mhurhangee/ep-ind-claims huggingface dataset:
Compression knitted fabric, in particular for tissue, nerve, muscle and fascia stimulation, comprising an elastic base knitted fabric which is knitted from at least one knitting thread and a backing thread, and at least one elastic weft thread inserted or knitted into the base knitted fabric, wherein at least one region is knitted into the base knitted fabric as a nub knitted fabric, which comprises at least one bar-shaped elevation, which is designed to cause stimulation of the body part of a user when the compression knitted fabric is applied to a body part, characterised in that the elevations in the nub knitted fabric are formed by floats of the knitting thread and the backing thread, wherein the base knitted fabric comprises successive rows of stitches in the stitch direction in regions outside the nub knitted fabric, in which the knitting thread forms stitches and the backing thread alternately forms stitches and floats and/or the nub knitted fabric outside the bar-shaped elevations comprises rows of stitches in which the knitting thread and the backing thread are knitted together to form stitches in each stitch.
A method of determining mass flow in a conduit configured to contain a material, the method characterized by steps of: determining a calibration factor from a normal modal dynamic characterization of motion of the conduit, wherein the normal modal dynamic characterization characterizes the motion of the conduit as a function of a modal Coriolis term that describes coupling among a plurality of normal modes of the conduit responsive to mass flow in the conduit; exciting the conduit using an actuator; generating a plurality of motion signals representing motion of the conduit at a plurality of locations on the conduit; and processing the motion signals according to the determined calibration factor to produce a mass flow estimate. determining a calibration factor from a normal modal dynamic characterization of motion of the conduit, wherein the normal modal dynamic characterization characterizes the motion of the conduit as a function of a modal Coriolis term that describes coupling among a plurality of normal modes of the conduit responsive to mass flow in the conduit; exciting the conduit using an actuator; generating a plurality of motion signals representing motion of the conduit at a plurality of locations on the conduit; and processing the motion signals according to the determined calibration factor to produce a mass flow estimate.
An electronic circuit breaker with a case, separable electrical contacts (33, 35), and electronic sensing/data apparatus, having: a) a data transceiver having a data input side for receiving a neighboring Notice of Trip Data signal and a data output side for outputting a self-Notice of Trip Data signal; b) a visible light emitter (67, 69) connected to the data transceiver to output the received neighboring Notice of Trip Data signal as a trip indication comprising visible light; c) electronics for encoding and reporting a Notice of Trip Data signal to the data transceiver; d) visible light indicator windows (61, 63) on a top wall of the breaker case; e) a shutter for the visible light indicator windows (61, 63), the shutter capable of blocking the visible light indicator windows (61, 63) when the trip indication comprising visible light is output from inside the breaker, and unblocking the visible light indicator windows (61, 63) when the breaker is tripped; f) left and right side indicator light tubes (57, 59), each light tube (57, 59) being capable of receiving a trip indication comprising visible light from a neighboring breaker; g) left and right side light ports (62, 64) in the case, each light port (62, 64) being a light passage through the breaker case leading to a respective one of the indicator light tubes (57, 59), h) left and right side data lines (71, 73) for transmitting a Notice of Trip Data signal from the transceiver; and i) each data line (71, 73) being connected to the data transceiver. a) a data transceiver having a data input side for receiving a neighboring Notice of Trip Data signal and a data output side for outputting a self-Notice of Trip Data signal; b) a visible light emitter (67, 69) connected to the data transceiver to output the received neighboring Notice of Trip Data signal as a trip indication comprising visible light; c) electronics for encoding and reporting a Notice of Trip Data signal to the data transceiver; d) visible light indicator windows (61, 63) on a top wall of the breaker case; e) a shutter for the visible light indicator windows (61, 63), the shutter capable of blocking the visible light indicator windows (61, 63) when the trip indication comprising visible light is output from inside the breaker, and unblocking the visible light indicator windows (61, 63) when the breaker is tripped; f) left and right side indicator light tubes (57, 59), each light tube (57, 59) being capable of receiving a trip indication comprising visible light from a neighboring breaker; g) left and right side light ports (62, 64) in the case, each light port (62, 64) being a light passage through the breaker case leading to a respective one of the indicator light tubes (57, 59), h) left and right side data lines (71, 73) for transmitting a Notice of Trip Data signal from the transceiver; and i) each data line (71, 73) being connected to the data transceiver.
Method for producing a component by hot forming a precursor made of a steel having a TRIP and/or TRIP/TWIP effect, comprising a manganese content of over 12 wt.%, advantageously comprising up to 20 wt.% and an austenite content of at least 25 to 90 vol.%, advantageously at least 35 vol.%, the remainder being ferrite or bainite, martensite, tempered martensite or perlite, characterised in that the precursor is formed at a hot forming temperature above 60°C and below the Ac1 transformation temperature and the original austenite content is retained in full after the forming, or at least 10% of the original austenite content is retained after the forming.
A slab handling device for facilitating movement of slabs around a facility, the slab handling device comprising: a base frame disposed horizontally in parallel to a floor surface, wherein a first end of the base frame comprises a projection extending from the base frame, the base frame comprising a grid of support structures to host a second frame disposed vertically on the base frame to form a viewing side and a stacking side, the second frame comprising a plurality of vertical support members (28, 30, 32, 34), and one or more horizontal members (40, 42) coupled the vertical members (28, 30, 32, 34); a plurality of side wheels (52, 54, 56) coupled to the base frame; and a first set of end stoppers (58, 60) disposed on the base frame and configured to hold a slab in position on the viewing side; a second set of end stoppers disposed on the base frame and configured to hold multiple slabs in place on the stacking side; wherein the grid of support structures are made from materials having hollow cross-section, and configured to support slabs disposed thereon while the slab handling device is in motion or at rest; characterized in that at least two or more diagonal support members (36, 38) are coupled to the vertical support members (28, 30, 32, 34), and the slab handling device further comprises a plurality of track wheels (44, 46, 48) coupled to the base frame and configured to roll within a track when in motion, wherein the diameter of the plurality of track wheels (44, 46, 48) is greater than the diameter of the plurality of side wheels (52, 54, 56). a base frame disposed horizontally in parallel to a floor surface, wherein a first end of the base frame comprises a projection extending from the base frame, the base frame comprising a grid of support structures to host a second frame disposed vertically on the base frame to form a viewing side and a stacking side, the second frame comprising a plurality of vertical support members (28, 30, 32, 34), and one or more horizontal members (40, 42) coupled the vertical members (28, 30, 32, 34); a plurality of side wheels (52, 54, 56) coupled to the base frame; and a first set of end stoppers (58, 60) disposed on the base frame and configured to hold a slab in position on the viewing side; a second set of end stoppers disposed on the base frame and configured to hold multiple slabs in place on the stacking side; wherein the grid of support structures are made from materials having hollow cross-section, and configured to support slabs disposed thereon while the slab handling device is in motion or at rest; characterized in that at least two or more diagonal support members (36, 38) are coupled to the vertical support members (28, 30, 32, 34), and the slab handling device further comprises a plurality of track wheels (44, 46, 48) coupled to the base frame and configured to roll within a track when in motion, wherein the diameter of the plurality of track wheels (44, 46, 48) is greater than the diameter of the plurality of side wheels (52, 54, 56).
A semiconductor structure comprising: a substrate; a nucleation layer located directly on the substrate, wherein the nucleation layer has a thickness of at least one nanometer and includes a plurality of nucleation islands formed of a first group III-V semiconductor material; a first cavity containing layer located directly on the nucleation layer, wherein the first cavity containing layer is formed of a second group III-V semiconductor material, has a thickness greater than two monolayers, and has a first plurality of cavities, and wherein a size of a largest lateral cross-section of the plurality of cavities is at least one nanometer and a shortest distance between the edges of two adjacent cavities is in a range between 5 nanometers and 1 micrometer; and a semiconductor layer immediately adjacent to the first cavity containing layer on an opposing side as the substrate, wherein the semiconductor layer is formed of a third group III-V semiconductor material, characterized in that the first cavity containing layer and the semiconductor layer are part of a superlattice of semiconductor layers including a plurality of cavity containing layers (56A-56C) interchanged with a plurality of semiconductor layers (58A-58C), and wherein at least one of: the plurality of cavity containing layers (56A-56C) or the plurality of semiconductor layers (58A-58C) have thicknesses that vary by at least five percent within the superlattice. a substrate; a nucleation layer located directly on the substrate, wherein the nucleation layer has a thickness of at least one nanometer and includes a plurality of nucleation islands formed of a first group III-V semiconductor material; a first cavity containing layer located directly on the nucleation layer, wherein the first cavity containing layer is formed of a second group III-V semiconductor material, has a thickness greater than two monolayers, and has a first plurality of cavities, and wherein a size of a largest lateral cross-section of the plurality of cavities is at least one nanometer and a shortest distance between the edges of two adjacent cavities is in a range between 5 nanometers and 1 micrometer; and a semiconductor layer immediately adjacent to the first cavity containing layer on an opposing side as the substrate, wherein the semiconductor layer is formed of a third group III-V semiconductor material, characterized in that the first cavity containing layer and the semiconductor layer are part of a superlattice of semiconductor layers including a plurality of cavity containing layers (56A-56C) interchanged with a plurality of semiconductor layers (58A-58C), and wherein at least one of: the plurality of cavity containing layers (56A-56C) or the plurality of semiconductor layers (58A-58C) have thicknesses that vary by at least five percent within the superlattice.
Stand for personalizing mattresses consisting of at least one layer, said stand having a storage location comprising a plurality of layers which are each equipped with a hanger, said layers being attached to an upper structure by means of their respective hanger by being suspended side by side in a vertical position in said storage location, said stand further having a test location wherein a bed base is disposed to receive at least one layer previously selected from the stored layers, said stand being characterised in that the bed base is mounted in the test location between a vertical position for selecting the layers and a horizontal position for testing the mattress consisting of the superimposition of the selected layers, said bed base being equipped with at least one slide which, in the vertical position of said bed base, is disposed facing the upper structure, the hangers being arranged to allow displacing the selected layers in vertical suspension from said upper structure to said slide then sliding said selected layers along said slide to superimpose them in vertical suspension on the bed base in the vertical position, said slide being secured to the bed base so as to jointly and reversibly drive the superimposed layers and said bed base between its vertical selection and horizontal test positions.
Cutting roller for a roller cutting machine, in particular for processing wide foil/film webs, having a multiplicity of annular grooves that revolve orthogonally to a rotation axis, wherein the cutting roller has a hollow-cylindrical support body from a fibre-composite material, characterized in that at least one metallic groove sleeve (5, 50, 51) has been disposed and fixed in a coaxial manner on the support body, said groove sleeve (5, 50, 51) forming the grooves.
An operating method of an electronic device comprising multiple Subscriber Identity Module cards, the method comprising: receiving a call to a phone number assigned to a second SIM card during a call to a phone number assigned to a first SIM card among the multiple SIM cards; checking a call forwarding order fixed between the multiple SIM cards; and forwarding the call to the second SIM card phone number, to the first SIM card phone number according to the fixed order, wherein the call forwarding order is fixed such that a SIM card for forwarding the call redirects the call to only one of the multiple SIM cards and the SIM card for receiving the forwarded call receives the forwarded call from only one of the multiple SIM cards so that every SIM card forwards the call to any one SIM card at least once and receives the forwarded call from any one SIM card at least once, and wherein the forwarding of the call to the second SIM card, to the first SIM card according to the fixed order comprises: forwarding the call to any one card which is set to a next order of the second SIM card based on the fixed order; identifying whether the SIM card receiving the forwarded call is the first SIM card; and if the SIM card receiving the forwarded call is not the first SIM card, repeating the call forwarding based on the fixed order until the SIM card receiving the forwarded call is identified as the first SIM card. receiving a call to a phone number assigned to a second SIM card during a call to a phone number assigned to a first SIM card among the multiple SIM cards; checking a call forwarding order fixed between the multiple SIM cards; and forwarding the call to the second SIM card phone number, to the first SIM card phone number according to the fixed order, wherein the call forwarding order is fixed such that a SIM card for forwarding the call redirects the call to only one of the multiple SIM cards and the SIM card for receiving the forwarded call receives the forwarded call from only one of the multiple SIM cards so that every SIM card forwards the call to any one SIM card at least once and receives the forwarded call from any one SIM card at least once, and wherein the forwarding of the call to the second SIM card, to the first SIM card according to the fixed order comprises: forwarding the call to any one card which is set to a next order of the second SIM card based on the fixed order; identifying whether the SIM card receiving the forwarded call is the first SIM card; and if the SIM card receiving the forwarded call is not the first SIM card, repeating the call forwarding based on the fixed order until the SIM card receiving the forwarded call is identified as the first SIM card. forwarding the call to any one card which is set to a next order of the second SIM card based on the fixed order; identifying whether the SIM card receiving the forwarded call is the first SIM card; and if the SIM card receiving the forwarded call is not the first SIM card, repeating the call forwarding based on the fixed order until the SIM card receiving the forwarded call is identified as the first SIM card.
Terminal for warning of a meteorological phenomenon, comprising: - means for receiving meteorological data of a geographical area transmitted from a remote server so as to construct at least one two-dimensional table of meteorological data, the table comprising cells each corresponding to a given basic geographical sector of the geographical area, - means for positioning the terminal in the geographical area in order to determine the basic geographical sector of the geographical area in which the terminal is located; - a memory comprising topographic, cartographic, and/or hydrologic data of the geographical area, - an output interface comprising warning means making it possible to signal to a user that the warning threshold has been exceeded, characterized in that - the te rminal comprises analysis means for calculating the meteorological risk in the basic geographical sector in which the terminal is located, based on: - knowledge of the basic geographical sector in which the terminal is located, - topographic, cartographic, and/or hydrologic data, and - the two-dimensional table of meteorological data at at least one warning threshold, - the terminal further comprises an input interface enabling a user to configure the warning threshold. - means for receiving meteorological data of a geographical area transmitted from a remote server so as to construct at least one two-dimensional table of meteorological data, the table comprising cells each corresponding to a given basic geographical sector of the geographical area, - means for positioning the terminal in the geographical area in order to determine the basic geographical sector of the geographical area in which the terminal is located; - a memory comprising topographic, cartographic, and/or hydrologic data of the geographical area, - an output interface comprising warning means making it possible to signal to a user that the warning threshold has been exceeded, - the te rminal comprises analysis means for calculating the meteorological risk in the basic geographical sector in which the terminal is located, based on: - knowledge of the basic geographical sector in which the terminal is located, - topographic, cartographic, and/or hydrologic data, and - the two-dimensional table of meteorological data at at least one warning threshold, - knowledge of the basic geographical sector in which the terminal is located, - topographic, cartographic, and/or hydrologic data, and - the two-dimensional table of meteorological data at at least one warning threshold, - the terminal further comprises an input interface enabling a user to configure the warning threshold.
Shopping trolley which is stackable with the same or with similar trollies, having an underframe equipped with front and with rear rollers (3, 4), having an upper storage device for receiving goods, having a pushing device located on the rear side and having a lower storage device which is mounted on a first support point located in the front region of the underframe, wherein the front side and the two longitudinal sides of the underframe have a lower frame element and an upper frame element, the longitudinal sides of which come closer at an acute angle in the pushing direction of the shopping trolley and the upper frame element is bent downwards at both longitudinal sides and in a region located between the front and the rear rollers (3, 4), wherein the underframe has a support device on the rear side which is connected to the lower and to the upper frame element (12, 13) and has on each of the two sides a support frame, wherein each support frame is equipped with a support means arranged at the top for attaching the upper storage device, wherein furthermore, each support frame has a rear frame section and a front frame section and wherein on the rear side a transverse connecting piece is provided which forms a second support point for the lower storage device, characterised in that the lower frame element is also bent downwards at both longitudinal sides in the region located between the front and the rear rollers (3, 4) and, seen in side view, forms a common bend with the upper frame element, wherein respectively a first section falling away towards the rear side and respectively a second section rising towards the rear side are formed by the bend at each longitudinal side and in that a section of the charging space of the lower storage device located between the common bend and the first support point, either runs parallel to the upper frame element or is arranged to be steeper than the upper frame element.
A deformation absorption member (20, 40, 50) disposed between an anode side separator and a cathode side separator of a fuel cell stack, the deformation absorption member (20, 40, 50) comprising: a plurality of raised pieces (22, 42, 52) raised from one surface (21a, 41a, 51a) of a base material (21, 41, 51) in a grid pattern, each of the plurality of raised pieces (22, 42, 52) having a proximal end (22a, 42a, 52a) and an extension portion (22b, 42b, 52b) extending from the proximal end (22a, 42a, 52a), the extension portion (22b, 42b, 52b) abutting one of the cathode side separator and the anode side separator, characterized by further comprising: a joint portion (23, 43, 53) formed by partially joining the one of the anode side separator and the cathode side separator to a location on the base material (21, 41, 51), the location being between a proximal end (22a, 42a, 52a) of a first one (22M, 42M, 52M) of the plurality of raised pieces (22, 42, 52) and a proximal end (22a, 42a, 52a) of an adjacent one (22N, 42N, 52N) of the plurality of raised pieces (22, 42, 52), the adjacent one (22N, 42N, 52N) of the plurality of raised pieces (22, 42, 52) being adjacent to the first one (22M, 42M, 52M) of the plurality of raised pieces (22, 42, 52) in an intersecting direction that intersects a direction taken along the proximal end (22a, 42a, 52a) of the first one (22M, 42M, 52M) of the plurality of raised pieces (22, 42, 52) to the extension portion (22b, 42b, 52b) of the first one (22M, 42M, 52M) of the plurality of raised pieces (22, 42, 52). a plurality of raised pieces (22, 42, 52) raised from one surface (21a, 41a, 51a) of a base material (21, 41, 51) in a grid pattern, each of the plurality of raised pieces (22, 42, 52) having a proximal end (22a, 42a, 52a) and an extension portion (22b, 42b, 52b) extending from the proximal end (22a, 42a, 52a), the extension portion (22b, 42b, 52b) abutting one of the cathode side separator and the anode side separator, characterized by further comprising: a joint portion (23, 43, 53) formed by partially joining the one of the anode side separator and the cathode side separator to a location on the base material (21, 41, 51), the location being between a proximal end (22a, 42a, 52a) of a first one (22M, 42M, 52M) of the plurality of raised pieces (22, 42, 52) and a proximal end (22a, 42a, 52a) of an adjacent one (22N, 42N, 52N) of the plurality of raised pieces (22, 42, 52), the adjacent one (22N, 42N, 52N) of the plurality of raised pieces (22, 42, 52) being adjacent to the first one (22M, 42M, 52M) of the plurality of raised pieces (22, 42, 52) in an intersecting direction that intersects a direction taken along the proximal end (22a, 42a, 52a) of the first one (22M, 42M, 52M) of the plurality of raised pieces (22, 42, 52) to the extension portion (22b, 42b, 52b) of the first one (22M, 42M, 52M) of the plurality of raised pieces (22, 42, 52).