mhurhangee/ep-ind-claims huggingface dataset:
A battery pack, comprising: one or more battery modules (100.1, 100.2), each including a plurality of secondary battery cells; a housing for accommodation of the one or more battery modules (100.1, 100.2), the housing including an exterior wall and one or more inner walls; and a wiring for interconnecting the battery modules (100.1, 100.2) among each other and/or with one or more busbars, wherein the walls (53, 54) of the housing include at least one through-hole where the wiring is passing through, characterized in that a connector is placed within the through-hole, the connector including an electrically conducting body and a jacket (74, 74.1, 74.2) made of an electrically insulating material and surrounding an outer surface of the conducting body, the conducting body being connectable with the wiring from both sides of the wall (53, 54), and wherein an outer surface of the jacket (74, 74.1, 74.2) includes wall plug elements including split-ribs which are slope-aligned contrary to the insert direction of the connector. one or more battery modules (100.1, 100.2), each including a plurality of secondary battery cells; a housing for accommodation of the one or more battery modules (100.1, 100.2), the housing including an exterior wall and one or more inner walls; and a wiring for interconnecting the battery modules (100.1, 100.2) among each other and/or with one or more busbars, wherein the walls (53, 54) of the housing include at least one through-hole where the wiring is passing through, characterized in that a connector is placed within the through-hole, the connector including an electrically conducting body and a jacket (74, 74.1, 74.2) made of an electrically insulating material and surrounding an outer surface of the conducting body, the conducting body being connectable with the wiring from both sides of the wall (53, 54), and wherein an outer surface of the jacket (74, 74.1, 74.2) includes wall plug elements including split-ribs which are slope-aligned contrary to the insert direction of the connector.
A modular support profile consisting of at least one basic profile segment and at least one rod, wherein the at least one basic profile segment exhibits seats and the modular support profile has replaceable connecting elements arranged spaced apart from one another and attachable in the seats of the at least one basic profile segment and each having at least one recess adapted to the cross-sectional profile of the at least one rod, wherein the at least one rod can be pushed through the recesses of the connecting elements, wherein, for attaching at least two rods in the at least one basic profile segment, the recesses of the connecting elements arranged spaced apart from one another exhibit equal spacings for the attachment of the at least two consecutive rods, and the basic profile segment has openings which exhibit the same spacing as the recesses of the connecting elements and the opening area of which is at least as large as or, in particular, larger than the opening area of the recesses, characterized in that the seats are grooves shaped in the basic profile segment, and the connecting elements are insertable into the seats.
An ionization device, comprising: a plasma source (201, 407) configured to generate a plasma, the plasma comprising light, plasma ions and plasma electrons, the plasma source (201, 407) comprising an aperture disposed such that at least part of the light passes through the aperture and is incident on a gas sample; an ionization region (202, 417); and a plasma deflection device comprising a plurality of electrodes (415, 416) configured to establish an electric field, wherein the electric field substantially prevents the plasma ions from entering the ionization region (202, 417), characterized in that the plasma deflection device further comprises a magnet configured to establish a magnetic field, wherein the magnetic field substantially prevents the electrons of the plasma from entering the ionization region. a plasma source (201, 407) configured to generate a plasma, the plasma comprising light, plasma ions and plasma electrons, the plasma source (201, 407) comprising an aperture disposed such that at least part of the light passes through the aperture and is incident on a gas sample; an ionization region (202, 417); and a plasma deflection device comprising a plurality of electrodes (415, 416) configured to establish an electric field, wherein the electric field substantially prevents the plasma ions from entering the ionization region (202, 417), characterized in that the plasma deflection device further comprises a magnet configured to establish a magnetic field, wherein the magnetic field substantially prevents the electrons of the plasma from entering the ionization region.
Safety apparatus for motor vehicles, comprising at least a support element associable with a motor vehicle and suitable for supporting at least one instant acceleration/deceleration measuring device for said motor vehicle along at least one direction, at least one communication unit, integrally associated with said support element, associated with said acceleration/deceleration measuring device and suitable for sending at least one emergency signal in the event of said vehicle halving an accident, detected by said acceleration/deceleration measuring device, characterized in that it comprises at least an electronic siren for anti-theft/anti-break-in systems, supported, by said support element and suitable for giving off an acoustic alarm signal, wherein said support element comprises at least a container body associable with said motor vehicle in a substantially protected position and suitable for housing said acceleration/deceleration measuring device, said communication unit and said electronic siren.
Stepping motor comprising: ▪ a stator (11, 31) comprising N stator contacts (111-114, 311-314), where N is an integer greater than or equal to three, ▪ a first rotor (12, 32) which is able to move with respect to the stator (11, 31) about an axis (X, Y), the first rotor (12, 32) comprising a first set of teeth distributed at a first pitch p 1, and a second set of teeth distributed at a second pitch P 2, and ▪ a second rotor (13, 33) which is able to move with respect to the first rotor (12, 32) about the axis (X, Y), the second rotor (13, 33) comprising N rotor contacts (131-134, 311-314), characterized in that the N stator contacts (111-114, 311-314) comprising a plurality a of teeth distributed at the pitch p 1, where a is an integer representing the number of teeth of each rotor contact, the N stator contacts (111-114, 311-314) being distributed on the stator (11, 31) at a third pitch equal to p 1 (a+1/N), the teeth of the first set being able to be aligned individually with one of the stator contacts (111-114, 311-314), the passage from one alignment to a consecutive alignment causing the first rotor (12, 32) to move in a first direction (S 1) with respect to the stator (11, 31) by the pitch p 1 /N, and in that the N rotor contacts (131-134, 311-314) comprising a plurality b of teeth distributed at the pitch p 2, where b is an integer representing the number of teeth of each rotor contact, the N rotor contacts (131-134, 311-314) being distributed on the second rotor (13, 33) at a fourth pitch equal to p 2 (b+1/N) and being able to be aligned individually with one of the teeth of the second set, the passage from one alignment to a consecutive alignment causing the second rotor (13, 33) to move in a second direction (S 2), opposite to the first direction, with respect to the first rotor (12, 32) by the pitch p 2 /N. ▪ a stator (11, 31) comprising N stator contacts (111-114, 311-314), where N is an integer greater than or equal to three, ▪ a first rotor (12, 32) which is able to move with respect to the stator (11, 31) about an axis (X, Y), the first rotor (12, 32) comprising a first set of teeth distributed at a first pitch p 1, and a second set of teeth distributed at a second pitch P 2, and ▪ a second rotor (13, 33) which is able to move with respect to the first rotor (12, 32) about the axis (X, Y), the second rotor (13, 33) comprising N rotor contacts (131-134, 311-314),
A lighting device comprising: - at least one semiconductor layer; - at least one light emission surface comprising an array of high luminance areas configured to emit light at a first local luminance level and low luminance areas configured to emit no light or to emit light at a second local luminance level lower than the first local luminance level; - a plurality of semiconductor light emitting devices formed in the semiconductor layer to define the plurality of high luminance areas; - wherein the high luminance areas and the low luminance areas are arranged in accordance with a predefined light emission profile of the light emission surface; - wherein a low luminance area of the low luminance areas corresponds to a portion of the semiconductor layer comprising an n-doped region and a p-doped region, wherein at least one of the n-doped region and the p-doped region is configured not to be electrically connected to a power source, and/or - wherein a low luminance area of the low luminance areas is configured to be electrically connected in parallel with a further low luminance area of the low luminance areas to a power source and wherein the high luminance areas are configured to be electrically connected in series to the power source. - at least one semiconductor layer; - at least one light emission surface comprising an array of high luminance areas configured to emit light at a first local luminance level and low luminance areas configured to emit no light or to emit light at a second local luminance level lower than the first local luminance level; - a plurality of semiconductor light emitting devices formed in the semiconductor layer to define the plurality of high luminance areas; - wherein the high luminance areas and the low luminance areas are arranged in accordance with a predefined light emission profile of the light emission surface; - wherein a low luminance area of the low luminance areas corresponds to a portion of the semiconductor layer comprising an n-doped region and a p-doped region, wherein at least one of the n-doped region and the p-doped region is configured not to be electrically connected to a power source, and/or - wherein a low luminance area of the low luminance areas is configured to be electrically connected in parallel with a further low luminance area of the low luminance areas to a power source and wherein the high luminance areas are configured to be electrically connected in series to the power source.
A circuit arrangement for preventing a total discharge of an energy store in a vehicle electrical system by consumers connected to the energy store, comprising: - a first switch for electrically isolating the energy store from consumers, - a battery monitoring unit for monitoring the energy store, and - a detection device for detecting a user presence and/or a user request and/or a user access to the vehicle, wherein - the battery monitoring unit is connected to the energy store by a first diode, connected to a positive terminal of the energy store, irrespective of a position of the first switch, - the detection device comprises a second switch and is configured to transfer the battery monitoring unit from a first operating mode into a second operating mode in response to a closure of the second switch, wherein the second switch is arranged in a wake-up line in which the second switch is arranged between a positive terminal of the energy store and the electrical earth, - a resistor is provided between the positive terminal of the energy store and the second switch, and - the battery monitoring unit is connected between the second switch and the resistor, wherein the detection device is configured in response to a detection which has taken place - to cause the first switch to close, and/or - to cause a signalling to be output to the user. - a first switch for electrically isolating the energy store from consumers, - a battery monitoring unit for monitoring the energy store, and - a detection device for detecting a user presence and/or a user request and/or a user access to the vehicle, wherein - the battery monitoring unit is connected to the energy store by a first diode, connected to a positive terminal of the energy store, irrespective of a position of the first switch, - the detection device comprises a second switch and is configured to transfer the battery monitoring unit from a first operating mode into a second operating mode in response to a closure of the second switch, wherein the second switch is arranged in a wake-up line in which the second switch is arranged between a positive terminal of the energy store and the electrical earth, - a resistor is provided between the positive terminal of the energy store and the second switch, and - the battery monitoring unit is connected between the second switch and the resistor, - to cause the first switch to close, and/or - to cause a signalling to be output to the user.
A male touch fastener product, comprising a resin surface; an array of spaced-apart male touch fastener elements carried on the surface, each touch fastener element comprising a stem extending from the surface, wherein the stem has a minimum lateral extent and a bend height defined as the perpendicular distance from the resin surface to a lowermost occurrence of the minimum lateral extent; and a head disposed at a distal end of the stem, and forming with the stem and the surface a contiguous mass of resin, the head extending laterally from the stem to a distal edge overhanging the surface; characterized in that, for at least most of the fastener elements of the array, the product of Stem Bending Coefficient and Edge Flex Ratio is between 3.0 and 10.0, where Stem Bending Coefficient is a ratio of a difference between overall height and bend height to the minimum lateral extent of the stem, and Edge Flex Ratio is a ratio of a difference between the overall lateral extent of the head and the minimum lateral extent of the stem to the overhang midpoint thickness. a resin surface; an array of spaced-apart male touch fastener elements carried on the surface, each touch fastener element comprising a stem extending from the surface, wherein the stem has a minimum lateral extent and a bend height defined as the perpendicular distance from the resin surface to a lowermost occurrence of the minimum lateral extent; and a head disposed at a distal end of the stem, and forming with the stem and the surface a contiguous mass of resin, the head extending laterally from the stem to a distal edge overhanging the surface; a stem extending from the surface, wherein the stem has a minimum lateral extent and a bend height defined as the perpendicular distance from the resin surface to a lowermost occurrence of the minimum lateral extent; and a head disposed at a distal end of the stem, and forming with the stem and the surface a contiguous mass of resin, the head extending laterally from the stem to a distal edge overhanging the surface; characterized in that, for at least most of the fastener elements of the array, the product of Stem Bending Coefficient and Edge Flex Ratio is between 3.0 and 10.0, where Stem Bending Coefficient is a ratio of a difference between overall height and bend height to the minimum lateral extent of the stem, and Edge Flex Ratio is a ratio of a difference between the overall lateral extent of the head and the minimum lateral extent of the stem to the overhang midpoint thickness.
A socket for receiving at least a portion of a fastening element, with an inner thread, which is formed at least partially by a helical notch within the socket, wherein the notch comprises restrictions (210, 215) in the direction of a first and a second end of the socket, and wherein the inner thread, in the area of a first turn adjacent to the first end of the socket, comprises a restriction in the direction of the second end, but no restriction in the direction of the first end, wherein the socket at least partially consists of a plastic material. wherein the inner thread, in the area of a first turn adjacent to the first end of the socket, comprises a restriction in the direction of the second end, but no restriction in the direction of the first end, wherein the socket at least partially consists of a plastic material.
A retainer for laterally fastening a guide channel for cable carrier chains on a structure, wherein the retainer has a support for a floor region of the guide channel and a location fixation for the guide channel, the retainer being arrangeable, with a section in height, extending laterally to a provided receptacle space for the guide channel, wherein in this section in height first fastening means for fastening the retainer are provided laterally on the structure at the height of the section in height and the retainer has second fastening means, which are arranged spaced apart from the support in a direction in height (h) and are designed to engage in a formfitting and/or friction-locked manner on the guide channel and wherein a clamp connection with the guide channel is producible by means of the second fastening means and the second fastening means are designed as a clamp receptacle for a first projection of the guide channel, which extends laterally from the guide channel, and as a clamp element for clamping the first projection in the clamp receptacle in a clamping location, characterized in that the clamp receptacle is designed as open at least with one component in the direction in height (h) to accommodate a hooked first projection of the guide channel.
A kit for detecting cyanide in a sample, comprising: a cobinamide-conjugate comprising a cobinamide moiety and a carrier molecule covalently conjugated to the cobinamide moiety; and a capture reagent for the carrier molecule, wherein the capture reagent is capable of immobilizing the cobinamide-conjugate on a surface. a cobinamide-conjugate comprising a cobinamide moiety and a carrier molecule covalently conjugated to the cobinamide moiety; and a capture reagent for the carrier molecule, wherein the capture reagent is capable of immobilizing the cobinamide-conjugate on a surface.
A computer-implemented method for automatic construction of a set of axes for a tooth having a ridge, or a ridge and a cusp, comprising: receiving three dimensional data for the tooth; automatically calculating an OZ axis for the tooth, such that the OZ axis approximates an axis of rotation symmetry for the tooth, wherein rotation symmetry of the tooth refers to the property where the tooth may be rotated 180 degrees around the axis and is still roughly equal to its original shape; and automatically calculating an OY axis for the tooth, such that the OY axis is substantially parallel to the ridge of the tooth; the method further comprising: calculating a first plane that approximates a labial area of the tooth; calculating a second plane that approximates a lingual area of the tooth; calculating a YZ plane, for the set of axes, wherein the YZ plane is approximately balanced between the labial area and the lingual area of the tooth; calculating a Y coordinate for an origin for the set of axes, such that, for a tooth having a ridge, the Y coordinate approximates a mid-point of the ridge of the tooth and for a tooth having a ridge and a cusp, the Y coordinate approximates the cusp of the tooth; and calculating an X coordinate and a Z coordinate for the origin, such that the X and Z coordinates are located proximate to a front edge of the tooth.
A method for manufacturing a shoe, in particular a sport shoe, wherein the method comprises: a. providing a flexible sock element (350; 450; 521); b. injecting at least one sole element (380; 480; 570) on the flexible sock element (350; 450; 521), such that the at least one sole element (380; 480; 570) comprises a stiffening element (385; 485; 575) below the arch of the foot, wherein the sole element (380; 480; 570) is configured as an outsole element; c. injecting of a reinforcing element (370; 470; 550) on the flexible sock element (350; 450; 521) before the injecting of the outsole element (380; 480; 570). a. providing a flexible sock element (350; 450; 521); b. injecting at least one sole element (380; 480; 570) on the flexible sock element (350; 450; 521), such that the at least one sole element (380; 480; 570) comprises a stiffening element (385; 485; 575) below the arch of the foot, wherein the sole element (380; 480; 570) is configured as an outsole element; c. injecting of a reinforcing element (370; 470; 550) on the flexible sock element (350; 450; 521) before the injecting of the outsole element (380; 480; 570).
An in vitro method for designing a customized therapy for a subject with triple negative (including basal-like) breast cancer with bone metastasis which comprises i) quantifying the c-MAF gene expression level or c-MAF gene amplification in a bone metastatic sample of said subject and ii) comparing the expression level obtained in step (i) with a reference value, or the amplification obtained in step (i) with a reference gene copy number, wherein - if the c-MAF gene expression level is increased with respect to said reference value, or the c-MAF gene amplification is increased with respect to said reference gene copy number, then said subject is susceptible to receive a therapy aiming to prevent and/or treat the bone degradation, wherein the therapy aiming to prevent and/or treat the bone degradation is a bisphosphonate, wherein the bisphosphonate is zoledronic acid or clodronate or - if the c-MAF gene expression level is not increased with respect to said reference value, or the c-MAF gene amplification is not increased with respect to said reference gene copy number, then said subject is not susceptible to receive a therapy aiming to prevent and/or treat the bone degradation, wherein the therapy aiming to prevent and/or treat the bone degradation is a bisphosphonate, wherein the bisphosphonate is zoledronic acid or clodronate. i) quantifying the c-MAF gene expression level or c-MAF gene amplification in a bone metastatic sample of said subject and ii) comparing the expression level obtained in step (i) with a reference value, or the amplification obtained in step (i) with a reference gene copy number, - if the c-MAF gene expression level is increased with respect to said reference value, or the c-MAF gene amplification is increased with respect to said reference gene copy number, then said subject is susceptible to receive a therapy aiming to prevent and/or treat the bone degradation, wherein the therapy aiming to prevent and/or treat the bone degradation is a bisphosphonate, wherein the bisphosphonate is zoledronic acid or clodronate or - if the c-MAF gene expression level is not increased with respect to said reference value, or the c-MAF gene amplification is not increased with respect to said reference gene copy number, then said subject is not susceptible to receive a therapy aiming to prevent and/or treat the bone degradation, wherein the therapy aiming to prevent and/or treat the bone degradation is a bisphosphonate, wherein the bisphosphonate is zoledronic acid or clodronate.
A wire terminator device for fences and barriers comprising two bodies, wherein the first body houses a wire retaining mechanism and comprises a transverse through hole and the second body stems from the first body and comprises engagement means (3, 4, 5, 5a, 6, 6a) where the wire is retained in the usage position, wherein the engagement means forming the second body are in the form of an engagement element defined by a through passage in the direction of passage of the wire and a single inlet groove that is oblique with respect to the direction of passage of the wire; and wherein said single inlet groove is arranged in the same plane of the direction of passage of the wire, characterized in that the single inlet groove is also oblique to the transverse through hole.