mhurhangee/patent-ind-claim-en huggingface dataset:
A coil device comprising: a coil bobbin having a wind-starting side conducting terminal and a wind-ending side conducting terminal ; magnet wire wound around the coil bobbin and having a starting end bound and fixed to the wind-starting side conducting terminal and a terminal end bound and fixed to the wind-ending side conducting terminal ; and a mold resin covering an outer periphery of the magnet wire , wherein the wind-ending side conducting terminal includes, from a proximal end, a wind-ending side proximal-end binding part and a wind-ending side distal-end binding part for binding the magnet wire , and a wind-ending side wire-connecting part between the wind-ending side proximal-end binding part and the wind-ending side distal-end binding part , and the terminal end of the magnet wire is fixed to the wind-ending side conducting terminal by swaging and/or fusing at the wind-ending side distal-end binding part characterized in that the magnet wire is wound for several rounds at a winding part of the wind-ending side distal-end binding part , the wind-ending side wire-connecting part is adapted to electrically connect the magnet wire with the wind-ending side conducting terminal , and the wind-ending side distal-end binding part has a stepped structure including: the relatively narrow winding part that protrudes from a conducting part of the wind-ending side conducting terminal and being for binding the magnet wire ; and a relatively wide contacting part that protrudes from the winding part and being brought into contact with the conducting part . the wind-ending side conducting terminal includes, from a proximal end, a wind-ending side proximal-end binding part and a wind-ending side distal-end binding part for binding the magnet wire , and a wind-ending side wire-connecting part between the wind-ending side proximal-end binding part and the wind-ending side distal-end binding part , and the terminal end of the magnet wire is fixed to the wind-ending side conducting terminal by swaging and/or fusing at the wind-ending side distal-end binding part characterized in that the magnet wire is wound for several rounds at a winding part of the wind-ending side distal-end binding part , the wind-ending side wire-connecting part is adapted to electrically connect the magnet wire with the wind-ending side conducting terminal , and the wind-ending side distal-end binding part has a stepped structure including: the relatively narrow winding part that protrudes from a conducting part of the wind-ending side conducting terminal and being for binding the magnet wire ; and a relatively wide contacting part that protrudes from the winding part and being brought into contact with the conducting part .
A downhole casing cutting and removal assembly located on a work string , having a bore therethrough, for performing a circulation test after the cut is complete comprising: a spear for casing removal, the spear comprising an anchor mechanism configured to grip a section of a tubular in a wellbore for removal thereof; a packer assembly configured to seal an annulus between the work string and the tubular; and a cutting mechanism configured to cut the tubular; wherein in a first configuration the anchor mechanism grips the tubular as the cutting mechanism cuts the tubular and the packer assembly is unset so that cuttings can be circulated up the annulus; and in a second configuration the anchor mechanism grips the tubular, the cutting mechanism is stopped and the packer assembly is set with the annulus sealed so that a circulation test can be performed by pumping fluid from the annulus, through the cut and behind the cut tubular to surface; the downhole casing cutting and removal assembly being characterised in that : the packer assembly is a mechanical tension-set retrievable packer configured to rapidly seal the annulus between the work string and the tubular; and the anchor mechanism is located between the packer assembly and the cutting mechanism. a spear for casing removal, the spear comprising an anchor mechanism configured to grip a section of a tubular in a wellbore for removal thereof; a packer assembly configured to seal an annulus between the work string and the tubular; and a cutting mechanism configured to cut the tubular; wherein in a first configuration the anchor mechanism grips the tubular as the cutting mechanism cuts the tubular and the packer assembly is unset so that cuttings can be circulated up the annulus; and in a second configuration the anchor mechanism grips the tubular, the cutting mechanism is stopped and the packer assembly is set with the annulus sealed so that a circulation test can be performed by pumping fluid from the annulus, through the cut and behind the cut tubular to surface; the downhole casing cutting and removal assembly being characterised in that : the packer assembly is a mechanical tension-set retrievable packer configured to rapidly seal the annulus between the work string and the tubular; and the anchor mechanism is located between the packer assembly and the cutting mechanism. the packer assembly is a mechanical tension-set retrievable packer configured to rapidly seal the annulus between the work string and the tubular; and the anchor mechanism is located between the packer assembly and the cutting mechanism.
An implant system for use with a knee joint prosthesis, said implant system comprising: a femoral component of a knee joint prosthesis, said femoral component including a pair of condylar portions ; and a femoral augment , comprising: a main body portion defining an aperture extending in a generally distal/proximal direction; and a pair of legs extending outwardly from said main body portion in a generally posterior direction for positioning proximal to a proximal side of said pair of condylar portions : wherein said femoral augment is separate from said femoral component and can be subsequently attached to said femoral component(i6), and wherein said femoral augment is made of a material that allows bone growth to infiltrate the femoral augment. a femoral component of a knee joint prosthesis, said femoral component including a pair of condylar portions ; and a femoral augment , comprising: a main body portion defining an aperture extending in a generally distal/proximal direction; and a pair of legs extending outwardly from said main body portion in a generally posterior direction for positioning proximal to a proximal side of said pair of condylar portions : wherein said femoral augment is separate from said femoral component and can be subsequently attached to said femoral component(i6), and wherein said femoral augment is made of a material that allows bone growth to infiltrate the femoral augment. a main body portion defining an aperture extending in a generally distal/proximal direction; and a pair of legs extending outwardly from said main body portion in a generally posterior direction for positioning proximal to a proximal side of said pair of condylar portions : wherein said femoral augment is separate from said femoral component and can be subsequently attached to said femoral component(i6), and wherein said femoral augment is made of a material that allows bone growth to infiltrate the femoral augment.
Roll stand for a hot-rolling mill, comprising at least one upper work roll adjustable relative to a rolling material, at least one inlet-side or outlet-side guide unit for guidance of the rolling material running into the roll stand or running out of the roll stand , at least one activatable adjusting element connected with the guide unit and at least one electronic activation system which is connected with the adjusting unit and which is arranged to activate the adjusting unit taking into account at least one rolling material parameter (P 1 ), at least one rolling parameter (P 2 ) and/or at least one descaling parameter (P 3 ), wherein the guide unit comprises at least one roll-adjacent guide element with fixed adjustment angle and at least one roll-remote guide element connected with the adjusting unit and pivotably connected with the roll-adjacent guide element , and wherein an adjustment angle (α 1 , α 2 ) of the roll-remote guide element is variable by means of the adjusting unit , characterised by at least one descaling spray bar , which is arranged to be adjustable relative to the rolling material, with spray nozzles , wherein the spray nozzles engage in at least one through-passage at the roll-remote guide element . at least one upper work roll adjustable relative to a rolling material, at least one inlet-side or outlet-side guide unit for guidance of the rolling material running into the roll stand or running out of the roll stand , at least one activatable adjusting element connected with the guide unit and at least one electronic activation system which is connected with the adjusting unit and which is arranged to activate the adjusting unit taking into account at least one rolling material parameter (P 1 ), at least one rolling parameter (P 2 ) and/or at least one descaling parameter (P 3 ), wherein the guide unit comprises at least one roll-adjacent guide element with fixed adjustment angle and at least one roll-remote guide element connected with the adjusting unit and pivotably connected with the roll-adjacent guide element , and wherein an adjustment angle (α 1 , α 2 ) of the roll-remote guide element is variable by means of the adjusting unit , characterised by at least one descaling spray bar , which is arranged to be adjustable relative to the rolling material, with spray nozzles , wherein the spray nozzles engage in at least one through-passage at the roll-remote guide element .
An optical device, comprising: an optical element including a first surface and a second surface opposite the first surface , and side surfaces adjacent to the first and the second surfaces (3 and 4), a LED light source being provided on each of the opposite surfaces of the optical element , the optical element is configured to adjust a light passing through the first surface and exiting from the second surface to increase or decrease an illumination area under an irradiation of the light sources ; characterized in that the optical element comprises a compound containing a photoisomer group, and the photoisomer group photoisomerizes under the irradiation of the light sources; the optical element comprises an optically deformable film , the optically deformable film is made of a photo-deformable material; and under the irradiation of the light source , the optically deformable film is configured to deform to form a lens structure, and the illumination area by the light passing through the first surface and exiting from the second surface is increased or decreased. an optical element including a first surface and a second surface opposite the first surface , and side surfaces adjacent to the first and the second surfaces (3 and 4), a LED light source being provided on each of the opposite surfaces of the optical element , the optical element is configured to adjust a light passing through the first surface and exiting from the second surface to increase or decrease an illumination area under an irradiation of the light sources ; characterized in that the optical element comprises a compound containing a photoisomer group, and the photoisomer group photoisomerizes under the irradiation of the light sources; the optical element comprises an optically deformable film , the optically deformable film is made of a photo-deformable material; and under the irradiation of the light source , the optically deformable film is configured to deform to form a lens structure, and the illumination area by the light passing through the first surface and exiting from the second surface is increased or decreased.
A modular lighting fixture , comprising: a body having a main portion and a second portion , the main portion having a hollow interior defining an interior space extending in a longitudinal direction from a first open end of the main portion to a second end of the main portion, the second portion being provided at the first end and extends outwardly in a transverse direction, wherein the interior space is configured to receive and retain an interchangeable functional module configured to provide non-light emitting function; light emitting means , provided on the second portion of the body and configured to emit light; a first intumescent material arranged on the exterior of the body ; and a second intumescent material arranged on the interior of the body ; wherein the modular lighting fixture is arranged to be received through an opening in a panel ; wherein the first intumescent material is arranged on the exterior of the body such that thermal expansion of the first intumescent material seals any gap between the body and the panel ; wherein the second intumescent material is arranged on the interior of the body such that thermal expansion of the second intumescent material seals any gap between the body and the interchangeable functional module ; wherein the modular lighting fixture is arranged to retain the interchangeable functional module in a detachable manner. a body having a main portion and a second portion , the main portion having a hollow interior defining an interior space extending in a longitudinal direction from a first open end of the main portion to a second end of the main portion, the second portion being provided at the first end and extends outwardly in a transverse direction, wherein the interior space is configured to receive and retain an interchangeable functional module configured to provide non-light emitting function; light emitting means , provided on the second portion of the body and configured to emit light; a first intumescent material arranged on the exterior of the body ; and a second intumescent material arranged on the interior of the body ; wherein the modular lighting fixture is arranged to be received through an opening in a panel ; wherein the first intumescent material is arranged on the exterior of the body such that thermal expansion of the first intumescent material seals any gap between the body and the panel ; wherein the second intumescent material is arranged on the interior of the body such that thermal expansion of the second intumescent material seals any gap between the body and the interchangeable functional module ; wherein the modular lighting fixture is arranged to retain the interchangeable functional module in a detachable manner.
A method performed by a terminal in a wireless communication system using a cooperative multi-point, CoMP, scheme, the method comprising: receiving configuration information including pairs of parameters to be used to determine a initialization value c init of a demodulation reference signal, DM-RS, random sequence related to physical downlink shared channel, PDSCH, via higher layer signaling, wherein each pair contains a subframe offset value and a X nSCID2 value; receiving control information for scheduling transmission on the PDSCH, the control information comprising a legacy 3-bit field indicating an antenna port, scrambling identity, and number of layers, and a information field with 1 or 2 bit size; and receiving downlink data on the PDSCH based on the initialization value c init of the DM-RS random sequence, wherein the initialization value c init of the DM-RS random sequence is determined as c init = ⌊ n s , n SCID 2 / 2 ⌋ + 1 ⋅ 2 X n SCID 2 + 1 ⋅ 2 16 + n SCID , where: n SCID is determined by the legacy 3-bit field of the control information and takes values between 0 and 1, n SCID 2 is determined by the information field of the control information and takes values among integers in a range of [0, N-1], N=2^(bit size), and n s,nSCID 2 is determined based on the subframe offset value, and wherein one pair of the pairs of the parameters is determined based on the n SCID 2 . receiving configuration information including pairs of parameters to be used to determine a initialization value c init of a demodulation reference signal, DM-RS, random sequence related to physical downlink shared channel, PDSCH, via higher layer signaling, wherein each pair contains a subframe offset value and a X nSCID2 value; receiving control information for scheduling transmission on the PDSCH, the control information comprising a legacy 3-bit field indicating an antenna port, scrambling identity, and number of layers, and a information field with 1 or 2 bit size; and receiving downlink data on the PDSCH based on the initialization value c init of the DM-RS random sequence, wherein the initialization value c init of the DM-RS random sequence is determined as c init = ⌊ n s , n SCID 2 / 2 ⌋ + 1 ⋅ 2 X n SCID 2 + 1 ⋅ 2 16 + n SCID , where: n SCID is determined by the legacy 3-bit field of the control information and takes values between 0 and 1, n SCID 2 is determined by the information field of the control information and takes values among integers in a range of [0, N-1], N=2^(bit size), and n s,nSCID 2 is determined based on the subframe offset value, and wherein one pair of the pairs of the parameters is determined based on the n SCID 2 . n SCID is determined by the legacy 3-bit field of the control information and takes values between 0 and 1, n SCID 2 is determined by the information field of the control information and takes values among integers in a range of [0, N-1], N=2^(bit size), and n s,nSCID 2 is determined based on the subframe offset value, and wherein one pair of the pairs of the parameters is determined based on the n SCID 2 .
A battery module, comprising: a battery , comprising a top cover ; a wiring harness board , arranged on an outer side of the top of the top cover ; a circuit board , arranged on a side, away from the battery , of the wiring harness board ; a compressing piece , mounted on the wiring harness board ; and a temperature acquisition assembly , comprising a thermistor and a heat-conducting pad , wherein the thermistor is electrically connected to the circuit board , the compressing piece is provided with a mounting groove , and the thermistor is arranged in the mounting groove ; the thermistor compresses the top cover ; the heat-conducting pad is arranged between the thermistor and the top cover ; the heat-conducting pad is compressed to the top cover by the compressing piece ; wherein a positioning structure is arranged between the compressing piece and the wiring harness board , and the positioning structure is configured to position the compressing piece ; wherein the positioning structure comprises: a positioning column , arranged on the wiring harness board ; and a positioning hole , formed on the compressing piece , the positioning column passing through the positioning hole and being fixed to the positioning hole . a battery , comprising a top cover ; a wiring harness board , arranged on an outer side of the top of the top cover ; a circuit board , arranged on a side, away from the battery , of the wiring harness board ; a compressing piece , mounted on the wiring harness board ; and a temperature acquisition assembly , comprising a thermistor and a heat-conducting pad , wherein the thermistor is electrically connected to the circuit board , the compressing piece is provided with a mounting groove , and the thermistor is arranged in the mounting groove ; the thermistor compresses the top cover ; the heat-conducting pad is arranged between the thermistor and the top cover ; the heat-conducting pad is compressed to the top cover by the compressing piece ; wherein a positioning structure is arranged between the compressing piece and the wiring harness board , and the positioning structure is configured to position the compressing piece ; wherein the positioning structure comprises: a positioning column , arranged on the wiring harness board ; and a positioning hole , formed on the compressing piece , the positioning column passing through the positioning hole and being fixed to the positioning hole . a positioning column , arranged on the wiring harness board ; and a positioning hole , formed on the compressing piece , the positioning column passing through the positioning hole and being fixed to the positioning hole .
A catalyst system for olefin oligomerization reaction, comprising a ligand compound represented by the following Chemical Formulas a chromium source; and a support,
Moulded article comprising a polypropylene homopolymer, wherein the polypropylene homopolymer is polymerised in the presence of a Ziegler-Natta catalyst and further characterised in that the polypropylene homopolymer a. comprises 0 - 1.0 wt% of ethylene and/or a C 4 -C 10 α-olefin determined according to 13 C-NMR, b. comprises at least one α-nucleating agent c. is free of phthalic acid esters as well as their respective decomposition products d. has a MFR 2 (230 °C, 2.16 kg) determined according to ISO1133 in the range of 38 - 180 g/10 min, e. a haze of ≤ 45 % (ASTM 1003-D) when measured on 1mm plaques, and f. a Heat Distortion Temperature determined according to ISO 75B of at least 105 °C. a. comprises 0 - 1.0 wt% of ethylene and/or a C 4 -C 10 α-olefin determined according to 13 C-NMR, b. comprises at least one α-nucleating agent c. is free of phthalic acid esters as well as their respective decomposition products d. has a MFR 2 (230 °C, 2.16 kg) determined according to ISO1133 in the range of 38 - 180 g/10 min, e. a haze of ≤ 45 % (ASTM 1003-D) when measured on 1mm plaques, and f. a Heat Distortion Temperature determined according to ISO 75B of at least 105 °C.
A locking intramedullary nail for insertion into the medullary cavity of a tubular bone for the treatment of bone fractures and/or for stiffening joints, comprising an elongated shaft having at least one opening for receiving at least one locking apparatus, and at least one receiving device for receiving the locking apparatus, wherein the receiving device is arranged in the region of the opening , and at least one supporting body arranged in contact with at least one receiving device , characterized in that the supporting body is, at least in sections, detachably connected in a positive-locking manner to the elongated shaft and/or, at least in sections, detachably connected in a positive-locking manner to a cassette-shaped insert , which can be positioned in the elongated shaft , and in that the positively-locked supporting body connected to the elongated shaft or to the cassette-shaped insert is provided for rotationally securing the locking apparatus arranged in the receiving device .