mhurhangee/ep-ind-claims huggingface dataset:
Article for cleaning surfaces, wherein the article comprises a sponge-like material and a cleaning agent integrated into the article in the form of solid soap, characterized in - that the article has at least one cavity closed at the periphery in the sponge-like material, - that the cleaning agent is non-replaceably deposited in the cavity closed at the periphery in such a way that it cannot be replaced after consumption, - for which purpose at least one piece of solid soap is deposited in a recess of a first part of the article and the recess is closed with a second part of the article by an adhesive bond, - that the cleaning agent has a dye in the form of a color indicator that can be visually displayed during use until the article is unusable or until a predetermined end of its useful life, wherein the dye is a food coloring and the end of the useful life of the article can be indicated when the dye is released or when the dye which was added to the soap no longer causes any coloring of the water, and wherein - the cleaning agent is enriched with disinfectant, wherein the disinfectant is cetrimide, benzalkonium chloride, polyhexanide or any mixture thereof, and that the soap is enriched with the disinfectant to a maximum of 2 percent by volume. - that the article has at least one cavity closed at the periphery in the sponge-like material, - that the cleaning agent is non-replaceably deposited in the cavity closed at the periphery in such a way that it cannot be replaced after consumption, - for which purpose at least one piece of solid soap is deposited in a recess of a first part of the article and the recess is closed with a second part of the article by an adhesive bond, - that the cleaning agent has a dye in the form of a color indicator that can be visually displayed during use until the article is unusable or until a predetermined end of its useful life, wherein the dye is a food coloring and the end of the useful life of the article can be indicated when the dye is released or when the dye which was added to the soap no longer causes any coloring of the water, and wherein - the cleaning agent is enriched with disinfectant, wherein the disinfectant is cetrimide, benzalkonium chloride, polyhexanide or any mixture thereof, and that the soap is enriched with the disinfectant to a maximum of 2 percent by volume.
A cassette comprising at least one portion for engaging with a cooperating locking element of a tape printer when said cassette is correctly located in said printer, said portion comprising a conductor extending at least partially along said cassette in a direction perpendicular to a rotational axis of a supply roll housed in said cassette, wherein the cassette comprises a receiving portion (430, 432) for receiving the conductor, and characterized in that the receiving portion (430, 432) is configured to have at least some elasticity, for insertion of the conductor.
A wireless communication device configured for receiving multiple signals, comprising: a single-chip carrier aggregation receiver architecture that comprises: a first antenna; a second antenna; a third antenna; a fourth antenna; and a transceiver chip, wherein the transceiver chip comprises multiple carrier aggregation receivers (140, 142, 144, 146), configured to receive a primary signal comprising a first and a second carrier, the multiple carrier aggregation receivers comprising a first receiver, a second receiver, a third receiver and a fourth receiver, the transceiver chip further comprising a fifth receiver, wherein the first antenna is coupled to the first receiver, the second antenna is coupled to the second receiver, the third antenna is coupled to the fourth receiver, the fourth antenna is coupled to the fifth receiver, wherein said fourth receiver is further configurable to receive a first secondary signal and the fifth receiver is configured to receive a second secondary signal whereby the fourth receiver is reused for secondary diversity such that the single-chip carrier aggregation receiver architecture operates in non-simultaneous hybrid dual receiver, SHDR, mode and/or in non-carrier aggregation mode, wherein the secondary diversity is obtained when multiple receivers of the transceiver chip are configured to process a secondary signal. a first antenna; a second antenna; a third antenna; a fourth antenna; and a transceiver chip, wherein the transceiver chip comprises multiple carrier aggregation receivers (140, 142, 144, 146), configured to receive a primary signal comprising a first and a second carrier, the multiple carrier aggregation receivers comprising a first receiver, a second receiver, a third receiver and a fourth receiver, the transceiver chip further comprising a fifth receiver, wherein the first antenna is coupled to the first receiver, the second antenna is coupled to the second receiver, the third antenna is coupled to the fourth receiver, the fourth antenna is coupled to the fifth receiver, wherein said fourth receiver is further configurable to receive a first secondary signal and the fifth receiver is configured to receive a second secondary signal whereby the fourth receiver is reused for secondary diversity such that the single-chip carrier aggregation receiver architecture operates in non-simultaneous hybrid dual receiver, SHDR, mode and/or in non-carrier aggregation mode, wherein the secondary diversity is obtained when multiple receivers of the transceiver chip are configured to process a secondary signal.
A multilayer structure comprising: (a) a biaxially oriented polyethylene film comprising a linear low density polyethylene having a density of 0.910 to 0.940 g/cm 3, as measured according to ASTM D792, wherein the ultimate elongation in the machine direction of the biaxially oriented polyethylene film is at least 2 times greater than the ultimate elongation in the cross direction when measured according to ASTM D882, and wherein the ultimate tensile strength of the biaxially oriented polyethylene film is at least 60 MPa in at least one of the machine direction and the cross direction when measured according to ASTM D882; (b) an adhesive layer, wherein the adhesive layer comprises a solventless adhesive, a waterborne adhesive, or a solventborne adhesive; and (c) a sealant film, wherein the ultimate elongation of the sealant film is at least 300% in at least one of the machine direction and the cross direction when measured according to ASTM D882, wherein the ultimate tensile strength of the sealant film is less than 50 MPa in at least one of the machine direction and the cross direction when measured according to ASTM D882, and wherein the sealant film has a heat seal initiation temperature of 105° C or less, as measured according to the method described in the description; wherein the sealant film is laminated to the biaxially oriented polyethylene film by the adhesive. (a) a biaxially oriented polyethylene film comprising a linear low density polyethylene having a density of 0.910 to 0.940 g/cm 3, as measured according to ASTM D792, wherein the ultimate elongation in the machine direction of the biaxially oriented polyethylene film is at least 2 times greater than the ultimate elongation in the cross direction when measured according to ASTM D882, and wherein the ultimate tensile strength of the biaxially oriented polyethylene film is at least 60 MPa in at least one of the machine direction and the cross direction when measured according to ASTM D882; (b) an adhesive layer, wherein the adhesive layer comprises a solventless adhesive, a waterborne adhesive, or a solventborne adhesive; and (c) a sealant film, wherein the ultimate elongation of the sealant film is at least 300% in at least one of the machine direction and the cross direction when measured according to ASTM D882, wherein the ultimate tensile strength of the sealant film is less than 50 MPa in at least one of the machine direction and the cross direction when measured according to ASTM D882, and wherein the sealant film has a heat seal initiation temperature of 105° C or less, as measured according to the method described in the description;
Pivoting lever closure for lids, doors or flaps of cabinets and containers, consisting of a cavity placeable on the door leaf, in which a handle lever is arranged, which is foldable from the cavity about an axis parallel to the door plane and is pivotable in the folded-out state about a second axis perpendicular to the door plane, wherein the handle lever has two different locking systems, namely a freely programmable combination lock with an actuating element as well as a lock cylinder, which can be actuated by means of a key, and the handle lever is lockable or unlockable in its locking position folded in the cavity by means of the two locking systems, characterised in that a spring element is provided, which acts on a latch, which is provided with inlet bevels, which correspond with retaining edges of the cavity in such a manner that it is possible to obliterate the set numbers of the combination lock while still allowing for closing of the pivoting lever closure.
A wheelchair lift assembly for a vehicle having a vehicle floor, comprising: a plurality of arms (102, 104, 114, 112) configured to be coupled to the vehicle floor; a platform assembly coupled at a first end thereof to at least one of the plurality of arms, the platform assembly including a floor surface that defines a lift platform plane, wherein the platform assembly is movable between a stowed position and an open position; a gate mount coupled to a second end of the platform assembly, the second end being opposite the first end, wherein the gate mount defines a first pivot axis; a gate including a first end and a second end, the first end being coupled to the gate mount; a second pivot axis defined through the gate mount and parallel to the lift platform plane; and a roll stop plate pivotally coupled to the platform assembly at the second end, wherein the gate is independently pivotable about the second pivot axis relative to the roll stop plate, wherein, the gate is pivotable relative to the platform assembly about the second pivot axis as the platform assembly moves between the stowed and open positions. a plurality of arms (102, 104, 114, 112) configured to be coupled to the vehicle floor; a platform assembly coupled at a first end thereof to at least one of the plurality of arms, the platform assembly including a floor surface that defines a lift platform plane, wherein the platform assembly is movable between a stowed position and an open position; a gate mount coupled to a second end of the platform assembly, the second end being opposite the first end, wherein the gate mount defines a first pivot axis; a gate including a first end and a second end, the first end being coupled to the gate mount; a second pivot axis defined through the gate mount and parallel to the lift platform plane; and a roll stop plate pivotally coupled to the platform assembly at the second end, wherein the gate is independently pivotable about the second pivot axis relative to the roll stop plate, wherein, the gate is pivotable relative to the platform assembly about the second pivot axis as the platform assembly moves between the stowed and open positions.
A method for rejecting an article, particularly a bottle, from a sequence of articles by means of a pusher from a conveyor belt, wherein a measurement signal for detecting a first contact between the pusher and the article to be rejected is monitored and the pusher carries out a desired stroke, starting from the first contact.
A method for discharging a liquid material by a discharging apparatus comprising a liquid chamber (5; 56) communicating with a discharge orifice (57; 532) and a plunger (8; 55; 513) having a forward end portion which advances and retracts within the liquid chamber (5; 56), capable of moving a work (30; 74; 374) and the discharge orifice (57; 532) relative to each other, and discharging the liquid material in the state of a liquid droplet through the discharge orifice (57; 532) without raising the discharge orifice (57; 532) to cut the discharged liquid material, the method comprising the steps of: obtaining a distance A from a lower end of the discharge orifice (57; 532) to a lower end of the liquid material having flowed out from the discharge orifice (57; 532) at the time when the liquid material having flowed out from the discharge orifice (57; 532) separates from the discharge orifice (57; 532); and discharging the liquid material by application of inertial force by advancing the plunger, such that the liquid material having flowed out from the discharge orifice (57; 532) separates from the discharge orifice after landing on a work (74; 374), while holding a distance B between the lower end of the discharge orifice (57; 532) and a work surface to be constant in a range of 60 to 100 % of the distance A. obtaining a distance A from a lower end of the discharge orifice (57; 532) to a lower end of the liquid material having flowed out from the discharge orifice (57; 532) at the time when the liquid material having flowed out from the discharge orifice (57; 532) separates from the discharge orifice (57; 532); and discharging the liquid material by application of inertial force by advancing the plunger, such that the liquid material having flowed out from the discharge orifice (57; 532) separates from the discharge orifice after landing on a work (74; 374), while holding a distance B between the lower end of the discharge orifice (57; 532) and a work surface to be constant in a range of 60 to 100 % of the distance A.
A method for optically reading reliefs forming an identification code, the reliefs being borne by an external side wall of a container having a theoretical central axis, comprising the steps consisting of: - illuminating a section of interest of the external side wall of the container extending about the theoretical central axis by means of a light source providing a light ray incident peripheral comprising radial light rays contained in a radial plane containing the theoretical central axis, said light rays being directed towards the theoretical central axis, and the ray comprising non-parallel light rays in the same radial plane, - forming, by means of at least one optical element (30, 31), a plane image of the section of interest of the wall of the container, in the field of vision of a bidimensional photoelectric sensor, - ensuring the processing of the image received by the sensor to detect the reliefs, the method being of the type in which the light incident ray is reflected at least in part by specular reflection over the section of interest of the external side wall and on the reliefs; characterized in that it also comprises the step consisting of displacing, by translation according to the direction of the theoretical central axis, the light source providing the peripheral incident light ray relative to the optical element (30, 31), so as to modify the contrast of the image received by the sensor between zones of the image corresponding to the reliefs and adjacent zones of the image corresponding to zones of the section of interest of the wall of the container adjacent to the reliefs. - illuminating a section of interest of the external side wall of the container extending about the theoretical central axis by means of a light source providing a light ray incident peripheral comprising radial light rays contained in a radial plane containing the theoretical central axis, said light rays being directed towards the theoretical central axis, and the ray comprising non-parallel light rays in the same radial plane, - forming, by means of at least one optical element (30, 31), a plane image of the section of interest of the wall of the container, in the field of vision of a bidimensional photoelectric sensor, - ensuring the processing of the image received by the sensor to detect the reliefs,
Electric machine having a rotor, a stator and a plurality of rigid winding pieces in the form of hollow conductors, which form various coils of a winding of the electric machine and are each part of a cooling circuit of the electric machine, wherein: - the winding pieces each have, in the region of their end sections, at least one lateral tapping which passes through their circumferential surface and via which a coolant can be fed into the winding pieces or discharged from the winding pieces; - a hydraulic connection part is provided, to which several of the winding pieces are hydraulically connected, - and wherein the connecting part has at least one channel (31, 32) which is fluidically connected to a plurality of the winding pieces, so that the coolant can be fed into the individual winding pieces via the lateral tapping of the winding pieces, or a coolant emerging from the lateral tappings of the winding pieces can be collected in the at least one channel (31, 32), characterised in that the connecting part has a plurality of openings which are each designed to receive an end section of a winding piece and extend through the hydraulic connecting part in an axial direction of the electrical machine. - the winding pieces each have, in the region of their end sections, at least one lateral tapping which passes through their circumferential surface and via which a coolant can be fed into the winding pieces or discharged from the winding pieces; - a hydraulic connection part is provided, to which several of the winding pieces are hydraulically connected, - and wherein the connecting part has at least one channel (31, 32) which is fluidically connected to a plurality of the winding pieces, so that the coolant can be fed into the individual winding pieces via the lateral tapping of the winding pieces, or a coolant emerging from the lateral tappings of the winding pieces can be collected in the at least one channel (31, 32),
An access point name access method performed by a telematics device comprising: (a) checking whether an APN server is accessible via a wireless network connected to the telematics device that is powered on when an amount of time during which an APN change alarm message can be received has elapsed; (b) checking whether an APN update is necessary using an administration APN pre-stored in the telematics device when access to the APN server is rejected, and acquiring APN update data from the APN server; and (c) transmitting and receiving data between the telematics device and a data server using the acquired APN update data, wherein step (b) comprises: transmitting a message including the administration APN to the APN server and receiving a response to said message indicating that the APN server is accepting access and acquiring the APN update data from the APN server which has accepted access. (a) checking whether an APN server is accessible via a wireless network connected to the telematics device that is powered on when an amount of time during which an APN change alarm message can be received has elapsed; (b) checking whether an APN update is necessary using an administration APN pre-stored in the telematics device when access to the APN server is rejected, and acquiring APN update data from the APN server; and (c) transmitting and receiving data between the telematics device and a data server using the acquired APN update data, transmitting a message including the administration APN to the APN server and receiving a response to said message indicating that the APN server is accepting access and acquiring the APN update data from the APN server which has accepted access.
Cable end piece for high-voltage lines in hybrid and/or electric vehicles, comprising a screening sleeve onto which a screening braid of the cable is drawn, wherein the cable end piece additionally comprises a crimping sleeve which is crimped at a first crimping point in such a way that the screening sleeve and the screening braid are electrically conductively connected as a result, characterized in that said crimping sleeve is crimped to the cable outer sheath at a second crimping point, in that the screening sleeve is provided with at least one groove for an environmental seal, for a screening connection and/or for a fastening element for locking the cable end piece to a housing.
A semiconductor device, comprising: a substrate; a first dielectric layer disposed on the substrate, the first dielectric layer further disposed around a first metal interconnection; a second dielectric layer disposed on the first dielectric layer, the second dielectric layer further disposed around a via and a second metal interconnection, the second metal interconnection directly contacting the first metal interconnection; and a third dielectric layer disposed on the second dielectric layer, the third dielectric layer further disposed around a first magnetic tunneling junction, MTJ, structure and a third metal interconnection, characterized in that the via and the second metal interconnection respectively contact the first MTJ structure and the third metal interconnection, and in that the third metal interconnection directly contacts the first MTJ structure. a substrate; a first dielectric layer disposed on the substrate, the first dielectric layer further disposed around a first metal interconnection; a second dielectric layer disposed on the first dielectric layer, the second dielectric layer further disposed around a via and a second metal interconnection, the second metal interconnection directly contacting the first metal interconnection; and a third dielectric layer disposed on the second dielectric layer, the third dielectric layer further disposed around a first magnetic tunneling junction, MTJ, structure and a third metal interconnection, characterized in that the via and the second metal interconnection respectively contact the first MTJ structure and the third metal interconnection, and in that the third metal interconnection directly contacts the first MTJ structure.
Elevator installation with a shaft in which at least two cars (14, 16) are arranged one above the other and are movable vertically up and down separately from each other, each car (14, 16) having a drive device (23, 33) associated therewith for moving the car (14, 16), and each car (14, 16) having a brake device (55, 57) arranged thereon, and with a safety device for monitoring the operating behavior of the cars (14, 16), and with at least one travel path limiting device, which comprises at least one stop element (54, 56) arranged on a car (14, 16) and a retaining element (60, 64) arranged in the shaft and interacting with the stop element (54, 56), for limiting the travel path of the car (14, 16), at least one stop element (54, 56) being arranged on at least a first car, the at least one stop element (54, 56), in a stop position, protruding laterally from the vertical projection of the first car and interacting with a certain retaining element (60, 64) associated with this stop element (54, 56) and arranged outside of the vertical projection of all of the cars (14, 16), it being possible for all other cars movable in the shaft to pass the retaining element (60, 64) unobstructed, characterized in that the brake device (55, 57) arranged on the respective car (14, 16) or its braking action is deactivatable if the car (14, 16) falls below a prescribed limit speed, it being possible for the car (14, 16) to be braked to a standstill at speeds up to at most the limit speed by the stop and retaining elements (54, 56, 60, 64).