be attached to a first lateral backrest frame pillar located at or close to a first lateral side of a backrest and to a first lateral portion of a seat cushion, and said second air bag portion is designed to be attached to a second lateral backrest frame pillar located at or close to a second lateral side of a backrest and to a second lateral portion of a seat cushion.
A fluid dispenser device comprising a body, and a dispenser head that is provided with a dispenser orifice and that is axially movable relative to said body during actuation, said body receiving a reservoir containing fluid, said reservoir comprising a hollow tube having a proximal axial opening that is closed by a stopper that is adapted to slide in leaktight manner in said tube during actuation, said dispenser head including a hollow cannula that is connected at one end to said dispenser orifice, and that is provided at its other end with a perforating tip that is provided with an opening for perforating said stopper, said opening defining a peripheral edge that extends around said opening and that includes a distal axial end and a proximal axial end, said distal axial end of said peripheral edge forming the distal axial end of the perforating tip, said distal axial end of the perforating tip being arranged on the longitudinal central axis of said cannula, the device being characterized in that said opening includes a distal portion of width that is small relative to the width of said cannula, said peripheral edge including a radial narrowing for defining said distal portion of small width of said opening, the distal axial end of said perforating tip is of shape that is rounded in the axial direction.
A shaped product of a composite material comprising discontinuous reinforcing fibers having an average fiber length of 3 mm to 100 mm, and a thermoplastic resin as a matrix, wherein the shaped product has a three-dimensional shape having a certain reference plane that is a bottom surface; and one or more standing planes that are side surfaces, wherein the composite material forms a self-laminated structure in at least at one location in a boundary region between the certain reference plane and the standing planes, and there is no weld line at any ridgeline where the reference plane and the standing plane are in contact with each other.
A screw comprising a head and a shank extending from the head and defining a longitudinal axis, with a thread provided on the shank, with the head including a top portion and a first cone portion located between the top portion and the shank and having a peripheral surface, wherein the peripheral surface of the first cone portion is provided with a plurality of recesses spaced from one another in a circumferential direction of the first cone portion, with each of the plurality of recesses including first and second side edges (28, 30) opposite to each other in the circumferential direction and a top edge linking the first and second side edges (28, 30) and adjacent to the top portion, with the first side edge having first recess depths and the second side edge having second recess depths, with a maximum second recess depth being less than a maximum first recess depth of the first side edge, wherein the top edge extends in the circumferential direction of the first cone portion and is spaced from the top portion, characterized in that the top edge is partially arranged between the top portion and the first side edge of an adjacent recess in the direction of the longitudinal axis, and an extension angle of each recess in the circumferential direction of the cone portion is greater than 120 degrees.
An electrical assembly comprising a plurality of series-connected modules, each module including multiple module switching elements and at least one energy storage device, each module switching element and the or each energy storage device in each module arranged to be combinable to selectively provide a voltage source, each module including a discharge circuit, each discharge circuit including a discharge switching element and a discharge resistor, each discharge switching element switchable to switch the corresponding discharge resistor into and out of the corresponding module, wherein the electrical assembly includes a controller configured to selectively control the discharge switching elements to modulate the switching of each discharge resistor into and out of the corresponding module in a voltage balancing mode when the modules are in a blocked state so that each module emulates a resistive load profile to balance a distribution of voltages between the plurality of modules, wherein the resistive load profile includes at least one positive resistive slope.
An apparatus comprising: an image sensor; a motion sensor; a processor; and a housing supporting the image sensor, the motion sensor, and the processor; characterized in that the processor is configured to: receive an image of a scannable object from the image sensor; receive velocity and movement direction of the apparatus from the motion sensor based on a detection of motion of the apparatus relative to the scannable object; when no motion is detected, locate a region of interest in the center of the received image; when motion is detected, locate the region of interest, in response to the received velocity and the movement direction, in an offset direction from the center of the received image and towards an edge of the received image, with the offset direction being substantially parallel to the received movement direction; set a gain and exposure time for the image sensor based on the received velocity and the movement direction, comprising when motion is detected either increasing the gain or lowering the exposure time; and scan the received image beginning with the region of interest. an image sensor; a motion sensor; a processor; and a housing supporting the image sensor, the motion sensor, and the processor; characterized in that the processor is configured to: receive an image of a scannable object from the image sensor; receive velocity and movement direction of the apparatus from the motion sensor based on a detection of motion of the apparatus relative to the scannable object; when no motion is detected, locate a region of interest in the center of the received image; when motion is detected, locate the region of interest, in response to the received velocity and the movement direction, in an offset direction receive an image of a scannable object from the image sensor; receive velocity and movement direction of the apparatus from the motion sensor based on a detection of motion of the apparatus relative to the scannable object; when no motion is detected, locate a region of interest in the center of the received image; when motion is detected, locate the region of interest, in response to the received velocity and the movement direction, in an offset direction from the center of the received image and towards an edge of the received image, with the offset direction being substantially parallel to the received movement direction; set a gain and exposure time for the image sensor based on the received velocity and the movement direction, comprising when motion is detected either increasing the gain or lowering the exposure time; and scan the received image beginning with the region of interest. set a gain and exposure time for the image sensor based on the received velocity and the movement direction, comprising when motion is detected either increasing the gain or lowering the exposure time; and scan the received image beginning with the region of interest.
A lock with a lock identifier assembly, the lock comprising: - a cover with a main body, configured to be installed in a door to be locked, and with a hollow projection that extends from the main body, and - a knob which is housed inside the hollow projection and extends below the main body and comprises at least one lower section with a knob ramp; and the lock is characterised in that the lock identifier assembly comprises: - a tongue linked to the knob ramp, such that when the knob is actuated, the knob ramp moves, moving said tongue with it to lock or unlock the lock, and wherein said tongue further comprises at least one recess comprising at least one inclined surface forming a tongue ramp; - an identification element configured to be housed in the hollow projection and which comprises, at a lower end, at least one guide element configured to be housed in the recess of the tongue and movable through said recess on the tongue ramp such that, when the tongue moves actuated by the movement of the knob, the identification element moves in the longitudinal direction of the hollow projection, such that when it is in a first position, it is hidden in said hollow projection, and when it is in a second position, it projects superiorly from an upper end of said hollow projection. - a cover with a main body, configured to be installed in a door to be locked, and with a hollow projection that extends from the main body, and - a knob which is housed inside the hollow projection and extends below the main body and comprises at least one lower section with a knob ramp; - a tongue linked to the knob ramp, such that when the knob is actuated, the knob ramp moves, moving said tongue with it to lock or unlock the lock, and wherein said tongue further comprises at least one recess comprising at least one inclined surface forming a tongue ramp; - an identification element configured to be housed in the hollow projection and which comprises, at a lower end, at least one guide element configured to be housed in the recess of the tongue and movable through said recess on the tongue ramp such that, when the tongue moves actuated by the movement of the knob, the identification element moves in the longitudinal direction of the hollow projection, such that when it is in a first position, it is hidden in said hollow projection, and when it is in a second position, it projects superiorly from an upper end of said hollow projection.
A method of manufacturing a synthetic resin-made container that has an outer layer body and an inner layer body separably laminated on an inner surface of the outer layer body, the synthetic resin-made container including: a tubular mouth portion having an outside air introduction port formed through the outer layer body; a barrel portion located below the mouth portion; and a bottom portion closing a lower end of the barrel portion, the method comprising: forming a preform; stretch blow molding the preform to form an outer shape of the synthetic resin-made container comprising a rib (5a, 6a) that prevents the inner layer body from peeling away from the outer layer body when forming the vapor-deposited film is formed in at least one of a lower part of the barrel portion and the bottom portion; blocking the outside air introduction port from an ambient pressure outside the outer layer body; and forming a vapor-deposited film having a gas barrier property, on an inner surface of the inner layer body. forming a preform; stretch blow molding the preform to form an outer shape of the synthetic resin-made container comprising a rib (5a, 6a) that prevents the inner layer body from peeling away from the outer layer body when forming the vapor-deposited film is formed in at least one of a lower part of the barrel portion and the bottom portion; blocking the outside air introduction port from an ambient pressure outside the outer layer body; and forming a vapor-deposited film having a gas barrier property, on an inner surface of the inner layer body.
An alloy comprising, by weight, 11.5% to 14.5% chromium, 0.1% to 3.0% nickel, 0.1% to 1.0% copper, 0.1% to 0.3% carbon, 0.01% to 0.1% niobium, 0% to 5% cobalt, 0% to 3.0% molybdenum, and 0% to 0.5% titanium, the balance iron and incidental elements and impurities, wherein the incidental elements and impurities are one or more of a maximum of 0.02% manganese, a maximum of 0.04% silicon, a maximum of 0.002% phosphorus, a maximum of 0.002% sulfur, a maximum of 0.002% aluminum, a maximum of 0.002% nitrogen and a maximum of 0.01% oxygen.