mhurhangee/ep-ind-claims huggingface dataset:
Soft-PVC film or multilayer composite having at least one layer of the soft-PVC film, where the soft-PVC film contains PVC and at least one plasticizer and further comprises at least one component selected from: i) a fatty acid salt of a monovalent metal cation as stabilizer; ii) a perchlorate salt of a monovalent metal cation as stabilizer, where the perchlorate salt is supported on a support made of a plastic or an inorganic material, where the support does not contain any divalent metal cations; iii) core-shell particles as colouring agent, where the core is formed from a pigment and the shell encapsulates the pigment and does not contain any divalent metal cations, where the soft-PVC film contains a colouring agent which is selected from component iii) and/or a colouring agent different therefrom and where the proportion of divalent metal cations not encapsulated by a casing material in the soft-PVC film is less than 0.1% by weight. i) a fatty acid salt of a monovalent metal cation as stabilizer; ii) a perchlorate salt of a monovalent metal cation as stabilizer, where the perchlorate salt is supported on a support made of a plastic or an inorganic material, where the support does not contain any divalent metal cations; iii) core-shell particles as colouring agent, where the core is formed from a pigment and the shell encapsulates the pigment and does not contain any divalent metal cations,
Domestic refrigeration appliance with a housing in which a receiving chamber (3, 4) for foodstuffs is formed, which is delimited by walls (10, 11, 12, 13, 14) of an interior container, wherein in the interior container a frame is arranged such that it can be non-destructively detached and is offset toward the front at a distance from a rear wall of the interior container, characterised in that the frame comprises two feed-through openings (22, 23) separated by a separating web of the frame, wherein the frame, in particular with the separating web, is arranged on a partition wall separate to the frame.
A microporous layer for use in a fuel cell, the microporous layer comprising: a first carbon black having carboxyl groups at a concentration less than 0.1 mmol per gram of carbon; a hydrophobic additive; and a hydrophilic additive. a first carbon black having carboxyl groups at a concentration less than 0.1 mmol per gram of carbon; a hydrophobic additive; and a hydrophilic additive.
A method for producing malt from grain by soaking, germination and further processing in an extruder or roller drier, characterized in that green malt is processed in a planetary roller reactor to produce an aromatic and colour-intensive kiln-dried malt.
A user equipment, UE, operable to support dual connectivity, the UE comprising computer circuitry configured to: receive a first radio resource control, RRC, reconfiguration message from a macro evolved node B, MeNB, the first RRC reconfiguration message indicating to modify radio resource information of a secondary cell associated with a secondary eNB, SeNB; send a dedicated preamble to the SeNB indicating that the UE has completed an RRC reconfiguration procedure and that the radio resource information of the secondary cell has been modified, wherein the UE does not receive a random access response, RAR, from the SeNB after sending the dedicated preamble to the SeNB; determine that the dedicated preamble is successfully transmitted to the SeNB when the UE receives downlink or uplink scheduling with a cell radio network temporary identifier, C-RNTI, during a random access response window; and perform an uplink transmission to the SeNB having modified radio resource information, the UE supporting dual connectivity to the MeNB and the SeNB. receive a first radio resource control, RRC, reconfiguration message from a macro evolved node B, MeNB, the first RRC reconfiguration message indicating to modify radio resource information of a secondary cell associated with a secondary eNB, SeNB; send a dedicated preamble to the SeNB indicating that the UE has completed an RRC reconfiguration procedure and that the radio resource information of the secondary cell has been modified, wherein the UE does not receive a random access response, RAR, from the SeNB after sending the dedicated preamble to the SeNB; determine that the dedicated preamble is successfully transmitted to the SeNB when the UE receives downlink or uplink scheduling with a cell radio network temporary identifier, C-RNTI, during a random access response window; and perform an uplink transmission to the SeNB having modified radio resource information, the UE supporting dual connectivity to the MeNB and the SeNB.
A wireless receiver for receiving transmissions from a transmitter having a first antenna (AT1 1) and a second antenna (AT1 2), the wireless receiver comprising: circuitry for filtering signals responsive to the transmissions by the first and second antennas; and circuitry (38 1) for equalizing signals responsive to the first antenna separately from circuitry for equalizing signals responsive to the second antenna, characterized in that the wireless receiver further comprises circuitry (36a, 36d) for despreading the signals responsive to the transmissions by the first antenna separately from circuitry for despreading the signals responsive to the transmissions by the second antenna. circuitry for filtering signals responsive to the transmissions by the first and second antennas; and circuitry (38 1) for equalizing signals responsive to the first antenna separately from circuitry for equalizing signals responsive to the second antenna,
A method for transforming a black liquor comprising the following steps: a) supplying a black liquor, b) carrying out a supercritical water gasification of the black liquor, whereby reaction products are formed, c) cooling the reaction products, whereby a gaseous mixture is obtained comprising at least methane and a green liquor comprising at least sulphur in the form of NaHS, Na 2 S and H 2 S, characterised in that the gasification is carried out in the presence of a carbon-free hydrogenated fuel. a) supplying a black liquor, b) carrying out a supercritical water gasification of the black liquor, whereby reaction products are formed, c) cooling the reaction products, whereby a gaseous mixture is obtained comprising at least methane and a green liquor comprising at least sulphur in the form of NaHS, Na 2 S and H 2 S, characterised in that the gasification is carried out in the presence of a carbon-free hydrogenated fuel.
A computer implemented method for approximating a result of a linear translation-invariant filtering operation f applied to an input signal a of an image I using a multiscale filtering scheme with hierarchy levels l, said method comprising: generating for each level l a signal a l+1 for hierarchy level l + 1 using forward transformation by applying a convolution between a l and kernel h 1 and by down-sampling the result of convolved a l and h 1, setting a 0 = a and computing a l + 1 on each level l, starting at level l =0 up to a highest level L-1; generating a backward transformation â l by applying, for each level l, a convolution between kernel h 2 and an up-sampled forward transformation a l + 1, and combining the result with a convolution of an unfiltered and un-sampled copy of the signal a l at level l with kernel g, setting â L = g ∗ a L and computing â l on each level l, starting at level l = L -1 down to level l =0 to yield â 0 being an approximation of the linear translation-invariant filtering operation between a and f wherein kernels h 1, h 2, and g are optimized kernels of filter f, such that their joint action will best achieve the desired filtering operation, and wherein kernel h 1 is different from kernel h 2, and wherein filter f is different from kernels h 1, h 2, and g, and wherein the optimized kernels are achieved by selecting a set F = {h 1, h 2, g} that minimizes arg min F ‖ a ^ F 0 − f ∗ a ‖ 2, and wherein a ^ F 0 is the result of applying the multiscale filtering scheme with the kernels F on the input signal a of the image I. generating for each level l a signal a l+1 for hierarchy level l + 1 using forward transformation by applying a convolution between a l and kernel h 1 and by down-sampling the result of convolved a l and h 1, setting a 0 = a and computing a l + 1 on each level l, starting at level l =0 up to a highest level L-1; generating a backward transformation â l by applying, for each level l, a convolution between kernel h 2 and an up-sampled forward transformation a l + 1, and combining the result with a convolution of an unfiltered and un-sampled copy of the signal a l at level l with kernel g, setting â L = g ∗ a L and computing â l on each level l, starting at level l = L -1 down to level l =0 to yield â 0 being an approximation of the linear translation-invariant filtering operation between a and f wherein kernels h 1, h 2, and g are optimized kernels of filter f, such that their joint action will best achieve the desired filtering operation, and wherein kernel h 1 is different from kernel h 2, and wherein filter f is different from kernels h 1, h 2, and g, and wherein the optimized kernels are achieved by selecting a set F = {h 1, h 2, g} that minimizes arg min F ‖ a ^ F 0 − f ∗ a ‖ 2, and wherein a ^ F 0 is the result of applying the multiscale filtering scheme with the kernels F on the input signal a of the image I.
A holding structure, comprising: an electric device that includes a casing, and a magnet unit disposed in the casing, the magnet unit including a magnet and a yoke, the yoke being magnetically coupled with the magnet to form a magnetic path from the magnet to a surface of the casing; a holding member (B1, B2) that includes a connection unit displaying magnetism and is configured to hold the electric device with the yoke magnetically coupled with the connection unit; and an elastic member that is provided as part of the casing and configured to be in contact with the connection unit, wherein the electric device is provided with a recess in the surface of the casing, the magnet unit is disposed in the casing with the magnet unit facing the recess, the yoke forms a magnetic path from the magnet to the recess, the elastic member is provided around a periphery of an inner surface of the recess, and the connection unit is formed with a convex surface and in contact with the elastic member with the connection unit facing the elastic member, wherein the elastic member has a plurality of ribs formed radially around the periphery of the inner surface of the recess, wherein the connection unit is in contact with the ribs. an electric device that includes a casing, and a magnet unit disposed in the casing, the magnet unit including a magnet and a yoke, the yoke being magnetically coupled with the magnet to form a magnetic path from the magnet to a surface of the casing; a holding member (B1, B2) that includes a connection unit displaying magnetism and is configured to hold the electric device with the yoke magnetically coupled with the connection unit; and an elastic member that is provided as part of the casing and configured to be in contact with the connection unit, the electric device is provided with a recess in the surface of the casing, the magnet unit is disposed in the casing with the magnet unit facing the recess, the yoke forms a magnetic path from the magnet to the recess, the elastic member is provided around a periphery of an inner surface of the recess, and the connection unit is formed with a convex surface and in contact with the elastic member with the connection unit facing the elastic member,
Motor vehicle door handle for locking and/or actuating a door of a motor vehicle, having a handle housing and a pulling handle arranged in the handle housing, wherein, in a closed position, the pulling handle terminates flush with the handle housing and/or rests in the handle housing and can be displaced into an operating position in which the pulling handle protrudes outwards from the handle housing and can be gripped from the rear, wherein when the pulling handle is pulled manually in the operating position the door lock and/or the door opens, characterised in that the pulling handle has two articulation points (21, 22) spaced apart from one another, wherein the pulling handle is supported on the first articulation point in an articulated fashion at one end of a first rotary lever, and is supported spaced apart therefrom on the second articulation point in an articulated fashion at one end of a second rotary lever, wherein the two rotary levers (10, 20) rotate about rotational axes (11, 12) in order to displace the pulling handle from the closed position into the operating position, and wherein the motor vehicle door handle has a locking element, which is indirectly or directly kinematically coupled to the pulling handle and which is engaged in the closed position of the pulling handle and latches the pulling handle, wherein the locking element is displaced into a release position by means of an actuation lever before the actuation lever engages on at least one of the two rotary levers (10, 20) and pivots said lever about its rotational axis (11, 12).
An apparatus, comprising: a flexible catheter shaft having an electrically insulating expandable member coupled thereto such that the expandable member surrounds a portion of the catheter shaft, the portion of the catheter shaft defines a lumen, a surface of the catheter shaft defining a first opening and a second opening, the first opening and the second opening each in fluid communication with the lumen, the expandable member disposed between the first opening and the second opening to establish a pathway through the expandable member via the lumen; and at least one electrode pair (350, 351), the electrode pair (350, 351) including a first electrode and a second electrode, the first electrode coupled to the catheter shaft between the first opening and the expandable member, the second electrode coupled to the catheter shaft between the second opening and the expandable member. a flexible catheter shaft having an electrically insulating expandable member coupled thereto such that the expandable member surrounds a portion of the catheter shaft, the portion of the catheter shaft defines a lumen, a surface of the catheter shaft defining a first opening and a second opening, the first opening and the second opening each in fluid communication with the lumen, the expandable member disposed between the first opening and the second opening to establish a pathway through the expandable member via the lumen; and at least one electrode pair (350, 351), the electrode pair (350, 351) including a first electrode and a second electrode, the first electrode coupled to the catheter shaft between the first opening and the expandable member, the second electrode coupled to the catheter shaft between the second opening and the expandable member.
Pneumatic vehicle tire having a tread, which has two shoulder regions (1a, 1b) and a central tread region between said shoulder regions (1a, 1b), wherein spikes are arranged in the profile positives of the tread, which spikes run in spike tracks in an encircling manner over the circumference of the tread, and wherein the spike tracks (5 B, 1, 2 - n) are assigned to spike zones (10 B, 1, 2- n), which likewise run in an encircling manner over the circumference of the tread, wherein at least one spike track (5 B, 1, 2 - n) is arranged in each spike zone (10 B, 1, 2 - n), wherein a spike has a spike pin with an end portion projecting beyond the tread surface, wherein said end portion in a top view of the tread is non-circular and elongate and, in a greatest extent, defines a longitudinal axis, wherein a base spike zone (10 B) having a spike, of which the longitudinal axis of the end portion of the spike pin assumes an angle α of 0° to +/-7° to the axial direction (aR), is positioned in the central tread region, and wherein the base spike zone (10 B) divides the tread into a right tread half and into a left tread half, characterized in that at least 2 further spike zones (10 1, 2 - n) having spikes are arranged in addition to the base spike zone (10 B) in a tread half (8, 9), of which spikes the longitudinal axes of the end portions of the spike pins assume greater angles to the axial direction (aR) the further axially outward the spike zone (10 1, 2 - n) of the spike is positioned, and in that the longitudinal axes of the end portions of the spike pins of the spikes positioned in said further spike zones (10 1, 2 - n) assume angles β, γ, δ in a range from +/- 5° to +/- 90° with respect to the axial direction (aR).
A lighting device comprising: a base; a light element positioned on an upper surface of the base wherein the light element emits light; a first hollow member having a first hollow member first end, a first hollow member second end and a cavity within the first hollow member wherein the first hollow member first end engages the upper surface of the base; a second hollow member fitting partially within the first hollow member at the first hollow member second end at a second hollow member first end, and within a third hollow member at a second hollow member second end; a pair of biconvex lenses (140, 141) positioned within the cavity of the first hollow member; a third biconvex lens retained in place by a retainer in the second hollow member; a reflective enclosure engaging the third hollow member at a third hollow member second end, the reflective enclosure being hinged where it engages the third hollow member; a reflector being secured within the reflective enclosure by a retaining ring wherein the reflector is configured to reflect light from the cavity of the first hollow member to a location exterior to the first hollow member; and a power source. a base; a light element positioned on an upper surface of the base wherein the light element emits light; a first hollow member having a first hollow member first end, a first hollow member second end and a cavity within the first hollow member wherein the first hollow member first end engages the upper surface of the base; a second hollow member fitting partially within the first hollow member at the first hollow member second end at a second hollow member first end, and within a third hollow member at a second hollow member second end; a pair of biconvex lenses (140, 141) positioned within the cavity of the first hollow member; a third biconvex lens retained in place by a retainer in the second hollow member; a reflective enclosure engaging the third hollow member at a third hollow member second end, the reflective enclosure being hinged where it engages the third hollow member; a reflector being secured within the reflective enclosure by a retaining ring wherein the reflector is configured to reflect light from the cavity of the first hollow member to a location exterior to the first hollow member; and a power source.
A device for mixing two air streams to control the temperature of a vehicle, having the following features: a first air duct for guiding a first air stream; a second air duct for guiding a second air stream; a third air duct for receiving the first air stream from a first outlet opening of the first air duct and the second air stream from a second outlet opening of the second air duct; and a slat arrangement with at least two adjacently arranged slats extending into one of the air ducts (104, 106, 108) in a transition region between the first outlet opening and the second outlet opening, characterised in that the slat arrangement has differently shaped slats. a first air duct for guiding a first air stream; a second air duct for guiding a second air stream; a third air duct for receiving the first air stream from a first outlet opening of the first air duct and the second air stream from a second outlet opening of the second air duct; and a slat arrangement with at least two adjacently arranged slats extending into one of the air ducts (104, 106, 108) in a transition region between the first outlet opening and the second outlet opening, characterised in that the slat arrangement has differently shaped slats.
A stowable seat (100; 400), comprising: a housing having a top and a bottom; a seat pan pivotably coupled to the housing at a position between the top and the bottom, wherein the seat pan is configured to pivot from a stowed position into a deployed position; and a deployment lever having a first deployment end and a second deployment end; characterised in that the stowable seat (100; 400) is contoured and further comprises: a contoured backrest (110; 310) comprising a frame and a stretch material, wherein the stretch material is coupled to the frame and the frame defines an axially outer edge of the stretch material, and wherein the frame is coupled to the housing at a first position proximate the top of the housing and at a second position proximate where the seat pan couples to the housing; wherein the first deployment end of the lever is coupled to the seat pan at a location proximate the coupling of the seat pan to the housing, and wherein the second deployment end is configured to contact the frame of the contoured backrest (110; 310) in response to the seat pan being in the deployed position, causing the contoured backrest (110; 310) to deploy into a contoured shape. a housing having a top and a bottom; a seat pan pivotably coupled to the housing at a position between the top and the bottom, wherein the seat pan is configured to pivot from a stowed position into a deployed position; and a deployment lever having a first deployment end and a second deployment end; characterised in that the stowable seat (100; 400) is contoured and further comprises: a contoured backrest (110; 310) comprising a frame and a stretch material, wherein the stretch material is coupled to the frame and the frame defines an axially outer edge of the stretch material, and wherein the frame is coupled to the housing at a first position proximate the top of the housing and at a second position proximate where the seat pan couples to the housing; wherein the first deployment end of the lever is coupled to the seat pan at a location proximate the coupling of the seat pan to the housing, and wherein the second deployment end is configured to contact the frame of the contoured backrest (110; 310) in response to the seat pan being in the deployed position, causing the contoured backrest (110; 310) to deploy into a contoured shape. a contoured backrest (110; 310) comprising a frame and a stretch material, wherein the stretch material is coupled to the frame and the frame defines an axially outer edge of the stretch material, and wherein the frame is coupled to the housing at a first position proximate the top of the housing and at a second position proximate where the seat pan couples to the housing; wherein the first deployment end of the lever is coupled to the seat pan at a location proximate the coupling of the seat pan to the housing, and wherein the second deployment end is configured to contact the frame of the contoured backrest (110; 310) in response to the seat pan being in the deployed position, causing the contoured backrest (110; 310) to deploy into a contoured shape.