mhurhangee/ep-ind-claims huggingface dataset:
A slicing apparatus, in particular a high-performance slicer, for a continuous slicing of products, in particular food products, comprising at least one slicing unit, in particular having a circular blade or a scythe-like blade, for cutting off product slices; a supply apparatus for a multi-track supply of products to the slicing unit; and a removal apparatus for removing portions which each comprise at least one cut-off product slice, wherein the supply apparatus comprises a loading apparatus which is configured for receiving at least one product and which is adjustable as a whole between a loading position and a supply position, characterized by at least one conveying apparatus which is connected downstream of the loading apparatus viewed in a supply direction and which has at least two conveying tracks (22, 26); and by a control apparatus which is configured to control the conveying tracks (22, 26) independently of one another such that portions are produced continuously in that the cutting off of product slices is interrupted in one conveying track (22, 26) and the cutting off of product slices is started in another conveying track (26, 22), in particular almost simultaneously. a loading apparatus which is configured for receiving at least one product and which is adjustable as a whole between a loading position and a supply position, at least one conveying apparatus which is connected downstream of the loading apparatus viewed in a supply direction and which has at least two conveying tracks (22, 26); and by a control apparatus which is configured to control the conveying tracks (22, 26) independently of one another such that portions are produced continuously in that the cutting off of product slices is interrupted in one conveying track (22, 26) and the cutting off of product slices is started in another conveying track (26, 22), in particular almost simultaneously.
Head rest for a vehicle, the head rest comprising a front part and a rear part with integrated side parts, the front part and the rear part with integrated side parts being formed in a complementary manner such that, after assembly, they together form a closed space, into which a supporting rod which is curved in a U-shape can be received, characterized in that the rear part with the integrated side parts has laterally inwardly inclined edges, on which hooks are attached which are configured for entering into a first plug-like connection with first punched portions which are made on the lateral edges of the front part, the inwardly inclined edges of the rear part with the integrated side parts enclosing the lateral edges of the front part in a positively locking manner, along its respective axis, each of the hooks having a tapering tip which is configured to be received by the first punched portions, the front part comprising a tailored trim part which comprises a cover.
A physical quantity detector, comprising: a housing; a circuit board including a sensor portion in which a sensor element for detecting a physical quantity is disposed, and a circuit portion in which a circuit element is disposed; and a partition wall configured to partition the sensor portion and the circuit portion in the circuit board, wherein an inner layer conductor is provided in an inner layer of the circuit board, where the partition wall is disposed, for electrically connecting the sensor portion to the circuit portion, characterized in that the circuit board is formed by insert molding with the molding resin used for forming the housing, and the circuit board is fixed by the partition wall so that the partition wall touches the circuit board at a surface with no wire connection on the surface layer of the circuit board. a housing; a circuit board including a sensor portion in which a sensor element for detecting a physical quantity is disposed, and a circuit portion in which a circuit element is disposed; and a partition wall configured to partition the sensor portion and the circuit portion in the circuit board, wherein an inner layer conductor is provided in an inner layer of the circuit board, where the partition wall is disposed, for electrically connecting the sensor portion to the circuit portion, characterized in that the circuit board is formed by insert molding with the molding resin used for forming the housing, and the circuit board is fixed by the partition wall so that the partition wall touches the circuit board at a surface with no wire connection on the surface layer of the circuit board.
A protective case for a mobile electronic communication device having a user input interface, the protective case comprising: a rear cover; a front cover configured to couple with the rear cover, the front cover and the rear cover defining a volume for receiving the mobile electronic communication device when the front cover is coupled to the rear cover, the front cover having an aperture aligned with the user input interface of the mobile electronic communication device when the mobile electronic communication device is received in the volume; a transparent membrane provided between the front cover and the rear cover to be disposed over the user input interface of the mobile electronic communication device when the mobile electronic communication device is received in the volume and the front cover is coupled to the rear cover; and a compressible member arranged between the front cover and the membrane and separate from the front cover, the compressible member configured to provide a seal between the transparent membrane and the front cover when the mobile electronic communication device is received in the volume and the front cover is coupled to the rear cover, characterized in that the compressible member is made of a material separate from the transparent membrane; wherein at least a portion of the transparent membrane is configured to be received on at least a portion of the rear cover. a rear cover; a front cover configured to couple with the rear cover, the front cover and the rear cover defining a volume for receiving the mobile electronic communication device when the front cover is coupled to the rear cover, the front cover having an aperture aligned with the user input interface of the mobile electronic communication device when the mobile electronic communication device is received in the volume; a transparent membrane provided between the front cover and the rear cover to be disposed over the user input interface of the mobile electronic communication device when the mobile electronic communication device is received in the volume and the front cover is coupled to the rear cover; and a compressible member arranged between the front cover and the membrane and separate from the front cover, the compressible member configured to provide a seal between the transparent membrane and the front cover when the mobile electronic communication device is received in the volume and the front cover is coupled to the rear cover, characterized in that the compressible member is made of a material separate from the transparent membrane; wherein at least a portion of the transparent membrane is configured to be received on at least a portion of the rear cover.
Fence composed of fence posts in the form of a profile with grooves with a bottom delimited by parallel legs and panels attached between the fence posts and composed of vertical and horizontal wires which together form a mesh panel with side edges, whereby each side edge is attached in a groove of said grooves of a respective fence post, whereby said mesh panel is attached with a vertical wire in the groove by means of a clip containing a support platelet with a width delimited between two side edges and intended to be attached horizontally in said groove of the fence post to support a horizontal wire of the panel, whereby the panel with said horizontal wire rests on the support platelet, said support platelet further contains at least one groove for a vertical wire on said side edge of the panel, characterised in that said support platelet further contains a supporting edge oriented toward the bottom of the groove of the fence post to rest against the bottom of the groove and whereby said at least one groove of said support platelet is essentially perpendicular to the supporting edge and is connected with an edge of the support platelet via an entry for the vertical wire and via a connecting groove which is at least in part parallel or at an angle with the supporting edge, and whereby the concerned vertical wire is enclosed in one of the grooves of the support platelet which extend perpendicularly to the supporting edge of the support platelet, essentially parallel with the legs of the groove of the fence post.
Connecting device for an electricity meter, which comprises a housing, from the bottom of which, which can be placed against a mounting plate of the connecting device, contact pieces, which can be guided through openings (5, 18) in the mounting plate, protrude according to at least one current phase, which can be connected to current supplying and current carrying connecting elements of the connecting device by displacing the electricity meter on the mounting plate on the side of the mounting plate facing away from the electricity meter, wherein a slider of the connecting device is provided, which is arranged on the side of the mounting plate facing away from the electricity meter, can be moved parallel to the mounting plate and comprises openings (10, 19), the openings (10, 19) of which are aligned in a first position of the slider relative to the openings (5, 18) in the mounting plate and which closes the openings (5, 18) in the mounting plate in a second position, and the slider in the first position is moved by contact pieces, which can be placed against the respective edge of the openings of the slider, on displacing the electricity meter on the mounting plate and the slider comprises drivers for moving a bridging part of the connecting device short-circuiting the connecting elements from a bridging position into an open position.
A tip assembly (305, 605, 1205, 1405, 1505, 2105, 2305, 2505, 3005) for fracturing a stent of a deployed heart valve prosthesis with ultrasonic vibration comprising: at least one segment (317, 617, 917, 2117, 2517, 3017, 319, 619, 2119, 2519, 3019, 321, 621, 2121, 2321, 2521, 3021); and a cutting edge disposed on a surface of the at least one segment, wherein the cutting edge is configured to focus ultrasonic vibration of the tip assembly. at least one segment (317, 617, 917, 2117, 2517, 3017, 319, 619, 2119, 2519, 3019, 321, 621, 2121, 2321, 2521, 3021); and a cutting edge disposed on a surface of the at least one segment, wherein the cutting edge is configured to focus ultrasonic vibration of the tip assembly.
A method for sound-induced sleep comprising: detecting brainwave signals of a subject; analyzing the brainwave signals to determine a current sleepy state of the subject; selecting a first sound in response to the current sleepy state based on a quantified association index between the brainwave signals and acoustical features of the first sound (150, 702); playing the first sound to the subject (170, 703); detecting brainwave signals after the first sound is played to the subject (704, 110); analyzing the brainwave signals detected after the first sound is played to the subject to determine a current sleepy state of the subject detected after the first sound is played to the subject( 704, 130); and determining whether to select and play a second sound to the subject in response to the current sleepy state of the subject detected after the first sound is played to the subject, wherein the current sleepy state of the subject comprises a sleepy state of the subject and a non-sleepy state of the subject, characterized in that the quantified association index is obtained by determining a correlation between brainwave signals of the subject and the acoustical features of the sound, the correlation being expressed using a Canonical Correlation Analysis that simultaneously maximizes the correlation between the brainwave signals of the subject and the acoustical features of the sound and maximizes a discrimination between the sleepy state of the subject and the non-sleepy state of the subject. detecting brainwave signals of a subject; analyzing the brainwave signals to determine a current sleepy state of the subject; selecting a first sound in response to the current sleepy state based on a quantified association index between the brainwave signals and acoustical features of the first sound (150, 702); playing the first sound to the subject (170, 703); detecting brainwave signals after the first sound is played to the subject (704, 110); analyzing the brainwave signals detected after the first sound is played to the subject to determine a current sleepy state of the subject detected after the first sound is played to the subject( 704, 130); and determining whether to select and play a second sound to the subject in response to the current sleepy state of the subject detected after the first sound is played to the subject, wherein the current sleepy state of the subject comprises a sleepy state of the subject and a non-sleepy state of the subject, characterized in that the quantified association index is obtained by determining a correlation between brainwave signals of the subject and the acoustical features of the sound, the correlation being expressed using a Canonical Correlation Analysis that simultaneously maximizes the correlation between the brainwave signals of the subject and the acoustical features of the sound and maximizes a discrimination between the sleepy state of the subject and the non-sleepy state of the subject.
A security system for use in preventing unauthorized operation of a locomotive, the system comprising: a penalty brake of a railway locomotive that safely brings that locomotive to a full service stop; a traction motor of that same railway locomotive; a security computer interfacing with an input device, a verification device, and the locomotive penalty brake of that same railway locomotive; the security computer operable to apply the penalty brake to prevent unauthorized use of that same railway locomotive; the input device operable to receive operator identity information and transmit the identity information to the security computer; the verification device operable to receive a verification code and transmit the verification code to the security computer; the security computer operative to compare the identity information and the verification code to determine if use of that same railway locomotive is authorized; wherein: the security computer applies the penalty brake when use of that same locomotive is determined to be unauthorized; application of the penalty brake removes traction power to the traction motor of the locomotive and applies adequate braking force to prevent movement of the locomotive; the security system brings that same railway locomotive to a full stop when same is moving; and the verification device requires reentry of a verification code, in the absence of which a locomotive shut down sequence for that locomotive begins that engages the penalty brake and removes locomotive traction power to bring the locomotive to a stop. a penalty brake of a railway locomotive that safely brings that locomotive to a full service stop; a traction motor of that same railway locomotive; a security computer interfacing with an input device, a verification device, and the locomotive penalty brake of that same railway locomotive; the security computer operable to apply the penalty brake to prevent unauthorized use of that same railway locomotive; the input device operable to receive operator identity information and transmit the identity information to the security computer; the verification device operable to receive a verification code and transmit the verification code to the security computer; the security computer operative to compare the identity information and the verification code to determine if use of that same railway locomotive is authorized; the security computer applies the penalty brake when use of that same locomotive is determined to be unauthorized; application of the penalty brake removes traction power to the traction motor of the locomotive and applies adequate braking force to prevent movement of the locomotive; the security system brings that same railway locomotive to a full stop when same is moving; and the verification device requires reentry of a verification code, in the absence of which a locomotive shut down sequence for that locomotive begins that engages the penalty brake and removes locomotive traction power to bring the locomotive to a stop.
Superconductor wire based on MgB 2 core with Al based sheath, which comprises a superconductive core based on magnesium diboride, MgB 2, and an outer sheath based on aluminium, Al, wherein the superconductor has the density less than 2.9 g.cm -3, and while the superconductor includes at least one core and a sheath fully covers outer surface of the wire, characterized in that the outer sheath is a composite material, which consists of metallic matrix of pure Al and stabilizing component of aluminium oxide, Al 2 O 3, in a volume of Al+Al 2 O 3 composite sheath: Al 2 O 3 component occupies from 0.25 to 5 vol.%, Al matrix occupies from 95 to 99.75 vol.%, and impurities occupy up to 1 vol.%, preferably up to 0.3 vol.%, while Al 2 O 3 component is homogenously dispersed in an entire volume of Al+Al 2 O 3 composite. wherein the superconductor has the density less than 2.9 g.cm -3, and while the superconductor includes at least one core and a sheath fully covers outer surface of the wire, characterized in that the outer sheath is a composite material, which consists of metallic matrix of pure Al and stabilizing component of aluminium oxide, Al 2 O 3, in a volume of Al+Al 2 O 3 composite sheath: Al 2 O 3 component occupies from 0.25 to 5 vol.%, Al matrix occupies from 95 to 99.75 vol.%, and impurities occupy up to 1 vol.%, preferably up to 0.3 vol.%, Al 2 O 3 component occupies from 0.25 to 5 vol.%, Al matrix occupies from 95 to 99.75 vol.%, and impurities occupy up to 1 vol.%, preferably up to 0.3 vol.%, while Al 2 O 3 component is homogenously dispersed in an entire volume of Al+Al 2 O 3 composite.
Pressure switch, particularly for hand-guided machine tools, which pressure switch has a switch trigger which is adjustable in a switching plane and a switching-position locking arrangement for the switch trigger, which switching-position locking arrangement has mutually opposite locking triggers (17, 18) which are adjustable transversely with respect to the switching plane of the switch trigger, project, in the release position thereof for the switch trigger, on both sides of a switch receptacle and are adjustable into an engaged, locked locking position, characterized in that the locking triggers (17, 18) are separate components, are adjustable in the opposite direction to each other in a positively coupled manner and, in the locking position thereof, both take up the position thereof which is engaged with respect to the switch receptacle.
A method comprising: detecting, at a first peer device of a peer-to-peer group, that a Group Owner, GO, device of the peer-to-peer group is lost; responsive to detecting loss of the GO device, enabling other peer devices (108, 110, 112) to detect the first peer device, by activating autonomous GO at the first peer device; detecting, by the first peer device, one or more disconnected peer devices (108, 110, 112) of the peer-to-peer group by scanning for peer devices that have activated autonomous GO; accessing, at the first peer device, a group detection report received previously from the GO device that indicates, for each peer device in the peer-to-peer group, the peer devices in the peer-to-peer group that each peer device was able to detect; and selecting a disconnected peer device with the highest number of detected peer devices in the group detection report as the next GO device. detecting, at a first peer device of a peer-to-peer group, that a Group Owner, GO, device of the peer-to-peer group is lost; responsive to detecting loss of the GO device, enabling other peer devices (108, 110, 112) to detect the first peer device, by activating autonomous GO at the first peer device; detecting, by the first peer device, one or more disconnected peer devices (108, 110, 112) of the peer-to-peer group by scanning for peer devices that have activated autonomous GO; accessing, at the first peer device, a group detection report received previously from the GO device that indicates, for each peer device in the peer-to-peer group, the peer devices in the peer-to-peer group that each peer device was able to detect; and selecting a disconnected peer device with the highest number of detected peer devices in the group detection report as the next GO device.
A patient specific instrument (100, 110, 120, 130, 140) for use in a ball and socket joint arthroplasty procedure to be carried out on a patient, comprising: a body (15, 15a, 16, 17) bearing at least one guide formation (8, 112, 114, 116, 132, 134, 136) configured for guiding a component to be used in the ball and socket joint arthroplasty procedure; and an attachment mechanism for attaching the instrument to the socket of the patient, wherein the instrument has a plurality of parts, the attachment mechanism has at least first (4, 4b, 102) and second (5, 5b, 104) parts configured during manufacture using information from an image of the socket of a patient in order to engage the rim of the socket of the patient, each part being shaped, or adapted to transform to a shape, to match the shape of a respective portion of the rim of the socket; characterized in that the instrument further comprises a locking mechanism comprising interlocking formations (14, 14c, 14a, 14b,14d, 14e) by which the body and attachment mechanism are adapted to be assembled in a unique configuration into the patient specific instrument in which the patient specific instrument is configured to be attached to the socket of the patient only at a single pre-planned position. a body (15, 15a, 16, 17) bearing at least one guide formation (8, 112, 114, 116, 132, 134, 136) configured for guiding a component to be used in the ball and socket joint arthroplasty procedure; and an attachment mechanism for attaching the instrument to the socket of the patient, wherein the instrument has a plurality of parts, the attachment mechanism has at least first (4, 4b, 102) and second (5, 5b, 104) parts configured during manufacture using information from an image of the socket of a patient in order to engage the rim of the socket of the patient, each part being shaped, or adapted to transform to a shape, to match the shape of a respective portion of the rim of the socket; characterized in that the instrument further comprises a locking mechanism comprising interlocking formations (14, 14c, 14a, 14b,14d, 14e) by which the body and attachment mechanism are adapted to be assembled in a unique configuration into the patient specific instrument in which the patient specific instrument is configured to be attached to the socket of the patient only at a single pre-planned position.