mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine system comprising: a plurality of modules , each module comprising a frame and at least one wind turbine supported by the frame; a set of first electrically conductive members ; and a set of second electrically conductive members ; Z f wherein one of the first electrically conductive members is attached to a terminal of a generator of the at least one turbine and another of the first electrically conductive members is attached to another terminal of the generator such that the set of first electrically conductive members forms a collection circuit which is configured to collect electricity generated by the turbine ; wherein the set of second electrically conductive members are connected to the set of second electrically conductive members of adjacent modules to form a concatenated string of second electrically conductive members which form a transmission circuit; wherein the set of first electrically conductive members are connected to the set of second electrically conductive members so as to feed the collected electricity from the collection circuit to the transmission circuit for transmission along the concatenated string of second electrically conductive members; wherein at least one of the first electrically conductive members and at least one of the second electrically conductive members form structural rails of the frame which supports the at least one turbine , and wherein, in use, the collection circuit and the transmission circuit carry different types of current and/or different voltages. a plurality of modules , each module comprising a frame and at least one wind turbine supported by the frame; a set of first electrically conductive members ; and a set of second electrically conductive members ; Z f wherein one of the first electrically conductive members is attached to a terminal of a generator of the at least one turbine and another of the first electrically conductive members is attached to another terminal of the generator such that the set of first electrically conductive members forms a collection circuit which is configured to collect electricity generated by the turbine ; wherein the set of second electrically conductive members are connected to the set of second electrically conductive members of adjacent modules to form a concatenated string of second electrically conductive members which form a transmission circuit; wherein the set of first electrically conductive members are connected to the set of second electrically conductive members so as to feed the collected electricity from the collection circuit to the transmission circuit for transmission along the concatenated string of second electrically conductive members; wherein at least one of the first electrically conductive members and at least one of the second electrically conductive members form structural rails of the frame which supports the at least one turbine , and wherein, in use, the collection circuit and the transmission circuit carry different types of current and/or different voltages.
Holder for fixing a lighting device or a lighting device suspension part to a ceiling or wall, the holder comprising a substantially cylindrical base body extending along a longitudinal axis from a base body start to a base body end and having an outer lateral surface , wherein an external thread is arranged on the outer lateral surface and extends at least in sections along the longitudinal axis , characterized in that at least one anchor element is arranged in the region of the base body end for securing the holder against rotation in a plaster or a filler compound, wherein the at least one anchor element projects from the base body in a first direction , wherein the first direction has at least one directional component, which directional component lies in a normal plane disposed normally to the longitudinal axis , and in that a plaster or filler edge is provided which projects from the base body in a second direction in the region of the base body end , wherein the second direction has at least one directional component in a longitudinal direction , which longitudinal direction is parallel to the longitudinal axis and faces from the base body start to the base body end , and in that the plaster or filler edge projects beyond the at least one anchor element and the base body in the longitudinal direction .
A filtration device (1; 100) for a filtration of a blood fluid including bone residues, said filtration device comprising: - a container and a lid arranged to close the container , said container and said lid delimiting between them a blood fluid suction chamber into which at least one outlet opening (22; 23, 24) adapted to be connected to a blood fluid aspiration device , and an inlet opening (38; 28) for an inlet of blood fluid including bone residues open; - a filtration means housed in the container for the collection of bone residues, said filtration device (1; 100) being characterized in that the filtration means is provided with a filter box which comprises a bottom wall and a peripheral screen through which the blood fluid is filtered and by which the bone residues are retained; and in that it comprises centrifugation means configured to generate a centrifugal effect of the blood fluid inside the filter box . - a container and a lid arranged to close the container , said container and said lid delimiting between them a blood fluid suction chamber into which at least one outlet opening (22; 23, 24) adapted to be connected to a blood fluid aspiration device , and an inlet opening (38; 28) for an inlet of blood fluid including bone residues open; - a filtration means housed in the container for the collection of bone residues, said filtration device (1; 100) being characterized in that the filtration means is provided with a filter box which comprises a bottom wall and a peripheral screen through which the blood fluid is filtered and by which the bone residues are retained; and in that it comprises centrifugation means configured to generate a centrifugal effect of the blood fluid inside the filter box .
A boom for an earth-moving machine, in particular an excavator, comprising rear and front boom parts which are cohesively assembled to form a boomerang-like boom structure, wherein the central connection between the boom parts is formed by a central connecting plate, characterized in that the central connecting plate is curved, whereby a curved contact edge of the boom parts is obtained along the boom side faces. wherein the central connection between the boom parts is formed by a central connecting plate, characterized in that the central connecting plate is curved, whereby a curved contact edge of the boom parts is obtained along the boom side faces.
A binocular device adapted to a wearer comprising: - a first lens and a second lens , respectively designed to be placed in front of a first and a second eyes of the wearer, the first lens comprising at least a back face, and - a monocular display device designed and arranged to display a virtual picture towards the first eye of the wearer, the virtual picture being transmitted at least through the back face of the first lens defining a display area on the back face, the monocular display device comprising a source unit arranged and configured to produce a supplementary light corresponding to the virtual picture, wherein: - the second lens comprises an adapted area and a corresponding area , - the corresponding area is the area scanned by the second eye of the wearer when the first eye scans the virtual picture through the display area, - the adapted area is arranged so that the adapted area overlaps at least a part of the corresponding area, and the adapted area is configured to be obscured, meaning that the image of an object formed through it is rendered indistinct or hidden from view of the wearer; - the adapted area is arranged and/or configured based on at least a wearer related parameter and/or a display area related parameter; and - the adapted area is arranged so that the adapted area is smaller than the corresponding area. - a first lens and a second lens , respectively designed to be placed in front of a first and a second eyes of the wearer, the first lens comprising at least a back face, and - a monocular display device designed and arranged to display a virtual picture towards the first eye of the wearer, the virtual picture being transmitted at least through the back face of the first lens defining a display area on the back face, the monocular display device comprising a source unit arranged and configured to produce a supplementary light corresponding to the virtual picture, - the second lens comprises an adapted area and a corresponding area , - the corresponding area is the area scanned by the second eye of the wearer when the first eye scans the virtual picture through the display area, - the adapted area is arranged so that the adapted area overlaps at least a part of the corresponding area, and the adapted area is configured to be obscured, meaning that the image of an object formed through it is rendered indistinct or hidden from view of the wearer; - the adapted area is arranged and/or configured based on at least a wearer related parameter and/or a display area related parameter; and - the adapted area is arranged so that the adapted area is smaller than the corresponding area.
A skin cleansing composition comprising: a) abrasive particles present at a level of from about 0.1 %, 0.3 %, or 0.5 % to about 5 %, 8 %, or 10 %, or preferably from about 1 % to about 3 % by weight of the composition, wherein said abrasive particles have: i) a mean Circularity of from about 0.65, or 0.70 to about 0.80, 0.85 or 0.90 or preferably from about 0.65 to about 0.85, as determined according to ISO 9726-6:2008; ii) a mean Solidity from about 0.60, 0.65, 0.70, or 0.75 to about 0.90, 0.95, or 1.0, or preferably from about 0.85 to about 1.0, as determined according to ISO 9276-6:2008; and iii) a Biodegradable Rate of at least about 30 %, or about 35 %, or about 40 %, as determined after 28 days according to the Biodegradability Test as disclosed herein; and b) a dermatologically acceptable carrier. a) abrasive particles present at a level of from about 0.1 %, 0.3 %, or 0.5 % to about 5 %, 8 %, or 10 %, or preferably from about 1 % to about 3 % by weight of the composition, wherein said abrasive particles have: i) a mean Circularity of from about 0.65, or 0.70 to about 0.80, 0.85 or 0.90 or preferably from about 0.65 to about 0.85, as determined according to ISO 9726-6:2008; ii) a mean Solidity from about 0.60, 0.65, 0.70, or 0.75 to about 0.90, 0.95, or 1.0, or preferably from about 0.85 to about 1.0, as determined according to ISO 9276-6:2008; and iii) a Biodegradable Rate of at least about 30 %, or about 35 %, or about 40 %, as determined after 28 days according to the Biodegradability Test as disclosed herein; and i) a mean Circularity of from about 0.65, or 0.70 to about 0.80, 0.85 or 0.90 or preferably from about 0.65 to about 0.85, as determined according to ISO 9726-6:2008; ii) a mean Solidity from about 0.60, 0.65, 0.70, or 0.75 to about 0.90, 0.95, or 1.0, or preferably from about 0.85 to about 1.0, as determined according to ISO 9276-6:2008; and iii) a Biodegradable Rate of at least about 30 %, or about 35 %, or about 40 %, as determined after 28 days according to the Biodegradability Test as disclosed herein; and b) a dermatologically acceptable carrier.
A system comprising: a first magnetoresistive sense element configured to produce a first output signal in response to an external magnetic field directed along a sensing axis parallel to a plane of the first magnetoresistive sense element , the first magnetoresistive sense element having a first layer magnetization; a second magnetoresistive sense element having a second layer magnetization that is rotated in the plane relative to the first layer magnetization, the second magnetoresistive sense element being configured to produce a second output signal in response to the external magnetic field , wherein the second output signal differs from the first output signal in dependency to a magnetic interference field directed along a non-sensing axis of the firstmagnetoresistive sense element ; and a processing circuit coupled with the first and second magnetoresistive sense elements , characterized in that the processing circuit is configured to receive the first and second output signals , identify from a relationship between the first and second output signals an influence of the magnetic interference field on the first output signal , and apply a correction factor to the first output signal to produce a resultant output signal in which the influence of the magnetic interference field is substantially removed. a first magnetoresistive sense element configured to produce a first output signal in response to an external magnetic field directed along a sensing axis parallel to a plane of the first magnetoresistive sense element , the first magnetoresistive sense element having a first layer magnetization; a second magnetoresistive sense element having a second layer magnetization that is rotated in the plane relative to the first layer magnetization, the second magnetoresistive sense element being configured to produce a second output signal in response to the external magnetic field , wherein the second output signal differs from the first output signal in dependency to a magnetic interference field directed along a non-sensing axis of the firstmagnetoresistive sense element ; and a processing circuit coupled with the first and second magnetoresistive sense elements , characterized in that the processing circuit is configured to receive the first and second output signals , identify from a relationship between the first and second output signals an influence of the magnetic interference field on the first output signal , and apply a correction factor to the first output signal to produce a resultant output signal in which the influence of the magnetic interference field is substantially removed.
A method of transmitting a physical uplink control channel, PUCCH, by a user equipment , UE, in a wireless communication system, the method comprising: transmitting, to a base station , BS, a message A; receiving, from the BS , a message B including a success random access response, RAR, in response to the message A, wherein the success RAR includes a PUCCH resource indication field of 4 bits representing a PUCCH resource from a PUCCH resource set including a plurality of PUCCH resources, and a physical downlink shared channel, PDSCH, -to-hybrid automatic repeat request-acknowledgement, HARQ, feedback timing indication field of 3 bits representing a slot in which the PUCCH is transmitted; and transmitting, to the BS , the PUCCH with a HARQ-ACK feedback for the message B based on the PUCCH resource indication field and the PDSCH-to-HARQ feedback timing indication field. transmitting, to a base station , BS, a message A; receiving, from the BS , a message B including a success random access response, RAR, in response to the message A, wherein the success RAR includes a PUCCH resource indication field of 4 bits representing a PUCCH resource from a PUCCH resource set including a plurality of PUCCH resources, and a physical downlink shared channel, PDSCH, -to-hybrid automatic repeat request-acknowledgement, HARQ, feedback timing indication field of 3 bits representing a slot in which the PUCCH is transmitted; and transmitting, to the BS , the PUCCH with a HARQ-ACK feedback for the message B based on the PUCCH resource indication field and the PDSCH-to-HARQ feedback timing indication field.
A yarn feeder comprising a brake motor assembly , the brake motor assembly being adapted to control the position of a braking element cooperating with a spool body of the yarn feeder , wherein the yarn feeder further comprises a quick release mechanism whereby the braking element can be moved from a braking position where the braking element is positioned to brake a yarn withdrawn from the yarn feeder to a gap position where the braking element is distanced from the spool body and wherein a motor of the brake motor assembly is fixedly arranged in or attached to a part that is released and moved when operating said quick release mechanism, characterized in that the motor is at least partly located in a control handle of the quick release mechanism.
A spinning reel comprising a reel unit including a chassis and a lid member ; and a rotation transmission mechanism for a spinning reel, the rotation transmission mechanism mounted to said reel unit , the rotation transmission mechanism comprising: a drive shaft rotatable with respect to the chassis; a drive gear unitarily rotatable with the drive shaft; a pinion gear rotatably mounted to the chassis and disposed in a skew direction to the drive shaft, the pinion gear meshed with the drive gear; a first bearing mounted to the chassis and disposed between the chassis and the drive shaft, the first bearing rotatably supporting the drive shaft; and a positioning structure mounted to an end of the drive shaft, the positioning structure being arranged to position the drive shaft with respect to the first bearing , wherein the positioning structure includes a mount part and an engaging part , the mount part mounted to the end of the drive shaft, the engaging part being on the mount part, the engaging part being arranged to be engaged with the first bearing from a same side as the end of the drive shaft, characterized in that the mount part is tubular and includes a male threaded part provided on the outer peripheral surface of the mount part , the male threaded part being screwed into a female part of the drive shaft. a drive shaft rotatable with respect to the chassis; a drive gear unitarily rotatable with the drive shaft; a pinion gear rotatably mounted to the chassis and disposed in a skew direction to the drive shaft, the pinion gear meshed with the drive gear; a first bearing mounted to the chassis and disposed between the chassis and the drive shaft, the first bearing rotatably supporting the drive shaft; and a positioning structure mounted to an end of the drive shaft, the positioning structure being arranged to position the drive shaft with respect to the first bearing , wherein the positioning structure includes a mount part and an engaging part , the mount part mounted to the end of the drive shaft, the engaging part being on the mount part, the engaging part being arranged to be engaged with the first bearing from a same side as the end of the drive shaft, characterized in that the mount part is tubular and includes a male threaded part provided on the outer peripheral surface of the mount part , the male threaded part being screwed into a female part of the drive shaft.
Electromagnetic brake device comprising a brake shoe for being moved into contact with and away from a brake drum , an armature connected to the brake shoe , a braking spring for pressing the brake shoe against the brake drum , an electromagnet disposed facing the armature to generate an electromagnetic suction force for opening the brake shoe away from the brake drum against the braking spring , the electromagnet being provided with a brake coil , a release detecting switch for detecting that the armature has been displaced to a full release position, and a current detector for detecting a value of a current conducted through the brake coil , the electromagnetic brake device further comprising an electromagnetic brake control device equipped with a control device body for exciting the brake coil to cause the brake coil to suck the armature with a view to releasing an electromagnetic brake device, wherein the control device body , which is configured to detect start of a release operation of the armature resulting from suction by the brake coil , is configured to reduce a suction force generated in the brake coil to a value smaller than a suction force before the start of the release operation when the start of the release operation is detected, characterized in that the control device body has a current command generating portion configured to generate a current command for causing a current to flow through the brake coil in accordance with a brake release command; a current control portion configured to generate a voltage command as a command regarding a value of a voltage applied to the brake coil such that an actual current value of the brake coil coincides with a value of the current command; a release operation detecting portion configured to detect the release operation of the armature based on a change in a value of the voltage command; and a current command adjusting portion configured to change the value of the current command based on information from the release operation detecting portion , wherein: the control device body further has a differentiation portion configured to differentiate the value of the voltage command to transmit the differentiated value to the release operation detecting portion ; and the release operation detecting portion is configured to compare an output from the differentiation portion with a preset threshold to detect the start of the release operation. the control device body further has a differentiation portion configured to differentiate the value of the voltage command to transmit the differentiated value to the release operation detecting portion ; and the release operation detecting portion is configured to compare an output from the differentiation portion with a preset threshold to detect the start of the release operation.
Rectangular frame , which frame is formed by at least a first upright , upper beam , second upright and lower beam , wherein the frame is provided with first coupling means and the frame is configured for coupling of a first device, such as a desk top, black/whiteboard or painting, to a first side (A) of the frame by means of the first coupling means, wherein the frame is also configured for adjustable placing of the first device in the height relative to the frame , wherein the frame is provided with first adjusting means for adjusting the first coupling means and a first operating member for operating the first adjusting means , wherein the first coupling means comprise a first and second coupling element , which first and second coupling elements are arranged for simultaneous adjustable displacement to substantially the same height in respectively the first and second upright and are connected respectively by means of a first and second cord to the first adjusting means , characterized in that the first adjusting means comprise at least one constant-force spring , wherein a first outer end of each constant-force spring is connected to both the first and the second cord .
Rotor of a rotating electric machine, notably for a wound-rotor or flux-switching machine, comprising: - a support having a generally discoid shape for mounting the rotor on a shaft, - a plurality of magnetic segments preferably in a strip , fastened onto the support, the support having, at the periphery, notches which are superposed with notches of the segments , characterized in that the rotor comprises segments on two axially opposite faces of the support . - a support having a generally discoid shape for mounting the rotor on a shaft, - a plurality of magnetic segments preferably in a strip , fastened onto the support,