mhurhangee/ep-ind-claims huggingface dataset:
A method for locking of a support ring to a scaffolding column, wherein the support ring is formed with a through opening, and wherein the support ring fits in a complementary and displaceable manner onto the scaffolding column, wherein the method comprises: - providing an external mantel surface of the scaffolding column with a longitudinal column track; - providing an inner mantel of the support ring with a ring track; - displacing a support ring along and around the scaffolding column; - positioning the column track and the ring track next to each other; and characterized in that the method further comprises: - displacing a thread body into the column track and the ring track during rotation of the thread body about a longitudinal axis thereof, a column track depth and a ring track depth having a collective depth being smaller than an external thread diameter of the thread body. - providing an external mantel surface of the scaffolding column with a longitudinal column track; - providing an inner mantel of the support ring with a ring track; - displacing a support ring along and around the scaffolding column; - positioning the column track and the ring track next to each other; and characterized in that the method further comprises: - displacing a thread body into the column track and the ring track during rotation of the thread body about a longitudinal axis thereof, a column track depth and a ring track depth having a collective depth being smaller than an external thread diameter of the thread body.
An electrode structure comprising: a metallic lithium layer; a substantially continuous and substantially nonporous buffer layer disposed on the metallic lithium layer, wherein the buffer layer is conductive to lithium ions, and wherein the buffer layer comprises a ceramic, a glassy-ceramic, or a glass; and a substantially continuous and substantially nonporous lithium nitride layer disposed on the buffer layer. a metallic lithium layer; a substantially continuous and substantially nonporous buffer layer disposed on the metallic lithium layer, wherein the buffer layer is conductive to lithium ions, and wherein the buffer layer comprises a ceramic, a glassy-ceramic, or a glass; and a substantially continuous and substantially nonporous lithium nitride layer disposed on the buffer layer.
A timer configuration method for a core network of a wireless communication system, the timer configuration method comprising: receiving a mobility management request from a mobile device; characterized by: setting (304A, 306A) a mobile reachable timer to a value no less than a mobility management back-off timer value when the core network rejects the mobility management request by sending a reject message including the mobility management back-off timer value to the mobile device, wherein the mobility management request is a service request, a tracking area update request, a routing area update request or a location area update request. receiving a mobility management request from a mobile device; characterized by: setting (304A, 306A) a mobile reachable timer to a value no less than a mobility management back-off timer value when the core network rejects the mobility management request by sending a reject message including the mobility management back-off timer value to the mobile device, wherein the mobility management request is a service request, a tracking area update request, a routing area update request or a location area update request. setting (304A, 306A) a mobile reachable timer to a value no less than a mobility management back-off timer value when the core network rejects the mobility management request by sending a reject message including the mobility management back-off timer value to the mobile device, wherein the mobility management request is a service request, a tracking area update request, a routing area update request or a location area update request.
A method for control of the concentration of absorbing fluid in an absorption air-conditioner including a desorber, a condenser, an evaporator and an absorber, characterized in that it includes the following steps, taken in combination: - calculating the concentration of the absorbing fluid solution at the output of the desorber, and - comparing the concentration calculated to a predetermined critical value, and, if the calculated concentration is close to said predetermined critical value, increasing the charge loss in the duct connecting the desorber to the condenser, which causes shut-down of condensation in the condenser and brings about an increase of the pressure in the desorber which comes to stop the desorption and the increase of the concentration, the charge loss being decreased on the other hand to restart the desorption when the calculated concentration moves away from the predetermined critical value. - calculating the concentration of the absorbing fluid solution at the output of the desorber, and - comparing the concentration calculated to a predetermined critical value, and, if the calculated concentration is close to said predetermined critical value, increasing the charge loss in the duct connecting the desorber to the condenser, which causes shut-down of condensation in the condenser and brings about an increase of the pressure in the desorber which comes to stop the desorption and the increase of the concentration, the charge loss being decreased on the other hand to restart the desorption when the calculated concentration moves away from the predetermined critical value.
Prosthetic element for small bone extremities, wherein said prosthetic element comprises a coupling end part (12, 34) disposed at a first end of said prosthetic element, an insertion end part (15, 39) disposed at a second end of the prosthetic element, an internal core (17, 38) having a structural function and consisting of a solid body, disposed intermediate between said end parts (12, 34; 15, 39) and solid with them, and a trabecular part (20, 40), suitable for bone integration, disposed so as to cover and line said internal core, wherein said trabecular part (20, 40) defines in a single body a geometry external to said internal core and constitutes mechanical, and structural continuity with said internal core, said trabecular part (20, 40) forming an external covering around the internal core, wherein said insertion end part (15, 39) is connected in a single body to said coupling end part (12, 34) by means of said internal core, wherein said coupling end part (12, 34), said insertion end part (15, 39), said internal core and said trabecular part (20, 40) are structurally a single and continuous body, wherein said prosthetic element is made of titanium or titanium alloys or, alternatively, cobalt alloy.
An offshore platform, comprising: a floating structure comprising: a pontoon adapted to be disposed at least partially below a surface of water in which the offshore platform is to be disposed; and at least three vertically extending columns coupled to the pontoon,; a truss assembly coupled to the floating structure and comprising: at least three separated walls of trusses slidably coupled to the columns, each truss wall having at least two vertically disposed truss legs, cross-bracing between the two vertically disposed truss legs of each truss wall; and a heave plate coupled to the truss assembly characterized in that the columns have a larger lateral dimension than the pontoon coupled to the column, thereby creating a pontoon offset portion each truss leg being slidably coupled to a column at the pontoon offset portion independently from a truss leg of an adjacent wall slidably coupled to the same column. a floating structure comprising: a pontoon adapted to be disposed at least partially below a surface of water in which the offshore platform is to be disposed; and at least three vertically extending columns coupled to the pontoon,; a pontoon adapted to be disposed at least partially below a surface of water in which the offshore platform is to be disposed; and at least three vertically extending columns coupled to the pontoon,; a truss assembly coupled to the floating structure and comprising: at least three separated walls of trusses slidably coupled to the columns, each truss wall having at least two vertically disposed truss legs, cross-bracing between the two vertically disposed truss legs of each truss wall; and at least three separated walls of trusses slidably coupled to the columns, each truss wall having at least two vertically disposed truss legs, cross-bracing between the two vertically disposed truss legs of each truss wall; and a heave plate coupled to the truss assembly characterized in that the columns have a larger lateral dimension than the pontoon coupled to the column, thereby creating a pontoon offset portion each truss leg being slidably coupled to a column at the pontoon offset portion independently from a truss leg of an adjacent wall slidably coupled to the same column.
An electrical ganged-outlet apparatus comprising: a unitary outlet body comprising a front surface, a back surface, and a plurality of electrical outlets, with each of the plurality of electrical outlets having an aperture extending through the front surface, the outlet body having a front surface and at least one light pipe axial bore extending through the front surface, each at least one light pipe axial bore having a counterbore concentric with the at least one light pipe axial bore, the counterbore opening to the front surface, the counterbore having a diameter greater than the at least one light pipe axial bore, the aperture extending around a periphery of the outlet to receive an electrical inlet connector therein, characterized by each of the plurality of electrical outlets further comprising a shoulder adjacent to the aperture and an opening in communication with the aperture, the opening extending from the shoulder through the back surface, the opening being constructed and arranged to receive a latching member attached to the electrical inlet connector to retain the electrical inlet connector within the aperture, and the shoulder being constructed and arranged to engage the latching member when the electrical inlet connector is inserted into the aperture. a unitary outlet body comprising a front surface, a back surface, and a plurality of electrical outlets, with each of the plurality of electrical outlets having an aperture extending through the front surface, the outlet body having a front surface and at least one light pipe axial bore extending through the front surface, each at least one light pipe axial bore having a counterbore concentric with the at least one light pipe axial bore, the counterbore opening to the front surface, the counterbore having a diameter greater than the at least one light pipe axial bore, the aperture extending around a periphery of the outlet to receive an electrical inlet connector therein,
A method for storage of an item of information comprising: - encoding bytes of the item of information using a base-3 Huffman code; - representing, using a representation schema forming no homopolymers, the encoded bytes by at least one DNA nucleotide to produce a DNA sequence; - splitting the DNA sequence into a plurality of overlapping DNA segments of a length of 100 bases with an overlap of at least 75 bases, wherein the plurality of overlapping DNA segments build in a redundancy of storage of the items of information; - augmenting indexing information to the plurality of overlapping DNA segments, the indexing information specifying a unique location in the DNA sequence of any one of the overlapping DNA segments; - synthesizing the plurality of overlapping DNA segments with the augmented indexing information to produce synthesized DNA segments, the synthesizing including adding adapters to the DNA segments; and - storing the synthesized DNA segments. - encoding bytes of the item of information using a base-3 Huffman code; - representing, using a representation schema forming no homopolymers, the encoded bytes by at least one DNA nucleotide to produce a DNA sequence; - splitting the DNA sequence into a plurality of overlapping DNA segments of a length of 100 bases with an overlap of at least 75 bases, wherein the plurality of overlapping DNA segments build in a redundancy of storage of the items of information; - augmenting indexing information to the plurality of overlapping DNA segments, the indexing information specifying a unique location in the DNA sequence of any one of the overlapping DNA segments; - synthesizing the plurality of overlapping DNA segments with the augmented indexing information to produce synthesized DNA segments, the synthesizing including adding adapters to the DNA segments; and - storing the synthesized DNA segments.
A method of determining a flight path for an aerial vehicle, comprising: identifying during flight of the aerial vehicle and with aid of one or more processors, a change in a state of signal transmission occurring at a first location, wherein the change in a state of signal transmission includes a loss or weakening of signal transmitted between the aerial vehicle and a remote device; in response to the identifying, selecting for the aerial vehicle a first destination that is at a second location, including accessing information indicating that the second location is a location detected by one or more sensors onboard the aerial vehicle during a previous flight of the aerial vehicle, wherein a state of signal transmission between the aerial vehicle and the remote device at the second location during the previous flight was normal; determining a first flight path for the aerial vehicle to reach the first destination in safe mode, wherein determining a flight path to reach a destination in safe mode includes accessing information indicating locations detected by one or more sensors onboard the aerial vehicle during a previous flight to build the flight path; upon reaching the first destination by the aerial vehicle in safe mode, assessing in real time at the first destination a state of signal transmission between the aerial vehicle and the remote device; and determining a second flight path to a second destination based on said assessment, wherein the aerial vehicle no longer stays in the safe mode when the state of signal transmission at the first destination is normal. identifying during flight of the aerial vehicle and with aid of one or more processors, a change in a state of signal transmission occurring at a first location, wherein the change in a state of signal transmission includes a loss or weakening of signal transmitted between the aerial vehicle and a remote device; in response to the identifying, selecting for the aerial vehicle a first destination that is at a second location, including accessing information indicating that the second location is a location detected by one or more sensors onboard the aerial vehicle during a previous flight of the aerial vehicle, wherein a state of signal transmission between the aerial vehicle and the remote device at the second location during the previous flight was normal; determining a first flight path for the aerial vehicle to reach the first destination in safe mode, wherein determining a flight path to reach a destination in safe mode includes accessing information indicating locations detected by one or more sensors onboard the aerial vehicle during a previous flight to build the flight path; upon reaching the first destination by the aerial vehicle in safe mode, assessing in real time at the first destination a state of signal transmission between the aerial vehicle and the remote device; and determining a second flight path to a second destination based on said assessment, wherein the aerial vehicle no longer stays in the safe mode when the state of signal transmission at the first destination is normal.
A superconducting magnetic energy storage system, SMES, the SMES comprising: a toroidally wound superconducting magnet having a toroidal magnetic core; a charging winding; a discharging winding wherein the charging winding and discharging winding are wound on the toroidal magnetic core; a DC power source, the DC power source operable to provide DC current to the charging winding of the toroidally wound superconducting magnet; and a modulator operably connected to the DC power source and the charging winding, the modulator operable to AC modulate at least a portion of the DC current to form a modulated charging current to be applied to the charging winding of the superconducting magnet; and wherein the SMES is thereby configured to store energy in a magnetic field of the superconducting magnet by applying the modulated charging current to the charging winding, and to withdraw energy from the magnetic field by a current flowing in the discharging winding. a toroidally wound superconducting magnet having a toroidal magnetic core; a charging winding; a discharging winding wherein the charging winding and discharging winding are wound on the toroidal magnetic core; a DC power source, the DC power source operable to provide DC current to the charging winding of the toroidally wound superconducting magnet; and a modulator operably connected to the DC power source and the charging winding, the modulator operable to AC modulate at least a portion of the DC current to form a modulated charging current to be applied to the charging winding of the superconducting magnet; and wherein the SMES is thereby configured to store energy in a magnetic field of the superconducting magnet by applying the modulated charging current to the charging winding, and to withdraw energy from the magnetic field by a current flowing in the discharging winding.
An apparatus for preparing a moulded food product, comprising: a base having first and second ends (18,20), and at least one sidewall extending therebetween, said first end having a first mould therein and said second end having a second mould therein, said first and second moulds being different in at least one aspect taken from the group of geometric shape and volume; a ring having a central aperture therethrough, the ring being selectively engageable with either said first or said second end of said base, the ring defining a ring cavity which when mated to one of said first or second moulds defines a forming space; and a plunger which is dimensioned and configured to pass through the central aperture. a base having first and second ends (18,20), and at least one sidewall extending therebetween, said first end having a first mould therein and said second end having a second mould therein, said first and second moulds being different in at least one aspect taken from the group of geometric shape and volume; a ring having a central aperture therethrough, the ring being selectively engageable with either said first or said second end of said base, the ring defining a ring cavity which when mated to one of said first or second moulds defines a forming space; and a plunger which is dimensioned and configured to pass through the central aperture.
A harness for a canine comprising: a chest member having: an upper portion; a lower portion selectively secured to said upper portion; and at least one chest strap adapted to be encircled around a portion of a canine; a hip member having: an upper portion; a lower portion; and at least one hip strap adapted to be encircled around a portion of said animal; a first handle associated with said chest member, wherein said first handle has a first attaching portion, a second attaching portion, and a continuous length of material therebetween; a second handle associated with said hip member, wherein said second handle has a first attaching portion, a second attaching portion, and a continuous length of material therebetween; wherein said first handle and said second handle are adapted to receive a hand of a human for applying an upward force on at least one of said first handle on said chest member and said at least one second handle on said hip member; and wherein said lower portion of said hip member comprises a void space disposed proximal a center of said lower portion of said hip member, said void space adapted to allow a portion of said canine to extend therethrough, characterized in that said lower portion of said hip member comprises an at least partly rigid, substantially U-shaped member and said void space is provided at least partially within said U-shaped member. a chest member having: an upper portion; a lower portion selectively secured to said upper portion; and at least one chest strap adapted to be encircled around a portion of a canine; a hip member having: an upper portion; a lower portion; and at least one hip strap adapted to be encircled around a portion of said animal; a first handle associated with said chest member, wherein said first handle has a first attaching portion, a second attaching portion, and a continuous length of material therebetween; a second handle associated with said hip member, wherein said second handle has a first attaching portion, a second attaching portion, and a continuous length of material therebetween; wherein said first handle and said second handle are adapted to receive a hand of a human for applying an upward force on at least one of said first handle on said chest member and said at least one second handle on said hip member; and wherein said lower portion of said hip member comprises a void space disposed proximal a center of said lower portion of said hip member, said void space adapted to allow a portion of said canine to extend therethrough, characterized in that said lower portion of said hip member comprises an at least partly rigid, substantially U-shaped member and said void space is provided at least partially within said U-shaped member.
A stator used in resolvers, in which multiple slots are formed at constant intervals in a circumferential direction and have an excitation coil, a first output coil, and a second output coil, respectively, wound therearound, wherein a number of consecutive slots wound in the same direction with the first output coil and a number of consecutive slots wound in the same direction with the second output coil is two or more, and the number of the consecutive slots wound in the same direction with the excitation coil is a multiple of and more than twice of the number of consecutive slots wound in the same direction with the first output coil or the number of consecutive slots wound in the same direction with the second output coil.