mhurhangee/patent-ind-claim-en huggingface dataset:
A condensing device, comprising: a mounting platform structure , an energy-collecting structure , and more than one mounting frame structure ; the mounting platform structure tracks east and west angles of a sun and rotating synchronously, the energy-collecting structure located above the mounting platform structure , and the mounting frame structure is mounted on the mounting platform structure ; more than one rotating device and more than one reflective mirror ; each of the rotating devices are disposed on the corresponding mounting frame structure , each of the reflective mirrors are disposed on the corresponding rotating device, and the reflective mirrors are rotating universally on the mounting frame structure through the rotating device; more than one driving device , more than one guide rail , and more than one telescopic device ; each of the driving devices are disposed on one end of the corresponding telescopic device , the other end of each of the telescopic devices are disposed on the corresponding reflective mirrors or the rotating device, each of the guide rails are disposed on the mounting platform structure or the mounting frame structure , each of the driving devices are disposed on the corresponding guide rails and move along the guide rails to drive the reflective mirrors to rotate, a curving radian of each of the guide rails is different from each other, such that each of the reflective mirrors rotate in different rotation directions, and light reflected by the reflective mirror is reflected onto the energy-collecting structure . a mounting platform structure , an energy-collecting structure , and more than one mounting frame structure ; the mounting platform structure tracks east and west angles of a sun and rotating synchronously, the energy-collecting structure located above the mounting platform structure , and the mounting frame structure is mounted on the mounting platform structure ; more than one rotating device and more than one reflective mirror ; each of the rotating devices are disposed on the corresponding mounting frame structure , each of the reflective mirrors are disposed on the corresponding rotating device, and the reflective mirrors are rotating universally on the mounting frame structure through the rotating device; more than one driving device , more than one guide rail , and more than one telescopic device ; each of the driving devices are disposed on one end of the corresponding telescopic device , the other end of each of the telescopic devices are disposed on the corresponding reflective mirrors or the rotating device, each of the guide rails are disposed on the mounting platform structure or the mounting frame structure , each of the driving devices are disposed on the corresponding guide rails and move along the guide rails to drive the reflective mirrors to rotate, a curving radian of each of the guide rails is different from each other, such that each of the reflective mirrors rotate in different rotation directions, and light reflected by the reflective mirror is reflected onto the energy-collecting structure .
Compacting vehicle having at least one roller for dynamically compacting a substrate , wherein the compacting vehicle has a travel drive connection to at least one first hydraulic machine , wherein at least one roller is assigned a vibrating unit , which has a drive connection to an assigned second hydraulic machine , characterized in that the at least one first, the at least one second and a third hydraulic machine (21; 31; 41) are each connected on the high-pressure side to a common supply point and on the low-pressure side to a tank such that they form an open hydraulic circuit, wherein said connection to the supply point is in each case continuously releasable such that a high pressure in the at least one first, in the at least one second and in the third hydraulic machine (21; 31; 41) is substantially equal to the pressure at the supply point , wherein the at least one first, the at least one second and the third hydraulic machine (21; 31; 41) each have an adjustable displacement volume, wherein a displacement volume of the at least one second hydraulic machine is adjustable in such a way that the desired vibrating strength results, while said connections to the supply point are released.
A communication method of a receiver, comprising: generating , based on a reporting mode, a first precoding matrix indicator from a first codebook C1 and a second precoding matrix indicator from a second codebook C2, wherein the reporting mode is determined among reporting modes comprising: a first reporting mode, of a wideband feedback type, wherein in the first reporting mode, the first precoding matrix indicator is associated with a set of subbands and the second precoding matrix indicator is associated with a subband among the set of subbands; generating channel quality information associated with the set of subbands, based on a precoding matrix that corresponds to each of the first precoding matrix indicator and the second precoding matrix indicator; and transmitting feedback information to a transmitter, wherein the feedback information comprises the first precoding matrix indicator, the second precoding matrix indicator, and the channel quality information. a first reporting mode, of a wideband feedback type, wherein in the first reporting mode, the first precoding matrix indicator is associated with a set of subbands and the second precoding matrix indicator is associated with a subband among the set of subbands; generating channel quality information associated with the set of subbands, based on a precoding matrix that corresponds to each of the first precoding matrix indicator and the second precoding matrix indicator; and transmitting feedback information to a transmitter, wherein the feedback information comprises the first precoding matrix indicator, the second precoding matrix indicator, and the channel quality information.
Hydrofoil mast for attachment to a board , comprising: a core portion formed by a plurality of torsion boxes made of a fiber composite material; and an outer shell made surrounding the core portion having said torsion boxes , characterized in that said outer shell made surrounding the core portion having said torsion boxes is made of a layered fiber composite material, and the torsion boxes each have four walls made of a layered fiber composite material which extend in parallel to the longitudinal direction (A) of the hydrofoil mast , wherein the direction of the fibers in at least one of the layers of the fiber composite material of said walls of the torsion boxes is at a first angle (α 1 ) to the longitudinal direction (A) of the hydrofoil mast and the direction of the fibers in at least one other of the layers is at a second angle (α 2 ) to the longitudinal direction (A) of the hydrofoil mast so that the respective fibers cross each other. a core portion formed by a plurality of torsion boxes made of a fiber composite material; and an outer shell made surrounding the core portion having said torsion boxes , characterized in that said outer shell made surrounding the core portion having said torsion boxes is made of a layered fiber composite material, and the torsion boxes each have four walls made of a layered fiber composite material which extend in parallel to the longitudinal direction (A) of the hydrofoil mast , wherein the direction of the fibers in at least one of the layers of the fiber composite material of said walls of the torsion boxes is at a first angle (α 1 ) to the longitudinal direction (A) of the hydrofoil mast and the direction of the fibers in at least one other of the layers is at a second angle (α 2 ) to the longitudinal direction (A) of the hydrofoil mast so that the respective fibers cross each other.
Magazine for a self-loading firearm with a magazine housing and a magazine base plate that can be moved between a magazine opening and magazine closing position, characterized in that the magazine base plate is provided in a displaceable manner between the magazine closing and magazine opening position and is pivotably linked to the magazine housing in the magazine opening position.
Use of a compound AB as an anticaking agent in zinc sulfate salts, wherein in the compound AB A is selected from zinc, and B is selected from hydroxide (OH - ), oxide anion (O 2- ), carbonate, phosphate, hydrogencarbonate, or silicate. wherein in the compound AB A is selected from zinc, and B is selected from hydroxide (OH - ), oxide anion (O 2- ), carbonate, phosphate, hydrogencarbonate, or silicate.
A recording apparatus comprising: a support unit configured to support a target recording medium; a recording unit configured to record on a target recording medium (M) that is supported by the support unit; a first adjustment lever having a main section and a handle section and configured such that a user can move the support unit to adjust an interval between the support unit and the recording unit by holding the handle section and performing rotational movement of the first adjustment lever in a rotational movement direction (D); characterised in that the recording apparatus further comprises: a second adjustment lever having a main section and a handle section and configured such that a user can move the support unit to adjust an interval between the support unit and the recording unit by holding the handle section and performing rotational movement of the second adjustment lever in a rotational movement direction (D), wherein an adjustment range of the first adjustment lever and an adjustment range of the second adjustment lever differ. a support unit configured to support a target recording medium; a recording unit configured to record on a target recording medium (M) that is supported by the support unit; a first adjustment lever having a main section and a handle section and configured such that a user can move the support unit to adjust an interval between the support unit and the recording unit by holding the handle section and performing rotational movement of the first adjustment lever in a rotational movement direction (D); characterised in that the recording apparatus further comprises: a second adjustment lever having a main section and a handle section and configured such that a user can move the support unit to adjust an interval between the support unit and the recording unit by holding the handle section and performing rotational movement of the second adjustment lever in a rotational movement direction (D), wherein an adjustment range of the first adjustment lever and an adjustment range of the second adjustment lever differ. a second adjustment lever having a main section and a handle section and configured such that a user can move the support unit to adjust an interval between the support unit and the recording unit by holding the handle section and performing rotational movement of the second adjustment lever in a rotational movement direction (D), wherein an adjustment range of the first adjustment lever and an adjustment range of the second adjustment lever differ.
An applicator for a tampon comprising an inner tube and an outer tube, the inner tube being slideable within the outer tube, the applicator having a forward end, wherein the inner surface of the outer tube comprises an annular protrusion near to the rear end of the outer tube and the internal diameter of the outer tube is smaller rearward of the annular protrusion than forward of the annular protrusion, and wherein the outer surface of the outer tube comprises a grip feature at its rear end, the grip feature including two discrete grip features positioned substantially diametrically opposite to each other on the outer surface of the outer tube, and wherein the outer tube has a greater longitudinal length where the two discrete grip features are present and a smaller longitudinal length where the two discrete grip features are not present, the longitudinal length of the outer tube varying due to the rear end of the outer tube having a circumferential edge which is of a wave or undulating form. the grip feature including two discrete grip features positioned substantially diametrically opposite to each other on the outer surface of the outer tube, and wherein the outer tube has a greater longitudinal length where the two discrete grip features are present and a smaller longitudinal length where the two discrete grip features are not present, the longitudinal length of the outer tube varying due to the rear end of the outer tube having a circumferential edge which is of a wave or undulating form.
A printing head adjustment device which adjusts a position of a head module in a head including one or more head modules , the head adjustment device comprising: an adjustment unit that includes an actuator that is connected to an adjustment member , which is configured to be operated in a case where the position of the head module is to be adjusted, and operates the adjustment member ; a movement unit configured to move the adjustment unit relative to the head; a detection unit configured to detect a reference position of the head; and a movement control unit configured to set coordinates to be applied to the movement unit based on the reference position of the head and move the adjustment unit based on coordinate values of the adjustment member . an adjustment unit that includes an actuator that is connected to an adjustment member , which is configured to be operated in a case where the position of the head module is to be adjusted, and operates the adjustment member ; a movement unit configured to move the adjustment unit relative to the head; a detection unit configured to detect a reference position of the head; and a movement control unit configured to set coordinates to be applied to the movement unit based on the reference position of the head and move the adjustment unit based on coordinate values of the adjustment member .
An illuminated microsurgical instrument system comprising: a microsurgical instrument having a distally projecting tubular member arranged to perform a medical procedure at an interventional site, the tubular member having a distal tip and an outer surface; a sheath member surrounding a portion of the tubular member and extending toward the distal tip of the tubular member ; and an optical fiber extending along a length of the outer surface between the tubular member and the sheath member , wherein a tip of the optical fiber is directed toward the distal tip of the tubular member , characterized in that the outer surface of the tubular member has a flat surface formed therein, wherein the flat surface is planar and is produced by removing material from the tubular member such that the thickness of the wall of the tubular member is smaller at the flat surface , in that the optical fiber extends along a length of the flat surface , and in that a distal edge of the sheath member is disposed at a location closer to the distal tip of the tubular member than is the optical fiber , such that the optical fiber is recessed from the distal edge . a microsurgical instrument having a distally projecting tubular member arranged to perform a medical procedure at an interventional site, the tubular member having a distal tip and an outer surface; a sheath member surrounding a portion of the tubular member and extending toward the distal tip of the tubular member ; and an optical fiber extending along a length of the outer surface between the tubular member and the sheath member , wherein a tip of the optical fiber is directed toward the distal tip of the tubular member , characterized in that the outer surface of the tubular member has a flat surface formed therein, wherein the flat surface is planar and is produced by removing material from the tubular member such that the thickness of the wall of the tubular member is smaller at the flat surface , in that the optical fiber extends along a length of the flat surface , and in that a distal edge of the sheath member is disposed at a location closer to the distal tip of the tubular member than is the optical fiber , such that the optical fiber is recessed from the distal edge .
Valve for an internal combustion engine, wherein the valve comprises: a valve housing with an inlet and an outlet , an actuating element which opens or closes a flow cross section radially inward of a valve seat between the inlet and the outlet , a drive shaft of a rotary drive , which shaft eccentrically rotates a drive wheel , characterized in that the drive wheel is movement coupled to an equally large output gear , wherein the output gear is mechanically coupled to and rotates eccentrically with a driver shaft actuating the actuating element , and means keeping a distance (A) between a drive wheel center axis and a driven wheel center axis constant, wherein a center axis of the actuating element intersects the drive shaft and the driver shaft . a valve housing with an inlet and an outlet , an actuating element which opens or closes a flow cross section radially inward of a valve seat between the inlet and the outlet , a drive shaft of a rotary drive , which shaft eccentrically rotates a drive wheel , characterized in that the drive wheel is movement coupled to an equally large output gear , wherein the output gear is mechanically coupled to and rotates eccentrically with a driver shaft actuating the actuating element , and means keeping a distance (A) between a drive wheel center axis and a driven wheel center axis constant, wherein a center axis of the actuating element intersects the drive shaft and the driver shaft .
A pharmaceutical composition containing a selenite-containing compound and a pharmaceutically acceptable acid, selected from citric acid, acetic acid, malic acid, carbonic acid, sulfuric acid, nitric acid, hydrochloric acid, fruit acids and mixtures thereof, for use in reducing progression of cervical cell abnormalities in a female patient, wherein the patient is p16-positive and Ki-67-positive at least in a region of the cervix uteri, wherein the composition is applied intravaginally.
Method for controlling an electric vacuum pump (PV) of an electric vehicle (VHL) intended to maintain a vacuum pressure in a vacuum tank (RV), the electric vehicle being provided with an electric powertrain (GMP) controlled by a supervisor (SGMP), a traction battery ( BattT ) configured to supply said powertrain, a service battery (BattS) configured to supply the supervisor (SGMP) as well as an on-board network (RB) of the vehicle and computers (Calc), the electric vehicle being further provided with a converter (DC/DC) allowing the traction battery (BattT) to recharge the service battery ( BattS ) and configured to supply in particular the supervisor (SGMP), the on-board network (RB) of the vehicle and the computers (Calc), the electric vehicle comprising a control mode provided with at least one state called "OFF" in which none of the aforementioned components is supplied with voltage, a state called "+APC" in which the service battery ( BattS ) supplies the supervisor (SGMP) as well as the on-board network (RB) of the vehicle and the computers (Calc), a state called "READY" in which the traction battery ( BattT ) supplies voltage to the powertrain (GMP) as well as the converter (DC/DC), characterized in that the vacuum pump is supplied with voltage only by the converter (DC/DC) when the electric vehicle is in the "READY" state.
Integrated circuit chip module for a smart card, comprising: - a radio-frequency integrated circuit chip , - a component , - an insulating substrate , - metallizations comprising conductive tracks which are made on a first face of the same single side of the insulating substrate , forming an antenna and have two connection ends , - a zone for coating or placing the radio-frequency integrated circuit chip and the component in the form of a surface-mounted component (SMD), - the radio-frequency integrated circuit chip and the component being arranged on the same face (12 or 13) of the substrate and connected to the antenna by an electrical connection , characterized in that - the radio-frequency integrated circuit chip and the component are arranged on a second face of the substrate opposite the first face of the substrate and said electrical connection is made via perforations through the insulating substrate , and - wherein the module comprises a spiral which has antenna turns at the periphery of the substrate , the chip and the component being arranged inside the spiral, the module comprising an interconnection metallization connected to the antenna inside the spiral, a connection end of said module being an external terminal of the antenna that is brought close to the interconnection metallization via a deflection (D) of the turns, said deflection (D) extending from the periphery of the support film towards the inside of the spiral and said interconnection metallization . - a radio-frequency integrated circuit chip , - a component , - an insulating substrate , - metallizations comprising conductive tracks which are made on a first face of the same single side of the insulating substrate , forming an antenna and have two connection ends , - a zone for coating or placing the radio-frequency integrated circuit chip and the component in the form of a surface-mounted component (SMD), - the radio-frequency integrated circuit chip and the component being arranged on the same face (12 or 13) of the substrate and connected to the antenna by an electrical connection , characterized in that - the radio-frequency integrated circuit chip and the component are arranged on a second face of the substrate opposite the first face of the substrate and said electrical connection is made via perforations through the insulating substrate , and - wherein the module comprises a spiral which has antenna turns at the periphery of the substrate , the chip and the component being arranged inside the spiral, the module comprising an interconnection metallization connected to the antenna inside the spiral, a connection end of said module being an external terminal of the antenna that is brought close to the interconnection metallization via a deflection (D) of the turns, said deflection (D) extending from the periphery of the support film towards the inside of the spiral and said interconnection metallization .
Process of making a flocks-based, cellulose-based thermal and/or acoustic insulating materials, characterized by the fact it comprises the following steps: - preparing a cellulose-based pulp; - adding to said pulp a mixture (A) comprising at least one substance having a fireproof property and at least one substance having an anti-mould property; - making a paper web having determined thickness and grammage, from said pulp to which said mixture is added; - subjecting said web to a grinding operation in order to obtain flocks forming said flocks-based insulating material wherein the process is adjusted in order to obtain a web, the thickness thereof being comprised between 0.1 and 0.5 mm. - preparing a cellulose-based pulp; - adding to said pulp a mixture (A) comprising at least one substance having a fireproof property and at least one substance having an anti-mould property; - making a paper web having determined thickness and grammage, from said pulp to which said mixture is added; - subjecting said web to a grinding operation in order to obtain flocks forming said flocks-based insulating material