mhurhangee/patent-ind-claim-en huggingface dataset:
Spindle pot bearing for a twisting machine, in particular a two-for-one twisting machine or cabling machine, comprising a spindle pot, which has a spindle pot base and a bearing bush for connecting, in an interlocking manner in the direction of the axis of rotation, the spindle pot base to a spindle , wherein - a first bearing portion of the bearing bush for connecting, in an interlocking manner in the axial direction, to a first bearing member arranged on the spindle has, at a distance with respect to the direction of the longitudinal axis from a shoulder limiting the first bearing portion , latching protrusions which protrude from an inside of the bearing bush and are movable between a blocking position and an unblocking position, - a second bearing portion of the bearing bush , said second bearing portion adjoining the first bearing portion in the direction of the longitudinal axis, is designed for interlockingly connecting to the spindle pot base in such a way that locking in the axial direction is possible, and - a blocking means is arranged on the spindle pot base , which blocking means fixes the latching protrusions in the blocking position when the spindle pot base is in an operating position. - a first bearing portion of the bearing bush for connecting, in an interlocking manner in the axial direction, to a first bearing member arranged on the spindle has, at a distance with respect to the direction of the longitudinal axis from a shoulder limiting the first bearing portion , latching protrusions which protrude from an inside of the bearing bush and are movable between a blocking position and an unblocking position, - a second bearing portion of the bearing bush , said second bearing portion adjoining the first bearing portion in the direction of the longitudinal axis, is designed for interlockingly connecting to the spindle pot base in such a way that locking in the axial direction is possible, and - a blocking means is arranged on the spindle pot base , which blocking means fixes the latching protrusions in the blocking position when the spindle pot base is in an operating position.
A method for controlling an actuator that is physically attached to a first component and a second component , wherein the actuator includes an electric machine and a hydraulic machine , the method comprising: utilizing at least one motion sensor to sense relative motion between the first component and the second component , wherein said relative motion causes the actuator to exert a force onto the first component ; estimating, based at least in part on the sensed motion, a value of the force exerted onto the first component ; receiving a command force to be applied to at least one of the first component and the second component ; determining a desired value of an operating parameter of the actuator based at least in part on the estimated value of the force exerted onto the first component and the received command force, wherein the operating parameter is one of a desired motor force, a desired motor torque, and a desired motor current; and operating the actuator based at least in part on the desired value of the operating parameter to apply an output force to at least one of the first component and the second component . utilizing at least one motion sensor to sense relative motion between the first component and the second component , wherein said relative motion causes the actuator to exert a force onto the first component ; estimating, based at least in part on the sensed motion, a value of the force exerted onto the first component ; receiving a command force to be applied to at least one of the first component and the second component ; determining a desired value of an operating parameter of the actuator based at least in part on the estimated value of the force exerted onto the first component and the received command force, wherein the operating parameter is one of a desired motor force, a desired motor torque, and a desired motor current; and operating the actuator based at least in part on the desired value of the operating parameter to apply an output force to at least one of the first component and the second component .
A method performed by a network node operating as an Integrated Access Backhaul, IAB, node, the method comprising: determining at least two parent nodes within a multi-hop IAB network; receiving an uplink routing configuration associated with a cell group configuration that identifies one of the parent nodes; and based on the uplink routing configuration associated with the cell group configuration, sending packets to at least one of the at least two parent nodes, wherein the at least two parent nodes are determined based on a Backhaul Adaptation Protocol, BAP, identifier associated with the cell group configuration, and wherein sending the packets to the at least one of the at least two parent nodes comprises: routing the packets based on the BAP identifier in a packet header to the at least one of the at least two parent nodes identified by the cell group configuration. determining at least two parent nodes within a multi-hop IAB network; receiving an uplink routing configuration associated with a cell group configuration that identifies one of the parent nodes; and based on the uplink routing configuration associated with the cell group configuration, sending packets to at least one of the at least two parent nodes, wherein the at least two parent nodes are determined based on a Backhaul Adaptation Protocol, BAP, identifier associated with the cell group configuration, and
A composition comprising a variant phytase enzyme comprising amino acid substitutions as compared to SEQ ID NO:1, wherein said substitutions comprise I55V/G157Q/R159Y/Y255D/F354Y/A380P, and wherein said variant phytase enzyme has improved thermostability as compared to SEQ ID NO:1.
Mold for manufacturing a body made of a porous material derived from precursors of the porous material in a sol-gel process carried out within the mold , comprising a lower part defining an interior volume for receiving the precursors of the porous material, wherein the interior volume defines the shape of the body to be manufactured, and at least a first opening through which the body is removable from the lower part , wherein surfaces of the lower part facing the interior volume are at least partially provided with a coating made of a material being electrically dissipative and non-sticky to a gel formed from the precursors of the porous material and/or the body, characterized in that the material of the coating comprises an electrical resistivity of not more than 10 8 Ωm. at least a first opening through which the body is removable from the lower part , wherein surfaces of the lower part facing the interior volume are at least partially provided with a coating made of a material being electrically dissipative and non-sticky to a gel formed from the precursors of the porous material and/or the body, characterized in that the material of the coating comprises an electrical resistivity of not more than 10 8 Ωm.
A porous magnesium oxide carbonate for use as an agent for binding phosphates in the small intestine with the aim of reducing non-transmissible diseases, characterized by - a mean particle size between 0.5 and 3 μm, preferably between 0.8 and 2 μm, in particular preferably of 1 μm; - mesopores with a mean pore diameter between 3.5 and 6.5 nm, preferably between 4 and 6 nm, in particular preferably of 5 nm, and macropores with a mean pore diameter between 50 and 200 nm, preferably between 100 and 150 nm, in particular preferably of 125 nm, each determined by mercury porosimetry; - wherein the specific surface area of the mesopores lies between 70 and 90 m 2 /g, preferably between 75 and 85 m 2 /g, in particular preferably is 80 m 2 /g, and the specific surface area of the macropores lies between 10 and 14 m 2 /g, preferably between 11 and 13 m 2 /g, in particular preferably is 12 m 2 /g, each determined by mercury porosimetry; and - an absorption index AB IDX for binding phosphate between 30 and 40, preferably of 32 to 38, in particular preferably of 35. - a mean particle size between 0.5 and 3 μm, preferably between 0.8 and 2 μm, in particular preferably of 1 μm; - mesopores with a mean pore diameter between 3.5 and 6.5 nm, preferably between 4 and 6 nm, in particular preferably of 5 nm, and macropores with a mean pore diameter between 50 and 200 nm, preferably between 100 and 150 nm, in particular preferably of 125 nm, each determined by mercury porosimetry; - wherein the specific surface area of the mesopores lies between 70 and 90 m 2 /g, preferably between 75 and 85 m 2 /g, in particular preferably is 80 m 2 /g, and the specific surface area of the macropores lies between 10 and 14 m 2 /g, preferably between 11 and 13 m 2 /g, in particular preferably is 12 m 2 /g, each determined by mercury porosimetry; and - an absorption index AB IDX for binding phosphate between 30 and 40, preferably of 32 to 38, in particular preferably of 35.
A method for reporting channel state information, CSI, from a user equipment, UE, to a base station in a wireless communication system, the method comprising: calculating legacy CSI; comparing the calculated legacy CSI with most recently reported legacy CSI; reporting the legacy CSI to the base station when the calculated legacy CSI is not the same as the most recently reported legacy CSI; characterized in that the method further comprises: reporting Multi-User Superposition Transmission, MUST, CSI to the base station when the calculated legacy CSI is the same as the most recently reported legacy CSI, wherein the MUST CSI is calculated on the basis of the assumption that interference affecting the UE has been canceled, wherein the reporting of each of the legacy CSI and the MUST CSI is done together with an indicator indicating whether corresponding CSI is the legacy CSI or the MUST CSI. calculating legacy CSI; comparing the calculated legacy CSI with most recently reported legacy CSI; reporting the legacy CSI to the base station when the calculated legacy CSI is not the same as the most recently reported legacy CSI; characterized in that the method further comprises: reporting Multi-User Superposition Transmission, MUST, CSI to the base station when the calculated legacy CSI is the same as the most recently reported legacy CSI, wherein the MUST CSI is calculated on the basis of the assumption that interference affecting the UE has been canceled, wherein the reporting of each of the legacy CSI and the MUST CSI is done together with an indicator indicating whether corresponding CSI is the legacy CSI or the MUST CSI. reporting Multi-User Superposition Transmission, MUST, CSI to the base station when the calculated legacy CSI is the same as the most recently reported legacy CSI, wherein the MUST CSI is calculated on the basis of the assumption that interference affecting the UE has been canceled, wherein the reporting of each of the legacy CSI and the MUST CSI is done together with an indicator indicating whether corresponding CSI is the legacy CSI or the MUST CSI.
A locking plate unit adapted to be attached to a structure , the locking plate unit comprising a locking plate ; a first fastener and a second fastener (30"), each fastener (30', 30") comprising a hexagonal portion (32', 32"), wherein the locking plate comprises a first end section ; a second end section (22") and a centre section between the two end sections (22', 22"), wherein the centre section of the locking plate is arranged between the hexagonal portions (32', 32") of the fasteners (30', 30") to counter a rotational torque applied on any of the fasteners (30', 30"), to prevent rotation of the fasteners (30', 30"), wherein the first end section consists of a first arm portion partly surrounding the circumference of the hexagonal portion of the first fastener and the second end section (22") consists of a second arm portion (26") partly surrounding the circumference of the hexagonal portion (32") of the second fastener (30"), wherein the hexagonal portion (32', 32") of each fastener (30', 30") has a first side (34', 34"), a second side (36', 36") adjoining the first side (34', 34") and a third side (38', 38") adjoining the second side (36', 36"), wherein the first side (34', 34") is arranged adjacent, and in parallel with, a short side of the centre section , wherein the first arm portion and the second arm portion (26") extends along the second side (36', 36"), characterized in that the first arm portion and the second arm portion (26") extends along at least a part of the third side (38', 38") of the respective hexagonal portion (32', 32"), wherein the fasteners (30', 30") are adhered to the locking plate by welding at a first adhesion point between the hexagonal portion of the first fastener and the first end section of the locking plate and at a second adhesion point (50") between the hexagonal portion (32") of the second fastener (30") and the second end section (22") of the locking plate , wherein the first adhesion point is positioned between the first arm portion and the third side of the hexagonal portion of the first fastener and the second adhesion point (50") is positioned between the second arm portion (26") and the third side (38") of the hexagonal portion (32") of the second fastener (30").
Method for manufacturing a stiffened panel made from composite material comprising a skin and elongated reinforcing elements located on the skin panel , said reinforcing elements comprising at least a web and wherein some of the elongated reinforcing elements cross each other's , the method comprising the following steps: a) laying up a flat laminate comprising stacked plies of composite layer for forming a structure comprising the elongated reinforcing elements of the panel, b) cutting the flat laminate along the intersection lines of the planes defining the webs of two crossing reinforcing elements , c) cutting in said flat laminate the outline of the elongated reinforcing elements in their position in the panel, d) providing the flat laminate previously generated over a tooling base for forming the structure comprising the elongated reinforcing elements of the panel, e) applying a forming process for forming the reinforcing elements structure, f) laying up plies of composite layer for forming the skin, g) providing the laid-up plies of the skin and the formed structure comprising the elongated reinforcing elements of the panel on a tool for integraging them by curing, h) integrating together the skin and the formed structure comprising the elongated reinforcing elements by curing, i) obtaining a cured panel made of skin and elongated reinforcing elements in which some of the elongated reinforcing elements cross each other, characterised in that during the cutting step at the intersections of the planes defining the webs of two crossing reinforcing elements , the cuts are performed in each ply in a different position so that the cuts are not coincident. a) laying up a flat laminate comprising stacked plies of composite layer for forming a structure comprising the elongated reinforcing elements of the panel, b) cutting the flat laminate along the intersection lines of the planes defining the webs of two crossing reinforcing elements , c) cutting in said flat laminate the outline of the elongated reinforcing elements in their position in the panel, d) providing the flat laminate previously generated over a tooling base for forming the structure comprising the elongated reinforcing elements of the panel, e) applying a forming process for forming the reinforcing elements structure, f) laying up plies of composite layer for forming the skin, g) providing the laid-up plies of the skin and the formed structure comprising the elongated reinforcing elements of the panel on a tool for integraging them by curing, h) integrating together the skin and the formed structure comprising the elongated reinforcing elements by curing, i) obtaining a cured panel made of skin and elongated reinforcing elements in which some of the elongated reinforcing elements cross each other, characterised in that during the cutting step at the intersections of the planes defining the webs of two crossing reinforcing elements , the cuts are performed in each ply in a different position so that the cuts are not coincident.
A device for electro-therapy, the device comprising a controlled voltage source connected to at least two stimuli electrodes , the stimuli electrodes being configured to be electrically in contact with skin having a wound, characterised in that the stimuli electrodes are configured to be electrically in contact with skin from the edge of the wound to a distance at maximum 50 mm from the edge of the wound, and in that the controlled voltage source is configured to output a pulsed direct current through the wound with a frequency of at least 50 kHz, and in that the pulsed direct current has a duty cycle in the range of 1-10%.
An indoor unit comprising: at least one air outlet having formed therein an inner air-passage wall and an outer air-passage wall located at outside of the inner air-passage wall , the outer air-passage wall being between an installation surface of the indoor unit and the inner air-passage wall ; and at least one air flow direction louver disposed in the air outlet , the air flow direction louver being rotatable about a rotation axis and configured to deflect air blown from the air outlet by an angular position thereof in rotation, wherein while the indoor unit is in an operating state, the outer air-passage wall and the air flow direction louver define therebetween an outer air passage through which the blown air passes, and the inner air-passage wall and the air flow direction louver define therebetween an inner air passage through which the blown air passes, and the air flow direction louver is rotatable to an upward position, being the angular position, at which the outer air passage between the outer air-passage wall and the air flow direction louver and the inner air passage between the inner air-passage wall and the air flow direction louver are narrowed, and the outer air-passage has a higher air flow resistance than the inner air passage, wherein the at least one air outlet includes a plurality of air outlets each being provided with the air flow direction louver , characterized in that the indoor unit is configured to limit a number of the air flow direction louvers being at the upward position at a same time. at least one air outlet having formed therein an inner air-passage wall and an outer air-passage wall located at outside of the inner air-passage wall , the outer air-passage wall being between an installation surface of the indoor unit and the inner air-passage wall ; and at least one air flow direction louver disposed in the air outlet , the air flow direction louver being rotatable about a rotation axis and configured to deflect air blown from the air outlet by an angular position thereof in rotation, wherein while the indoor unit is in an operating state, the outer air-passage wall and the air flow direction louver define therebetween an outer air passage through which the blown air passes, and the inner air-passage wall and the air flow direction louver define therebetween an inner air passage through which the blown air passes, and the air flow direction louver is rotatable to an upward position, being the angular position, at which the outer air passage between the outer air-passage wall and the air flow direction louver and the inner air passage between the inner air-passage wall and the air flow direction louver are narrowed, and the outer air-passage has a higher air flow resistance than the inner air passage, wherein the at least one air outlet includes a plurality of air outlets each being provided with the air flow direction louver , characterized in that the indoor unit is configured to limit a number of the air flow direction louvers being at the upward position at a same time.
An autonomously guided machine which comprises at least a steering member and a steering mechanism and a guidance system comprising a screen and a digital camera for capturing images resolved into pixels of said screen , characterized in that the guidance system comprises an optical filter which has a receiving face exposed to the exterior and which can transmit light rays directed substantially in one direction and eliminate other light rays; the screen receiving the filtered light; a pre-processing member that can select the pixels corresponding to an incident plane laser beam received by the guidance system , filtered and projected onto said screen , and can generate a detection response image; a line detector generating, on the basis of the detection response image, by processing on the columns of pixels, an estimate (J) of the coordinates of the detected lines; and a locator that receives the estimate of the coordinates of the detected lines and calculates values representative of columns of pixels on the basis of said estimate of the coordinates of the detected lines and parameters of the guidance system , and then calculates a distance (y w ) of the guidance system from the plane laser beam in order to control the steering mechanism so as to minimize said distance (y w ).
A medical device for implantation in a hip joint of a patient, the natural hip joint having a ball shaped caput femur integrated with a collum femur having a collum and caput center axis, extending longitudinal along the collum and caput femur, in the center thereof, as the proximal part of the femoral bone with a convex hip joint surface towards the centre of the hip joint and a bowl shaped acetabulum as part of the pelvic bone with a concave hip joint surface towards the centre of the hip joint, the medical device comprising; an artificial caput femur comprising a convex surface towards the centre of the hip joint, an elongated portion adapted to be connected to a prosthetic spherical portion of said artificial convex caput femur and fixated to the pelvic bone of the human patient, wherein said artificial convex caput femur is adapted to, when implanted: a. be fixated to the pelvic bone of the human patient through said elongated portion fixation to the pelvic bone, and b. be in movable connection with a prosthetic artificial acetabulum surface fixated to the femoral bone of the patient, comprising at least one extending portion adapted to clasp said prosthetic spherical portion, wherein c. said elongated portion comprises a restricting portion adapted to restrict the motion range of the artificial acetabulum in relation to said artificial convex caput femur, characterized in that d. said restricting portion of said elongated portion is rotationally asymmetrical relative the collum and caput center axis and thereby enables an advantageous motion range in relation to said artificial acetabulum. a. be fixated to the pelvic bone of the human patient through said elongated portion fixation to the pelvic bone, and b. be in movable connection with a prosthetic artificial acetabulum surface fixated to the femoral bone of the patient, comprising at least one extending portion adapted to clasp said prosthetic spherical portion, wherein c. said elongated portion comprises a restricting portion adapted to restrict the motion range of the artificial acetabulum in relation to said artificial convex caput femur, characterized in that d. said restricting portion of said elongated portion is rotationally asymmetrical relative the collum and caput center axis and thereby enables an advantageous motion range in relation to said artificial acetabulum.