mhurhangee/ep-ind-claims huggingface dataset:
Connecting arrangement for connecting a wiper blade to a wiper arm for a windscreen wiper system of a vehicle, comprising a connecting element designed for holding the wiper blade, which connecting element can be mounted on the wiper arm in a mounting direction extending at right angles to a wiping surface which can be defined by the wiping movement of the wiper blade, wherein the connecting arrangement comprises at least one securing element designed as a slide having a U-profile in cross-section for the positionally secure location of the connecting element on the wiper arm, characterised in that the at least one securing element is designed as a slide located on the wiper arm and having a U-profile in cross-section, which can be moved along the wiper arm from a mounting position allowing the installation of the connecting element into a functional position in which the connecting element is secured, the slide having a back and two legs, and at least one projection engaging the wiper arm from below being provided on the legs of the slide.
A dialysis machine with at least two discontinuous pumps and a controller for generating a continuous desired volume flow of the dialysate, characterized in that the controller sets the energy for driving the pumps to be constant with a value determined corresponding to the pump-time volume of the respective pump and the delivered volume, wherein the constant energy is determined for a pump stroke, and a constant power is set for determining the energy.
A force sensor characterized by comprising: an elastic body, wherein the elastic body comprises: a first structure including three or more first elastic portions deformable in six axial directions; three or more second structures being arranged around the first structure at equal intervals, each second structure including two second elastic portions deformable in the six axial directions and a relay portion connected between the two of second elastic portions, deformable in the six axial directions; for each second structure two third structures are provided, each third structure being connected between the respective relay portion of the second structure and respective one of the first elastic portions of the first structure; and for each second structure a strain sensor being connected between the first structure, located between the two respective first elastic portions, and the respective relay portion wherein the strain sensor is located between the two respective third structures so as to be parallel to the two third structures. a first structure including three or more first elastic portions deformable in six axial directions; three or more second structures being arranged around the first structure at equal intervals, each second structure including two second elastic portions deformable in the six axial directions and a relay portion connected between the two of second elastic portions, deformable in the six axial directions; for each second structure two third structures are provided, each third structure being connected between the respective relay portion of the second structure and respective one of the first elastic portions of the first structure; and for each second structure a strain sensor being connected between the first structure, located between the two respective first elastic portions, and the respective relay portion wherein the strain sensor is located between the two respective third structures so as to be parallel to the two third structures.
An air conditioner in which each of a plurality of outdoor units (2, 3) is connected to an indoor unit via an interunit pipe, each outdoor unit is operated and indoor air conditioning is performed by the indoor unit, each of the plurality of outdoor units (2, 3) comprises an outdoor control section (100, 101) configured to control the respective outdoor unit, an indoor control section is configured to control the indoor unit, and a controller control section is configured to send a control instruction signal to the respective outdoor control section and the indoor control section, the air conditioner being characterised in that the outdoor control section is configured to calculate an outdoor output of the outdoor unit from an operation state of the outdoor unit, to correct an outdoor output calculated value and to transmit the value to the controller control section, when determining that an discharge differential temperature calculated value calculated by the indoor control section is more than or equal to a predetermined value, and in that the controller control section is configured to set an operation upper limit horsepower of the respective outdoor unit on basis of the corrected outdoor output calculated value, and to transmit the horsepower to the respective outdoor control section.
Melatonin for use in enhancing the transport of di or tri peptides or peptidomimetics through an intestinal transport protein in an animal, wherein the animal has a malabsorptive disorder.
Seat, which is designed in such a manner for being anchored on a frame of a stroller and/or dolls cart, comprising at least one seat element, one backrest of which the inclination is designed modifiable by a swivel mechanism along a first swivel axis for putting the seat from a sitting position to a lying position, and leg support for supporting the legs, which is hinged to the seat element in such a way that it can swivel around a second swivel axis, wherein - a coupling unit (8, 10) between backrest and leg support is provided, which causes synchronously or time-delayed an opposite movement transformation of the leg support when the backrest is lowered and reverses the leg support to the lower swing position when the backrest is raised or enables for a reset, and - the seat element is not shifted when the backrest and the leg support is lowered and raised, characterized in that the coupling unit (8, 10) has at least a connecting element, which is designed to be unchangeable in its length when pressurized against the backrest and which is designed to be changeable in its length when tensile force is applied to the backrest. - a coupling unit (8, 10) between backrest and leg support is provided, which causes synchronously or time-delayed an opposite movement transformation of the leg support when the backrest is lowered and reverses the leg support to the lower swing position when the backrest is raised or enables for a reset, and - the seat element is not shifted when the backrest and the leg support is lowered and raised, characterized in that
A Global Navigation Satellite System, GNSS, receiver (1, 1x) comprising: at least two antennas; a satellite direction acquisition module configured to acquire, based on satellite orbit information, a direction viewed from the at least two antennas, of a satellite (101, 102) corresponding to a GNSS signal (111, 112, 113) received by the at least two antennas; an estimation module configured to estimate an arrival direction of the GNSS signal (111, 112, 113) on the basis of a difference in timings at which the GNSS signal (111, 112, 113) is received by the at least two antennas; and a determination module configured to determine whether the GNSS signal (111, 112, 113) received by the at least two antennas is a direct GNSS signal based on a direct wave from the satellite (101, 102) or a non-line-of-sight, NLOS, GNSS signal by comparing the direction in which the satellite (101, 102) is viewed from the at least two antennas with the arrival direction estimated by the estimation module, characterized in that: the determination module determines that the GNSS signal is the NLOS GNSS signal when the arrival directions of a plurality of GNSS signals (111, 112, 113) estimated by the estimation module are similar to each other although the plurality of GNSS signals received by the at least two antennas indicate different source satellites (101, 102), wherein the arrival directions are similar when the angles of the arrival directions are similar. at least two antennas; a satellite direction acquisition module configured to acquire, based on satellite orbit information, a direction viewed from the at least two antennas, of a satellite (101, 102) corresponding to a GNSS signal (111, 112, 113) received by the at least two antennas; an estimation module configured to estimate an arrival direction of the GNSS signal (111, 112, 113) on the basis of a difference in timings at which the GNSS signal (111, 112, 113) is received by the at least two antennas; and a determination module configured to determine whether the GNSS signal (111, 112, 113) received by the at least two antennas is a direct GNSS signal based on a direct wave from the satellite (101, 102) or a non-line-of-sight, NLOS, GNSS signal by comparing the direction in which the satellite (101, 102) is viewed from the at least two antennas with the arrival direction estimated by the estimation module, characterized in that: the determination module determines that the GNSS signal is the NLOS GNSS signal when the arrival directions of a plurality of GNSS signals (111, 112, 113) estimated by the estimation module are similar to each other although the plurality of GNSS signals received by the at least two antennas indicate different source satellites (101, 102), wherein the arrival directions are similar when the angles of the arrival directions are similar.
A printing apparatus comprising: a holding means for holding an envelope having a flap; a detection means for detecting a guide width between two guides provided in the holding means; an acceptance means for accepting information about envelope size and flap length from a user, the information about envelope size including a length of a long side; and a display control means for determining whether or not to perform an error notification display, wherein the display control means is configured to perform the error notification display if a difference between the guide width detected by the detection means and the sum of the long side length of the envelope and the flap length accepted by the acceptance means, exceeds a threshold value, and the display control means does not perform the error notification display if said difference does not exceed the threshold value. a holding means for holding an envelope having a flap; a detection means for detecting a guide width between two guides provided in the holding means; an acceptance means for accepting information about envelope size and flap length from a user, the information about envelope size including a length of a long side; and a display control means for determining whether or not to perform an error notification display, wherein the display control means is configured to perform the error notification display if a difference between the guide width detected by the detection means and the sum of the long side length of the envelope and the flap length accepted by the acceptance means, exceeds a threshold value, and the display control means does not perform the error notification display if said difference does not exceed the threshold value.
An apparatus (10, 200, 210, 220, 402, 406), comprising: a wearable housing (202, 212, 472, 482, 492, 502, 512, 522, 532, 550, 600, 610) that comprises an inner surface (414,,424, 434, 454, 554, 564) and an outer surface (412,, 422, 432, 452, 552, 562), the wearable housing configured to at least partially encircle a body part of a user, wherein the inner surface is configured to at least partially contact the body part; an inner electrode disposed on at least part of the inner surface; an outer electrode disposed on at least part of the outer surface such that the outer electrode is electrically insulated from the inner electrode wherein the inner and outer electrodes are configured to allow for skin resistance measurement; and at least one circuit; characterized in that: the circuit is configured to measure the skin resistance of a user between the inner electrode and the outer electrode. a wearable housing (202, 212, 472, 482, 492, 502, 512, 522, 532, 550, 600, 610) that comprises an inner surface (414,,424, 434, 454, 554, 564) and an outer surface (412,, 422, 432, 452, 552, 562), the wearable housing configured to at least partially encircle a body part of a user, wherein the inner surface is configured to at least partially contact the body part; an inner electrode disposed on at least part of the inner surface; an outer electrode disposed on at least part of the outer surface such that the outer electrode is electrically insulated from the inner electrode wherein the inner and outer electrodes are configured to allow for skin resistance measurement; and at least one circuit; characterized in that: the circuit is configured to measure the skin resistance of a user between the inner electrode and the outer electrode.
A glucoamylase variant comprising a substitution at a position corresponding to position 295 of the polypeptide of SEQ ID NO: 2, wherein the variant comprises at least one of the following substitutions or combinations of substitutions: 295W; 295W+ 410K; 2241 + 295F; 224T + 295W + 318V; 295F; 224A + 295F; 295W + 83D + 410K; 163A + 295W + 410K; 163W + 295W + 410K; 303N + 295W; 1691 + 295W; or 32V + 219R + 295W; wherein the variant has glucoamylase activity and wherein the variant has at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100% sequence identity to the polypeptide of SEQ ID NO: 2, and wherein the variant has reduced glucose inhibition compared to the glucoamylase of SEQ ID NO: 2. 295W; 295W+ 410K; 2241 + 295F; 224T + 295W + 318V; 295F; 224A + 295F; 295W + 83D + 410K; 163A + 295W + 410K; 163W + 295W + 410K; 303N + 295W; 1691 + 295W; or 32V + 219R + 295W;
A method of limiting processing by a 3D reconstruction system of an environment in a 3D reconstruction of an event occurring in an event space; the method comprising the steps of: (a) determining by a user a volume of the event space; (b) defining by a user the volume for a system, the system comprising a subdivision module and a plurality of cameras, the plurality of cameras for recording the event in a plurality of imaging frames; (c) dividing by the subdivision module the volume into a plurality of sub- volumes, the volume comprising the plurality of sub-volumes; (d) projecting from each camera by the subdivision module each of the sub- volumes to create a plurality of sub-volume masks relative to each camera; (e) recording the event by the system; (f) creating by the subdivision module an imaging mask for each camera; characterised in that it further comprises the steps of: (g) comparing for each camera by the subdivision module the respective imaging mask to the respective sub-volume mask and extracting by the subdivision module at least one feature from at least one imaging mask, the at least one feature related to the event; (h) saving by the subdivision module the at least one feature to a subspace division mask; (i) cropping by the system of the at least one feature from the imaging frames using the subspace division mask; and j) processing by the system only the at least one feature for a 3D reconstruction. (a) determining by a user a volume of the event space; (b) defining by a user the volume for a system, the system comprising a subdivision module and a plurality of cameras, the plurality of cameras for recording the event in a plurality of imaging frames; (c) dividing by the subdivision module the volume into a plurality of sub- volumes, the volume comprising the plurality of sub-volumes; (d) projecting from each camera by the subdivision module each of the sub- volumes to create a plurality of sub-volume masks relative to each camera; (e) recording the event by the system; (f) creating by the subdivision module an imaging mask for each camera; (g) comparing for each camera by the subdivision module the respective imaging mask to the respective sub-volume mask and extracting by the subdivision module at least one feature from at least one imaging mask, the at least one feature related to the event; (h) saving by the subdivision module the at least one feature to a subspace division mask; (i) cropping by the system of the at least one feature from the imaging frames using the subspace division mask; and j) processing by the system only the at least one feature for a 3D reconstruction.
Motor vehicle door latch with a locking mechanism (1, 2) fundamentally comprising a catch and a pawl, furthermore with an activation lever mechanism (4, 5, 6, 7) working on the locking mechanism (1, 2) with a coupling element and a bolting unit (8, 9, 16, 17, 18) enabling/disabling the activation lever mechanism (4, 5, 6, 7), and with a securing device (10, 11, 12, 13, 14, 15) interacting with the coupling element which also enables/disables the activation lever mechanism (4, 5, 6, 7), characterized in that the securing device (10, 11, 12, 13, 14, 15) impinges the coupling element independently of the bolting unit (8, 9, 16, 17, 18) for execution of the enabled/disabled position of the activation lever mechanism (4, 5, 6, 7), wherein the securing device (10, 11, 12, 13, 14, 15) only works on an external activation lever chain (5, 6) as a component of the activation lever mechanism (4, 5, 6, 7), wherein an internal activation lever chain (4, 7) works as a further component of the activation lever mechanism (4, 5, 6, 7) at least independently of the securing device (10, 11, 12, 13, 14, 15), wherein the coupling element is formed as a component of the external activation lever chain (5, 6), wherein the securing device (10, 11, 12, 13, 14, 15) can enable/disable the external activation lever chain (5, 6) independently of the bolting unit (8, 9, 16, 17, 18) and therefore the securing device (10, 11, 12, 13, 14, 15) ensures that the external activation lever chain (5, 6) is disabled, for example, even if the bolting unit (8, 9, 16, 17, 18) assumes its "unbolted" position.
A thread rolling head comprising a bearing housing, in which at least two profile rolls, preferably at least three profile rolls, are rotatably mounted each at a time on an eccentric shaft, and a shaft coupled to the bearing housing, wherein the profile rolls delimit an insertion section between them into which a workpiece to be processed can be inserted in the longitudinal direction, wherein the bearing housing comprises a front plate and two relative to one another rotatable housing parts (3; 36), wherein a rotation of the housing parts with respect to each other changes the distance of the profile rolls from each other and wherein the first of the relative to one another rotatable housing parts is an intermediate plate, wherein the profile rolls together with the eccentric shafts rotatably mounting them are held between the front plate and the intermediate plate, and wherein the second of the relative to one another rotatable housing parts is a spring housing in which at least one spring element is arranged, characterised in that an adjustment element (40; 54; 60) is provided, co-operating with one of the housing parts and rotatable around two rotational directions around its longitudinal axis, wherein a rotation of the adjustment element in the first rotational direction provokes a relative rotation of the housing parts one with respect to the other in a first rotational direction, and wherein a rotation of the adjustment element in the second rotational direction provokes a relative rotation of the housing parts one with respect to the other in a second rotational direction which is opposite to the first direction, and wherein an indicator device is provided which indicates a change of the distance of the profile rolls from each other.
Fuel injection method for an internal combustion engine with direct injection with compression ignition comprising at least one cylinder, a cylinder head bearing fuel injection means, a piston sliding in this cylinder, a combustion chamber delimited on one side by the top face of the piston comprising a teat that is set up towards the cylinder head and disposed at the centre of a concave bowl with at least two mixing zones (Z1, Z2), said injection means spraying fuel by at least two sheets (36, 38) of fuel jets of different sheet angles (A1, A2), a bottom sheet of jet axis C1 for the zone and a top sheet of jet axis C2 for the zone, characterized in that it consists in injecting into the fuel chamber the fuel jets of one of the sheets in a radial direction forming a non-zero angle with the radial direction of the fuel jets of the other of the sheets, said angle being substantially equal to the half-angle between two jets of one and the same sheet, and in admitting the oxidizer in a swirl motion with a swirl number less than or equal to 1.5, the swirl number being equal to the ratio between the speed of rotation of the vortex motion of the oxidizer and that of the crankshaft of the internal combustion engine.
A folding camp table comprising: - a table top having a first side and a second side at the larger opposed surfaces, - a frame having: - two support elements (4,5) for supporting said table top - two sets of crossed legs (6, 7) for supporting said two support elements (4, 5) at a preset height, when said table is in a first configuration, each set of crossed legs (6, 7) being composed of two legs (6A, 6B, 7A, 7B), - first pivoting means adapted to move said table from said first configuration to a second configuration, said first pivoting means being located near the crossing portion of said two legs (6A, 6B, 7A, 7B) of each set of legs (6, 7); characterized in that, when said table is in said first configuration, each support element (4, 5) comprises a first portion (4A, 5A) that extends in a direction of extension (Y-Y) substantially perpendicular to the surfaces of said first or second side and a second portion (4B, 5B), that extends in a transverse direction of extension (Z-Z), with an angle of inclination (α) to the direction of extension (Y-Y) of said first portion (4A, 5A), said first portion (4A, 5A) ending by a first side adapted to support said table top and said second portion (4B, 5B) ending by a second side adapted to abut against a corresponding leading end (6', 7') of each leg of said set of crossed legs, said second side extending in a direction of extension (X-X) substantially normal to the direction of extension (Z-Z) of said second portion (4B, 5B). - a table top having a first side and a second side at the larger opposed surfaces, - a frame having: - two support elements (4,5) for supporting said table top - two sets of crossed legs (6, 7) for supporting said two support elements (4, 5) at a preset height, when said table is in a first configuration, each set of crossed legs (6, 7) being composed of two legs (6A, 6B, 7A, 7B), - first pivoting means adapted to move said table from said first configuration to a second configuration, said first pivoting means being located near the crossing portion of said two legs (6A, 6B, 7A, 7B) of each set of legs (6, 7); - two support elements (4,5) for supporting said table top - two sets of crossed legs (6, 7) for supporting said two support elements (4, 5) at a preset height, when said table is in a first configuration, each set of crossed legs (6, 7) being composed of two legs (6A, 6B, 7A, 7B), - first pivoting means adapted to move said table from said first configuration to a second configuration, said first pivoting means being located near the crossing portion of said two legs (6A, 6B, 7A, 7B) of each set of legs (6, 7);