mhurhangee/patent-ind-claim-en huggingface dataset:
Screw having a screw central axis (M), comprising a drive and a threaded shank , having a thread which extends in some regions at least in a helix of constant pitch along the shank and forms a main thread which has an average thread radius (R M ) that corresponds to the average thread radius over the entire length of the main thread , the thread radius (R) being the maximum orthogonal distance from the screw axis (M) to the profile contour of the thread, the main thread having a bearing area (T) and a forming area (F), wherein, in the forming area (F), there is a forming profile contour having a forming area radius (R F ) which corresponds to the maximum orthogonal distance of the forming profile contour to the screw central axis, and in the bearing area (T), there is a bearing profile contour having a bearing area radius (R T ), wherein the forming profile contour is defined by the projection of the thread turn along the helix over an axially extending area having a length of three times the mean thread radius (R M ) starting from the free end of the shank onto a section plane (H) of the helix, wherein the forming area (F) ends at a forming area end (FE), i.e. at the point of the helix where the forming profile contour closest to the drive in the area starting from 85% of the mean thread radius lies outwards in the radial direction, and the profile contour following the end of the forming area (FE) lies again within the forming profile contour , the bearing profile contour being defined by the projection of the thread turn along the helix onto a section plane (H) of the helix in an area which begins at an axial distance of 2/3 times the mean thread radius (R M ) from the forming area end (FE) and ends at an axial distance of 5/3 times the mean thread radius (R M ), and that, when the bearing profile contour and the forming profile contour overlap, at least in the area which extends radially outwards from 85% of the forming area radius (RF), lies completely within the forming profile contour , characterized in that a forming profile surface which is delimited by the forming profile contour , measured within 10% of the forming area radius (R F ) starting from the maximum orthogonal distance of the forming profile contour to the screw central axis radially inwards, is larger than a bearing profile surface which is delimited by the bearing profile contour , measured within 10% of the forming area radius (R F ), starting from the maximum orthogonal distance of the bearing profile contour from the screw central axis radially inwards.
A fusion peptide for use in treating, preventing and/or delaying onset of a fibroproliferative vascular disease, wherein the fusion peptide comprises: (a) an amino acid sequence as defined in SEQ ID No.: 1 or a related homolog having at least 85% identity with SEQ ID No.: 1 and having the ability of the sequence SEQ ID No.: 1 to inhibit the kinase-independent function of PI3Kγ, and (b) a peptide having the ability to penetrate a cell. (a) an amino acid sequence as defined in SEQ ID No.: 1 or a related homolog having at least 85% identity with SEQ ID No.: 1 and having the ability of the sequence SEQ ID No.: 1 to inhibit the kinase-independent function of PI3Kγ, and (b) a peptide having the ability to penetrate a cell.
A loadbinder including: two attachment points for attaching the loadbinder to secure a load on a vehicle; an adjustment mechanism is provided between the two attachment points for adjusting the effective length of the loadbinder ; wherein the adjustment mechanism includes at least one threaded rotating component and rotation of the rotating component gives rise to a change in the effective length of the loadbinder; a generally elongate handle ; the handle is pivotally coupled to the adjustment mechanism; the handle is arranged to drive the at least one rotating component by pivoting in a plane which is substantially parallel to the axis of rotation of the rotating component; wherein the adjustment mechanism includes an arrangement of bevel gears that are provided in a housing ; characterised in that : the housing is provided in two parts which are able to rotate with respect to one another to allow the loadbinder to adopt a partially folded configuration. two attachment points for attaching the loadbinder to secure a load on a vehicle; an adjustment mechanism is provided between the two attachment points for adjusting the effective length of the loadbinder ; wherein the adjustment mechanism includes at least one threaded rotating component and rotation of the rotating component gives rise to a change in the effective length of the loadbinder; a generally elongate handle ; the handle is pivotally coupled to the adjustment mechanism; the handle is arranged to drive the at least one rotating component by pivoting in a plane which is substantially parallel to the axis of rotation of the rotating component; wherein the adjustment mechanism includes an arrangement of bevel gears that are provided in a housing ; characterised in that : the housing is provided in two parts which are able to rotate with respect to one another to allow the loadbinder to adopt a partially folded configuration.
A commercial dishwasher in the form of a batch dishwasher that is particularly realized as a hood-type dishwasher, wherein the dishwasher has a treatment chamber with at least one wash system, which is designed as a recirculation system, for spraying wash liquid in the treatment chamber as required, and has at least one final rinse system for spraying final rinse liquid in the treatment chamber as required, wherein the treatment chamber is divided into a first treatment zone and at least one further, second treatment zone , wherein the first and at least one second treatment zone are arranged one above the other, and wherein the first treatment zone and the at least one further, second treatment zone are configured such that items of washware are treatable independently of one another and at least temporarily at the same time in the first and in the at least one second treatment zone ; wherein the first and the at least one second treatment zone are physically separated from one another by means of a partition in such a way that, when wash liquid is sprayed in one of the two treatment zones , recontamination in the other treatment zone which is caused by said spraying operation is effectively prevented, wherein a common wash tank , in which the wash liquid which is to be sprayed in the treatment zones is collected or can be collected, is associated with the first and the at least one second treatment zone , wherein a dedicated final rinse system with in each case a final rinse pump (14.1, 14.2) and final rinse nozzles (15.1, 15.2) is associated with each treatment zone , and wherein at least some of the final rinse nozzles (15.1, 15.2), in particular at least some of the final rinse nozzles (15.2) which are associated with the at least one second treatment zone , are designed as final rinse nozzles which are stationary in relation to the corresponding treatment zone.
A DNA, having a function of leading to male sterility in rice, characterized in that the DNA has a nucleotide sequence of SEQ ID NO: 7.
An air filter comprising: a first urethane portion made of polyurethane foam and having air permeability; and a second urethane portion made of polyurethane foam and disposed so as to overlap with a part of the first urethane portion , the second urethane portion is higher in density than the first urethane portion , and characterized in that , the first urethane portion and the second urethane portion are integrated with each other by thermocompression bonding in a state where the second urethane portion is incorporated in the part of the first urethane portion . a first urethane portion made of polyurethane foam and having air permeability; and a second urethane portion made of polyurethane foam and disposed so as to overlap with a part of the first urethane portion , the second urethane portion is higher in density than the first urethane portion , and characterized in that , the first urethane portion and the second urethane portion are integrated with each other by thermocompression bonding in a state where the second urethane portion is incorporated in the part of the first urethane portion .
A ring fixator assembly comprising: - a ring configured to surround a bone; - a retention device disposed at a first position on the ring ; - a tensioner clamp disposed at a second position on the ring ; and - a wire extending between the retention device and the tensioner clamp , - wherein the tensioner clamp comprises a clamping member - configured to secure the wire in position with respect to the tensioner clamp - and a tensioning member comprising a clamping screw and configured to apply tension to the wire, wherein the clamping member secures the wire via rotation of the clamping screw , - wherein the tensioning member comprises a tensioning screw ; characterized in that he tensioning member tensions the wire via rotation of the tensioning screw , and in that the clamping screw is coaxial with the tensioning screw . - a ring configured to surround a bone; - a retention device disposed at a first position on the ring ; - a tensioner clamp disposed at a second position on the ring ; and - a wire extending between the retention device and the tensioner clamp , - wherein the tensioner clamp comprises a clamping member - configured to secure the wire in position with respect to the tensioner clamp - and a tensioning member comprising a clamping screw and configured to apply tension to the wire, wherein the clamping member secures the wire via rotation of the clamping screw , - wherein the tensioning member comprises a tensioning screw ;
A golf club head that, when oriented in a reference position, comprises: a sole portion ; a top portion ; a heel portion ; a toe portion ; a striking face having a face center , a leading edge , a virtual striking face plane generally parallel to the striking face , and a plurality of scorelines having a heel-most extent and a toe-most extent ; a hosel portion (110; 210; 310) having an internal bore configured to receive a golf shaft; a first virtual vertical plane perpendicular to the striking face plane and passing through the heel-most extent of the plurality of scorelines ; a heel-most region defined as the entire portion of the club head located heelward of the first virtual vertical plane ; a recessed region (156; 3Q7; 949) delimiting a volume such that the majority of the volume is located in the heel-most region ; a loft L no less than 40°; a second virtual vertical plane perpendicular to the striking face plane and passing through the face center ; and a club head center of gravity spaced from the second virtual vertical plane in the heel-to-toe direction by a distance D1 that is no greater than 6.0mm, characterized in that the center of gravity is spaced from the striking face plane by a minimum distance D2 no greater than 2.0mm. a sole portion ; a top portion ; a heel portion ; a toe portion ; a striking face having a face center , a leading edge , a virtual striking face plane generally parallel to the striking face , and a plurality of scorelines having a heel-most extent and a toe-most extent ; a hosel portion (110; 210; 310) having an internal bore configured to receive a golf shaft; a first virtual vertical plane perpendicular to the striking face plane and passing through the heel-most extent of the plurality of scorelines ; a heel-most region defined as the entire portion of the club head located heelward of the first virtual vertical plane ; a recessed region (156; 3Q7; 949) delimiting a volume such that the majority of the volume is located in the heel-most region ; a loft L no less than 40°; a second virtual vertical plane perpendicular to the striking face plane and passing through the face center ; and a club head center of gravity spaced from the second virtual vertical plane in the heel-to-toe direction by a distance D1 that is no greater than 6.0mm, characterized in that the center of gravity is spaced from the striking face plane by a minimum distance D2 no greater than 2.0mm.
A laundry treating apparatus comprising: a cabinet ; a drum accommodated in the cabinet ; a tub accommodating the drum; and a dynamic absorber provided to absorb oscillation of the cabinet during use of the laundry treatment apparatus, wherein the dynamic absorber comprises: a support plate coupled to the cabinet ; a moving mass movably disposed on the support plate to absorb oscillation transmitted to the cabinet ; and a support disposed between the support plate and the moving mass ; characterized in that the support comes into line or point contact with a bottom surface of the moving mass so that the moving mass has an attenuation ratio. a cabinet ; a drum accommodated in the cabinet ; a tub accommodating the drum; and a dynamic absorber provided to absorb oscillation of the cabinet during use of the laundry treatment apparatus, wherein the dynamic absorber comprises: a support plate coupled to the cabinet ; a moving mass movably disposed on the support plate to absorb oscillation transmitted to the cabinet ; and a support disposed between the support plate and the moving mass ; characterized in that the support comes into line or point contact with a bottom surface of the moving mass so that the moving mass has an attenuation ratio. a support plate coupled to the cabinet ; a moving mass movably disposed on the support plate to absorb oscillation transmitted to the cabinet ; and a support disposed between the support plate and the moving mass ; characterized in that the support comes into line or point contact with a bottom surface of the moving mass so that the moving mass has an attenuation ratio.
A humidity control device for an air-conditioning system including an indoor unit that has an indoor heat exchanger and an indoor unit expansion valve, the humidity control device comprising: a compressor ; a condenser; an expansion device; first and second water adsorption/desorption devices that are disposed in an air path providing communication between an air inlet through which air flows in from a humidity controlled space and an air outlet through which air flows out into the humidity controlled space, the first and second water adsorption/desorption devices each including an adsorbent whose equilibrium adsorption capacity with respect to air having a relative humidity in a range of 40% through 100% increases substantially linearly with an increase in the relative humidity, the first and second water adsorption/desorption devices being configured to release water into air having a relatively low humidity and adsorb water from air having a relatively high humidity; an evaporator disposed between the first water adsorption/desorption device and the second water adsorption/desorption device in the air path and connected in parallel with the indoor heat exchanger; and a switching device that switches between a channel in which the air that has flowed in through the air inlet is caused to pass through the first water adsorption/desorption device , the evaporator, and the second water adsorption/desorption device in this order, and a channel in which the air that has flowed in through the air inlet is caused to pass through the second water adsorption/desorption device , the evaporator, and the first water adsorption/desorption device in this order. a compressor ; a condenser; an expansion device; first and second water adsorption/desorption devices that are disposed in an air path providing communication between an air inlet through which air flows in from a humidity controlled space and an air outlet through which air flows out into the humidity controlled space, the first and second water adsorption/desorption devices each including an adsorbent whose equilibrium adsorption capacity with respect to air having a relative humidity in a range of 40% through 100% increases substantially linearly with an increase in the relative humidity, the first and second water adsorption/desorption devices being configured to release water into air having a relatively low humidity and adsorb water from air having a relatively high humidity; an evaporator disposed between the first water adsorption/desorption device and the second water adsorption/desorption device in the air path and connected in parallel with the indoor heat exchanger; and a switching device that switches between a channel in which the air that has flowed in through the air inlet is caused to pass through the first water adsorption/desorption device , the evaporator, and the second water adsorption/desorption device in this order, and a channel in which the air that has flowed in through the air inlet is caused to pass through the second water adsorption/desorption device , the evaporator, and the first water adsorption/desorption device in this order.
A method for controlling an electric drive of an electrically driven compressed-air compressor of a motor vehicle, wherein the compressed-air compressor is preferably provided for providing a supply to a pneumatic compressed-air brake system, wherein an instantaneous load torque of the compressed-air compressor that is applied at a drive shaft of the compressed-air compressor is estimated as a function of at least one operating parameter and is applied as a disturbance-variable estimate to the control loop of the electric drive in order to reduce a control error generated by the applied load torque , characterized in that the instantaneous load torque of the compressed-air compressor that is applied at the drive shaft of the compressed-air compressor is estimated as a function of at least the following variable: an instantaneous value of a pressure parameter (p) from which a present value of an air pressure prevailing at the outlet connector of the compressed-air compressor can be deduced or estimated and/or which provides a measure for a counter-pressure generated by a compressed-air system coupled to the compressed-air compressor.
A method of selecting a root node for a to-be-constructed subgraph of a network, the method comprising: obtaining link costs of links connecting a plurality of nodes in the network; selecting a weighting parameter based at least partly on the link costs; calculating node costs corresponding to each of the plurality of the nodes based on the link costs and the weighting parameter; and selecting a node as the root node based on the node costs, wherein the root node is selected from the plurality of nodes; wherein a node cost for calculating the node costs corresponding to each of the plurality of nodes is calculated using the following formula: Node Cost = HarmonicMean C 1 k , C 2 k , C 3 k , ... NumberOfLinks , where C1, C2, C3, ... represent the links costs, where k represents the weighting parameter, and where the Number of Links is a quantity of links connected to the node for which the node cost is calculated, wherein C1, C2, C3, ... are integers greater than zero; the method further comprising using the subgraph of the network for transmission of user data and/or control data. obtaining link costs of links connecting a plurality of nodes in the network; selecting a weighting parameter based at least partly on the link costs; calculating node costs corresponding to each of the plurality of the nodes based on the link costs and the weighting parameter; and selecting a node as the root node based on the node costs, wherein the root node is selected from the plurality of nodes; wherein a node cost for calculating the node costs corresponding to each of the plurality of nodes is calculated using the following formula: Node Cost = HarmonicMean C 1 k , C 2 k , C 3 k , ... NumberOfLinks , where C1, C2, C3, ... represent the links costs, where k represents the weighting parameter, and where the Number of Links is a quantity of links connected to the node for which the node cost is calculated, wherein C1, C2, C3, ... are integers greater than zero; the method further comprising using the subgraph of the network for transmission of user data and/or control data.
A particulate product comprising at least 10 wt.% of coated lactate particles having the following characteristics: • comprising one or more carrier particles containing at least 80 wt.% of calcium lactate component selected from calcium lactate hydrates, calcium lactate anhydrous and combinations thereof; • comprising a coating layer that covers the one or more carrier particles, said coating layer containing at least 60 wt.% of sodium lactate; • containing sodium and calcium in a molar ratio of 2.1:1 to 5:1; and • a particle size in the range of 120 to 1,200 μm. • comprising one or more carrier particles containing at least 80 wt.% of calcium lactate component selected from calcium lactate hydrates, calcium lactate anhydrous and combinations thereof; • comprising a coating layer that covers the one or more carrier particles, said coating layer containing at least 60 wt.% of sodium lactate; • containing sodium and calcium in a molar ratio of 2.1:1 to 5:1; and • a particle size in the range of 120 to 1,200 μm.
A battery model optimization device, the device comprising: a processor configured to perform optimization on a battery model for determining optimized parameter values of parameters of the battery model , wherein, to perform the optimization, the processor is configured to: select target parameters from among parameters of a battery model ; set a current boundary condition for each of the target parameters; determine an optimized parameter value of each of the target parameters based on the set current boundary condition; set a subsequent boundary condition reduced from the current boundary condition based on the determined optimized parameter value by determining a target change direction of a diffusion parameter based on a voltage error between a voltage of the battery that is estimated through the battery model and a voltage of the battery that is based on profile data of the battery , and setting the subsequent boundary condition based on the determined target change direction; and determine a subsequent optimized parameter value of each of the target parameters based on the subsequent boundary condition. select target parameters from among parameters of a battery model ; set a current boundary condition for each of the target parameters; determine an optimized parameter value of each of the target parameters based on the set current boundary condition; set a subsequent boundary condition reduced from the current boundary condition based on the determined optimized parameter value by determining a target change direction of a diffusion parameter based on a voltage error between a voltage of the battery that is estimated through the battery model and a voltage of the battery that is based on profile data of the battery , and setting the subsequent boundary condition based on the determined target change direction; and determine a subsequent optimized parameter value of each of the target parameters based on the subsequent boundary condition.