mhurhangee/patent-ind-claim-en huggingface dataset:
Computer-implemented method for determining a depth information image for an input image (B), in order in particular to drive vehicle functions depending on the depth information image, wherein the input image (B) is processed by way of a convolutional neural network , wherein the convolutional neural network has multiple layers that process the input image (B) sequentially and each convert an input feature map (MKI) into an output feature map (MKO), wherein at least one of the layers is formed as a depth map layer, wherein the depth information image is determined depending on a depth map layer, wherein, in the depth map layer , - an input feature map (MKI) of the depth map layer is convolved with multiple scaling filters in order to obtain respective scaling maps , wherein the scaling filters were generated, depending on a predefined filter, by predefined scalings of this predefined filter; - the multiple scaling maps are compared pixel-by-pixel in order to generate a respective output feature map (MKO) in which each pixel corresponds to a corresponding pixel from a selected one of the scaling maps , - a scaling feature map (SK) is generated by assigning each pixel of the scaling feature map (SK) to an indication indicating the scaling map from which the pixel of the output feature map (MKO) is selected; wherein the depth information image corresponds to the scaling feature map (SK) or is determined depending on the scaling feature map (SK). - an input feature map (MKI) of the depth map layer is convolved with multiple scaling filters in order to obtain respective scaling maps , wherein the scaling filters were generated, depending on a predefined filter, by predefined scalings of this predefined filter; - the multiple scaling maps are compared pixel-by-pixel in order to generate a respective output feature map (MKO) in which each pixel corresponds to a corresponding pixel from a selected one of the scaling maps , - a scaling feature map (SK) is generated by assigning each pixel of the scaling feature map (SK) to an indication indicating the scaling map from which the pixel of the output feature map (MKO) is selected;
An ostomy pouch filter comprising: a first layer of deodorizing media ; a second layer of deodorizing media ; a vapor barrier layer disposed between the first layer and the second layer; a first seal on the first layer on a side of the first layer opposite to the vapor barrier layer; and a carrier film (22 122) connected to the first layer with the first seal, wherein the carrier film includes a gas flow path ; and characterized in that the the ostomy pouch filter is configured to provide a tortuous gas flow path, wherein a length of the tortuous gas flow path can be adjusted by selecting a size of the first seal. a first layer of deodorizing media ; a second layer of deodorizing media ; a vapor barrier layer disposed between the first layer and the second layer; a first seal on the first layer on a side of the first layer opposite to the vapor barrier layer; and a carrier film (22 122) connected to the first layer with the first seal, wherein the carrier film includes a gas flow path ; and characterized in that the the ostomy pouch filter is configured to provide a tortuous gas flow path, wherein a length of the tortuous gas flow path can be adjusted by selecting a size of the first seal.
A method for wireless communications by a user equipment, UE, comprising: identifying , within a set of subframes, one or more flexible subframes that may be dynamically managed for either uplink or downlink communications; determining whether a current flexible subframe is for either uplink or downlink communications using blind detection based on a signal identifiable as belonging to a particular cell, wherein the signal is a cell-specific reference signal, CRS; and performing at least one of channel measurement, interference measurement, or channel state reporting based on the determination. identifying , within a set of subframes, one or more flexible subframes that may be dynamically managed for either uplink or downlink communications; determining whether a current flexible subframe is for either uplink or downlink communications using blind detection based on a signal identifiable as belonging to a particular cell, wherein the signal is a cell-specific reference signal, CRS; and performing at least one of channel measurement, interference measurement, or channel state reporting based on the determination.
Method for the detection of Imatinib in a blood plasma sample, comprising the following steps: a) loading the plasma sample onto a simplified liquid extraction column supported on a solid phase; b) loading the column with a basic aqueous solution; c) eluting Imatinib from the simplified liquid extraction column supported on a solid phase using an organic solvent chosen among tetrahydrofuran, methyl-ter-butyl ether, ethyl ether, acetonitrile, ethyl acetate, butyl acetate and mixtures thereof, collecting at the bottom of the column a solution containing Imatinib; d) adding to the Imatinib solution obtained in step c) tetrabutylammonium hexafluorophosphate at a concentration between 1 and 100 mM and adding to the same solution a phosphoric acid concentrated solution, glacial acetic acid and ultrapure water; e) analyzing the mixture obtained in step d) by adsorptive stripping voltammetry, whose waveform (potential, E, as a function of time, t) is constituted by a first accumulation period in which the potential is kept constant at a first value, a second period of linear decrease of the potential up to a second value, and a third period of linear increase of the potential up to returning to the first value, in which said first and second values of potential are respectively +1.1 V and +0.3 V with respect to a reference electrode. a) loading the plasma sample onto a simplified liquid extraction column supported on a solid phase; b) loading the column with a basic aqueous solution; c) eluting Imatinib from the simplified liquid extraction column supported on a solid phase using an organic solvent chosen among tetrahydrofuran, methyl-ter-butyl ether, ethyl ether, acetonitrile, ethyl acetate, butyl acetate and mixtures thereof, collecting at the bottom of the column a solution containing Imatinib; d) adding to the Imatinib solution obtained in step c) tetrabutylammonium hexafluorophosphate at a concentration between 1 and 100 mM and adding to the same solution a phosphoric acid concentrated solution, glacial acetic acid and ultrapure water; e) analyzing the mixture obtained in step d) by adsorptive stripping voltammetry, whose waveform (potential, E, as a function of time, t) is constituted by a first accumulation period in which the potential is kept constant at a first value, a second period of linear decrease of the potential up to a second value, and a third period of linear increase of the potential up to returning to the first value, in which said first and second values of potential are respectively +1.1 V and +0.3 V with respect to a reference electrode.
A knee instrument for use in a knee joint, the knee joint including a tibia and a femur, the instrument comprising: a knee tensioning tool comprising: a tibial component configured for placement against the tibia; and a femoral component configured for placement against the femur, the femoral component being movably coupled to the tibial component to place the knee joint in tension by separating the tibia and the femur; wherein the femoral component of the tensioning tool translates and rotates relative to the tibial component of the tensioning tool; a cut guide removably coupled to the tensioning tool and a first sizer removably coupled to the tensioning tool to locate the cut guide relative to the femur, characterised in that the knee instrument further comprises a distance measuring means for measuring translation of the femoral component relative to the tibial component and an angle measuring means for measuring rotation of the femoral component relative to the tibial component. a knee tensioning tool comprising: a tibial component configured for placement against the tibia; and a femoral component configured for placement against the femur, the femoral component being movably coupled to the tibial component to place the knee joint in tension by separating the tibia and the femur; wherein the femoral component of the tensioning tool translates and rotates relative to the tibial component of the tensioning tool; a tibial component configured for placement against the tibia; and a femoral component configured for placement against the femur, the femoral component being movably coupled to the tibial component to place the knee joint in tension by separating the tibia and the femur; wherein the femoral component of the tensioning tool translates and rotates relative to the tibial component of the tensioning tool; a cut guide removably coupled to the tensioning tool and a first sizer removably coupled to the tensioning tool to locate the cut guide relative to the femur, characterised in that the knee instrument further comprises a distance measuring means for measuring translation of the femoral component relative to the tibial component and an angle measuring means for measuring rotation of the femoral component relative to the tibial component.
A shaped charge liner comprising: an axis ; a first section having a substantially conical shape, a first inner surface , a lowermost apex , and a first conical angle respective to the first inner surface ; a second section having a substantially frusto-conical shape, a second inner surface , and a second conical angle respective to the second inner surface ; a third section having a substantially frusto-conical shape, a third inner surface , a top surface perpendicular to the axis, and a third conical angle respective to the third inner surface ; wherein the first section , second section and third section are axially aligned about the axis , the second conical angle is larger than the first conical angle and the second conical angle is larger than the third conical angle ; a total height , wherein the total height is measured from the apex of the first section along the axis to a plane perpendicular to the top surface ; a first angle break where the first section and second section intersect; a second angle break where the second section and the third section intersect; a first height measured along the axis from the lowermost apex to a plane perpendicular to the first angle break and having a second height measured along the axis from the lowermost apex to a plane perpendicular to the second angle break ; wherein the second height is between 70 and 73 percent of the total height ; and wherein the first conical angle is larger than or equal to the third conical angle . an axis ; a first section having a substantially conical shape, a first inner surface , a lowermost apex , and a first conical angle respective to the first inner surface ; a second section having a substantially frusto-conical shape, a second inner surface , and a second conical angle respective to the second inner surface ; a third section having a substantially frusto-conical shape, a third inner surface , a top surface perpendicular to the axis, and a third conical angle respective to the third inner surface ; wherein the first section , second section and third section are axially aligned about the axis , the second conical angle is larger than the first conical angle and the second conical angle is larger than the third conical angle ; a total height , wherein the total height is measured from the apex of the first section along the axis to a plane perpendicular to the top surface ; a first angle break where the first section and second section intersect; a second angle break where the second section and the third section intersect; a first height measured along the axis from the lowermost apex to a plane perpendicular to the first angle break and having a second height measured along the axis from the lowermost apex to a plane perpendicular to the second angle break ; wherein the second height is between 70 and 73 percent of the total height ; and wherein the first conical angle is larger than or equal to the third conical angle .
A polyurethane laminating adhesive comprising an NCO-terminated polyurethane prepolymer obtainable by reacting a polyol mixture comprising: (a) 0.1 to 20.0 wt%, preferably 0.5 to 10.0 wt%, relative to the total weight of the polyol mixture of at least one polybutadiene polyol; and (b) 5.0 to 99.9 wt%, preferably 30.0 to 90.0 wt%, relative to the total weight of the polyol mixture of at least one polyether polyol, wherein the at least one polyether polyol comprises at least one polyether polyol with a number average molecular weight M n in the range of >1000 g/mol to 10000 g/mol, preferably 1500 to 4000 g/mol; with at least one polyisocyanate, preferably at least one di- and/or triisocyanate, wherein the at least one polyisocyanate is used in an amount such that the isocyanate groups are present in molar excess relative to the hydroxyl groups of the polyol mixture to obtain said NCO-terminated polyurethane prepolymer, wherein the polyurethane laminating adhesive is a two-component adhesive comprising a binder component and a hardener component, the binder component comprising said NCO-terminated polyurethane prepolymer; and wherein the hardener component comprises a hydroxyl-terminated polyester. (a) 0.1 to 20.0 wt%, preferably 0.5 to 10.0 wt%, relative to the total weight of the polyol mixture of at least one polybutadiene polyol; and (b) 5.0 to 99.9 wt%, preferably 30.0 to 90.0 wt%, relative to the total weight of the polyol mixture of at least one polyether polyol, wherein the at least one polyether polyol comprises at least one polyether polyol with a number average molecular weight M n in the range of >1000 g/mol to 10000 g/mol, preferably 1500 to 4000 g/mol; with at least one polyisocyanate, preferably at least one di- and/or triisocyanate, wherein the at least one polyisocyanate is used in an amount such that the isocyanate groups are present in molar excess relative to the hydroxyl groups of the polyol mixture to obtain said NCO-terminated polyurethane prepolymer, wherein the polyurethane laminating adhesive is a two-component adhesive comprising a binder component and a hardener component, the binder component comprising said NCO-terminated polyurethane prepolymer; and wherein the hardener component comprises a hydroxyl-terminated polyester.
A Device to Device, D2D, communication method, comprising: sending (S103, S203), by a sending terminal, a resource scheduling request to a network device; receiving (S107, S204), by the sending terminal, resource configuration information for the resource scheduling request from the network device; characterized in that the method further comprises: determining, by the sending terminal, based on the resource configuration information, a first time-frequency resource for sending data to a receiving terminal and a time-frequency resource for sending data to each of other receiving terminals, wherein the determined time-frequency resources are mutually independent; and simultaneously sending (S109, S209), by the sending terminal, different data to the receiving terminal and the other receiving terminals on the mutually independent time-frequency resources. sending (S103, S203), by a sending terminal, a resource scheduling request to a network device; receiving (S107, S204), by the sending terminal, resource configuration information for the resource scheduling request from the network device; characterized in that the method further comprises: determining, by the sending terminal, based on the resource configuration information, a first time-frequency resource for sending data to a receiving terminal and a time-frequency resource for sending data to each of other receiving terminals, wherein the determined time-frequency resources are mutually independent; and simultaneously sending (S109, S209), by the sending terminal, different data to the receiving terminal and the other receiving terminals on the mutually independent time-frequency resources. determining, by the sending terminal, based on the resource configuration information, a first time-frequency resource for sending data to a receiving terminal and a time-frequency resource for sending data to each of other receiving terminals, wherein the determined time-frequency resources are mutually independent; and simultaneously sending (S109, S209), by the sending terminal, different data to the receiving terminal and the other receiving terminals on the mutually independent time-frequency resources.
A heavy-duty drive axle comprising a reduction gearbox and a drive motor; a differential case is provided within the reduction gearbox ; a first shaft hole for allowing a first output shaft to pass therethrough and a second shaft hole for allowing a second output shaft to pass therethrough are formed on the reduction gearbox ; a motor output shaft of the drive motor is linked with the first output shaft and the second output shaft via the differential case; the differential case consists of a differential holder , a connecting pole , a linkage gear and four bevel gears ; each bevel gear is meshed with two bevel gears; the bevel gears comprise a first bevel gear , a second bevel gear , a third bevel gear and a fourth bevel gear , the first bevel gear and the second bevel gear are arranged oppositely, and the third bevel gear and the fourth bevel gear are arranged oppositely and sheathed on the connecting pole ; the connecting pole is fixed with the differential holder ; a cavity is formed within the differential holder ; a through hole for fitting with the connecting pole is formed on each of an upper side and a lower side of the differential holder , and a third shaft hole and an opening are separately formed on a left side and a right side of the differential holder ; the second output shaft passes through the third shaft hole and is fixed with the second bevel gear ; and the motor output shaft is linked with the linkage gear , the first bevel gear is placed in the cavity via the opening ; the linkage gear is fixed at the opening of the differential holder ; the first output shaft passes through the linkage gear to be fixed with the first bevel gear in the cavity, and characterized in that a threaded oil trough is formed on a radial outer wall of each of two ends of the connecting pole , and threads of the threaded oil troughs at the two ends of the connecting pole are opposite indirection.
A multi-way valve , comprising a housing with a plurality of housing openings each for flow-conducting connection to an external flow channel for a fluid and a valve body arranged in the housing rotatably about an axis of rotation for flow-conducting connection of at least two of the housing openings of the housing , wherein between the housing and the valve body a seal with seal openings corresponding to the housing openings in the housing is arranged for sealing the flow-conducting connection with respect to the free environment, and in wherein the valve body has a first plane with a plurality of first connecting channels and a second plane arranged parallel to the first plane with a plurality of second connecting channels , wherein the connecting channels are fluidically separated from one another and can each be connected in a flow-conducting manner to at least two of the housing openings of the housing by means of a rotation of the valve body into a respectively predetermined rotational position of the valve body , characterized in that the housing openings , the seal openings and the connecting channels are furthermore designed and arranged to match one another in such a way that the housing openings and the seal openings can be connected at least partially to the first and second connecting channels , in particular partially to the first connecting channels , partially to the second connecting channels and partially to the first and second connecting channels in a flow-conducting manner.
Household appliance construction device , in particular for a cooking appliance , comprising at least one substrate having at least one at least partially coated surface region , which has at least one first, substantially gas diffusion-tight and substantially transparent coating and at least one second coating located above the first coating at least in regions, characterised in that the second coating is at least in part an enamel and/or enamellar coating .
An electronic safety actuator for an elevator safety brake, comprising: a solenoid ; and a permanent magnet , movable by the solenoid between a first position proximate to the solenoid and a second position distal from the solenoid ; characterised in that : the electronic safety actuator comprises a measurement circuit arranged to measure the inductance of the solenoid and thereby detect the position of the permanent magnet. a solenoid ; and a permanent magnet , movable by the solenoid between a first position proximate to the solenoid and a second position distal from the solenoid ; characterised in that : the electronic safety actuator comprises a measurement circuit arranged to measure the inductance of the solenoid and thereby detect the position of the permanent magnet.
An absorbent sanitary napkin comprising fold back wings and an absorbent core interposed between an upper fluid-permeable layer and a lower fluid-impermeable layer , the sanitary napkin having a longitudinal central axis (y-y) and a transverse central axis (o-o), a pair of transverse sides and a pair of longitudinal sides extending therebetween, a front edge and a rear edge positioned on opposite apexes of said transverse sides ; the fold back wings extending transversely beyond the longitudinal sides of the sanitary napkin and comprising a transverse axis (x-x) dividing said fold back wings into two substantially equal halves in a longitudinal direction parallel to the longitudinal central axis (y-y), said transverse axis (x-x) of the fold back wings being offset from the sanitary napkin transverse central axis (o-o) toward the front edge of the sanitary napkin , characterized in that the fold back wings are positioned along the sanitary napkin such that an overall length ratio corresponds to the following equation: L* L1/L2 > 29 cm where L is the total length of the sanitary napkin taken along the longitudinal central axis (y-y), said total length L is between 25 and 40 cm, L1 is the distance from the transverse axis (x-x) of the fold back wings to the front edge , and L2 is the distance from the transverse axis (x-x) of the fold back wings to the rear edge .
An electric motor , comprising: a rotor ; a stator ; a gap between the rotor and the stator; a first group of rollable elements located in the gap comprising a magnetic material; characterised in that it further comprises at least one of: a plurality of spacers comprising a non-magnetic material, wherein respective ones of the plurality of spacers are disposed between respective groups comprising a predetermined number of respective ones of the first group of rollable elements; or a second group of the rollable elements comprising a non-magnetic material. a rotor ; a stator ; a gap between the rotor and the stator; a first group of rollable elements located in the gap comprising a magnetic material; characterised in that it further comprises at least one of: a plurality of spacers comprising a non-magnetic material, wherein respective ones of the plurality of spacers are disposed between respective groups comprising a predetermined number of respective ones of the first group of rollable elements; or a second group of the rollable elements comprising a non-magnetic material. a plurality of spacers comprising a non-magnetic material, wherein respective ones of the plurality of spacers are disposed between respective groups comprising a predetermined number of respective ones of the first group of rollable elements; or a second group of the rollable elements comprising a non-magnetic material.