mhurhangee/patent-ind-claim-en huggingface dataset:
A nanostructure composition, comprising: (a) at least one population of nanostructures; and (b) at least one polyfunctional poly(alkylene oxide) ligand, wherein the poly(alkylene oxide) ligand comprises at least two terminal functional groups, wherein at least one terminal functional group is bound to the surface of the nanostructures, wherein the polyfunctional poly(alkylene oxide) ligand has formula IV: wherein: x is 1 to 100. (a) at least one population of nanostructures; and (b) at least one polyfunctional poly(alkylene oxide) ligand, wherein the poly(alkylene oxide) ligand comprises at least two terminal functional groups, wherein at least one terminal functional group is bound to the surface of the nanostructures, wherein the polyfunctional poly(alkylene oxide) ligand has formula IV: wherein: x is 1 to 100.
A wireless communication method for a user equipment , UE, comprising: receiving Channel State Information Reference Signals, CSI-RSs, transmitted from a base station , BS, using 24 antenna ports, APs, or 32 APs, wherein a first CSI-RS configuration for the APs is configured by aggregating a predetermined number of second CSI-RS configurations, wherein a number of APs per each of the second CSI-RS configurations is 2, 4, or 8, wherein the CSI-RSs are received with a predetermined CSI-RS density, wherein the predetermined CSI-RS density is defined as resource elements, REs, mapped to the CSI-RSs of each of the APs per resource block, RB, wherein a value of the predetermined CSI-RS density is 0.5, and wherein the predetermined CSI-RS density is received from the BS using Radio Resource Control, RRC, signaling. receiving Channel State Information Reference Signals, CSI-RSs, transmitted from a base station , BS, using 24 antenna ports, APs, or 32 APs, wherein a first CSI-RS configuration for the APs is configured by aggregating a predetermined number of second CSI-RS configurations, wherein a number of APs per each of the second CSI-RS configurations is 2, 4, or 8, wherein the CSI-RSs are received with a predetermined CSI-RS density, wherein the predetermined CSI-RS density is defined as resource elements, REs, mapped to the CSI-RSs of each of the APs per resource block, RB, wherein a value of the predetermined CSI-RS density is 0.5, and wherein the predetermined CSI-RS density is received from the BS using Radio Resource Control, RRC, signaling.
A gear pump comprising a housing with a spur-toothed drive gear and a spur-toothed idle gear that are mounted rotatably around two parallel rotation axes within the housing comprising bushings , a connecting flange that is arranged on a first lateral side of the housing in the direction of the axes, a cover that is arranged on a second lateral side of the housing opposite the connecting flange , a drive shaft being rotatably mounted in the connecting flange by at least one bearing and being sealed against the connecting flange by at least one shaft seal , wherein the drive gear and the idle gear are identical, characterized in that the drive shaft being operatively connected to the drive gear by a coupling piece coupled to the drive shaft by a complementary profile, wherein each gear (4; 5) comprising a first bearing pin arranged on a first lateral side of the gear (4; 5) and a second bearing pin arranged on a second lateral side of the gear (4; 5), opposite to the first lateral side, wherein the axis of rotation (A) of the bearing pins (41; 42) are congruent and the length and the diameter of the bearing pins (41; 42) are identical, wherein the first bearing pin comprising an internal driving profile or wherein the first bearing pin and the second bearing pin comprising an internal driving profile and wherein the coupling piece extending along a longitudinal axis (L) and comprising a driving profile over its entire length that is complementary to the driving profile of the gears (4; 5) or the driving profile of the drive shaft , respectively.
A bone plate having a first, bone-facing surface on a first side, and a second surface on a second side opposing the first side, the bone plate comprising: an elongate shaft portion having two lateral side walls extending between the first surface and the second surface to connect longitudinal edges of the first and second surfaces ; at least one through hole extending through the elongate shaft from the first surface to the second surface , the through hole configured to receive a bone fixation element therein; and at least one depression extending into the second surface about at least a portion of a periphery of the through hole in a portion of the second surface between the side walls and the through hole , wherein the depression is defined by a bottom portion and an edge portion , wherein the through hole has a variable-angle portion with a hole axis and an inner surface with a rib-like structure , wherein the rib-like structure is interrupted by recesses extending radially away from the hole axis , at least one of the recesses extending in the direction of one of the side walls , wherein the variable-angle portion is configured to receive a threaded head of a locking screw at a desired angle within a permitted range of angulation relative to the hole axis , characterized in that the edge portion of the depression and the through hole recess extending in the direction of the side wall overlap. an elongate shaft portion having two lateral side walls extending between the first surface and the second surface to connect longitudinal edges of the first and second surfaces ; at least one through hole extending through the elongate shaft from the first surface to the second surface , the through hole configured to receive a bone fixation element therein; and at least one depression extending into the second surface about at least a portion of a periphery of the through hole in a portion of the second surface between the side walls and the through hole , wherein the depression is defined by a bottom portion and an edge portion , wherein the through hole has a variable-angle portion with a hole axis and an inner surface with a rib-like structure , wherein the rib-like structure is interrupted by recesses extending radially away from the hole axis , at least one of the recesses extending in the direction of one of the side walls , wherein the variable-angle portion is configured to receive a threaded head of a locking screw at a desired angle within a permitted range of angulation relative to the hole axis , characterized in that the edge portion of the depression and the through hole recess extending in the direction of the side wall overlap.
A method of assembling an electrical connector , the electrical connector being configured for mounting to a printed circuit board , comprising the steps of: providing a plurality of contact wafers , each contact wafer including a plurality of contacts supported by a housing , wherein each of the plurality of contacts includes a mating end for engaging a mating connector and a tail end for electrically connecting to the printed circuit board , the mating and tail ends being exposed outside of the housing ; bending the tail ends of each contact wafer ; interleaving the contact wafers to form one or more contact wafer assemblies ; loading the one or more contact wafer assemblies into an insert of the electrical connector , such that the one or more contact wafer assemblies form a predetermined arrangement of the mating ends of the plurality of contacts at a mating interface of the electrical connector ; and inserting the insert , with the one or more contact wafer assemblies , into a shell of the electrical connector; characterised in that the housing of each contact wafer has one or more recessed surfaces on at least one side thereof and each recessed surface receives a corresponding portion of a housing of another contact wafer when interleaving the two contact wafers , whereby the two contact wafers are interlocked so that the contacts of the two contact wafers alternate and are substantially in axial alignment with the mating ends of the contacts of both wafers being aligned and the tail ends of the contacts of both wafers being aligned. providing a plurality of contact wafers , each contact wafer including a plurality of contacts supported by a housing , wherein each of the plurality of contacts includes a mating end for engaging a mating connector and a tail end for electrically connecting to the printed circuit board , the mating and tail ends being exposed outside of the housing ; bending the tail ends of each contact wafer ; interleaving the contact wafers to form one or more contact wafer assemblies ; loading the one or more contact wafer assemblies into an insert of the electrical connector , such that the one or more contact wafer assemblies form a predetermined arrangement of the mating ends of the plurality of contacts at a mating interface of the electrical connector ; and inserting the insert , with the one or more contact wafer assemblies , into a shell of the electrical connector;
An acetabular implant comprising: an acetabular cup including a body extending from an equatorial rim to an apex, the body having a generally convex exterior surface and an interior cavity having a generally concave interior surface ; and an acetabular cage including a central portion disposed within the interior cavity of the acetabular cup , the central portion including a first section and a second section rotatably coupled together, the first section including a first flange arranged and configured to extend from the rim of the acetabular cup , the second section including a second flange arranged and configured to extend from the rim of the acetabular cup . an acetabular cup including a body extending from an equatorial rim to an apex, the body having a generally convex exterior surface and an interior cavity having a generally concave interior surface ; and an acetabular cage including a central portion disposed within the interior cavity of the acetabular cup , the central portion including a first section and a second section rotatably coupled together, the first section including a first flange arranged and configured to extend from the rim of the acetabular cup , the second section including a second flange arranged and configured to extend from the rim of the acetabular cup .
A self-serve kiosk system comprising a controller interfacing an order configuration interface and a scoop subsystem comprising a robotic arm having a scoop mechanism at a distal end thereof, the scoop mechanism comprising a scoop defining an interior volume , the scoop comprising a coplanar rim around the interior volume and wherein, in use, the controller is configured for controlling the robotic arm to position the scoop mechanism in relation to an ice cream container in accordance with an order received via the order configuration interface , to lower the scoop mechanism into the ice cream container , to stroke the scoop across the ice cream container until such time that the coplanar rim hits flat against an opposing inner side wall surface of the container thereby entrapping a fixed volume of ice cream between the inner side wall surface and the interior of the scoop , to raise the scoop to wipe the coplanar rim up the opposing inner side wall surface to withdraw the fixed volume of ice cream from the ice cream container and to position the scoop with respect to a receptacle to deposit the fixed volume of ice cream therein, wherein the scoop mechanism further comprises a wiper moveable across an inner surface of the scoop and wherein the controller is further configured to actuate the wiper to dislodge the fixed volume of ice cream from the scoop into the receptacle.
An apparatus for protecting a user's eye from blue light radiation, characterized in that the apparatus comprises: a radiation detector configured to selectively convert blue light from a light source into a photo voltage having a voltage value; a processor coupled to the radiation detector and configured to calculate a cumulative radiation intensity based on the voltage value cumulated over a time interval, and to compare the cumulative radiation intensity with a threshold value; and a controller coupled to the processor, configured to adjustably control blocking of at least a portion of blue light from the user's eye when the cumulative radiation intensity exceeds the threshold value. a radiation detector configured to selectively convert blue light from a light source into a photo voltage having a voltage value; a processor coupled to the radiation detector and configured to calculate a cumulative radiation intensity based on the voltage value cumulated over a time interval, and to compare the cumulative radiation intensity with a threshold value; and a controller coupled to the processor, configured to adjustably control blocking of at least a portion of blue light from the user's eye when the cumulative radiation intensity exceeds the threshold value.
Method for manufacturing a cutting from at least one textile semi-finished product with • placing at least one textile semi-finished product in a cutting tool , and • cutting the at least one textile semi-finished product introduced into the cutting tool by means of a first cutting device in accordance with a predetermined cutting geometry of the cutting in order to produce the cutting from the at least one textile semi-finished product , • gripping the cutting and lifting the cutting relative to the offcuts - or the other way round - by means of a gripping device , so that a gap is formed in the cross-section between the cutting and the offcuts as a result of the lifting, the cutting and the offcuts formed together the at least one textile semi-finished product , characterized by • passing through at least one cutting blade of a second cutting device through the resulting gap between cutting and offcuts . • placing at least one textile semi-finished product in a cutting tool , and • cutting the at least one textile semi-finished product introduced into the cutting tool by means of a first cutting device in accordance with a predetermined cutting geometry of the cutting in order to produce the cutting from the at least one textile semi-finished product , • gripping the cutting and lifting the cutting relative to the offcuts - or the other way round - by means of a gripping device , so that a gap is formed in the cross-section between the cutting and the offcuts as a result of the lifting, the cutting and the offcuts formed together the at least one textile semi-finished product , characterized by • passing through at least one cutting blade of a second cutting device through the resulting gap between cutting and offcuts .
A shearing device connectable to a drive assembly of an arrangement for separating solids from liquid, the shearing device comprising - attachment arrangement arranged in a first end of the device for connecting the shearing device to the drive assembly, - a shearing arrangement being arranged to define shearing elements angled with the lengthwise direction (AL) of the device and intervals therebetween, wherein - the device has a proximal portion closer to the first end and a distal portion closer to a second end of the device opposite to the first end , wherein - the shearing element has length (L), width (W), and thickness (T), - the length of the shearing element extends at an angle of inclination (α) with respect to the lengthwise direction (AL) of the device, - the thickness (T) is the dimension of the shearing element perpendicular to the lengthwise direction (AL) of the device, and - the width (W) is the dimension of the shearing element perpendicular to the length and the thickness, characterized in that - average width of the shearing elements arranged in the distal portion is greater than average width of the shearing elements arranged in the proximal portion . - attachment arrangement arranged in a first end of the device for connecting the shearing device to the drive assembly, - a shearing arrangement being arranged to define shearing elements angled with the lengthwise direction (AL) of the device and intervals therebetween, wherein - the device has a proximal portion closer to the first end and a distal portion closer to a second end of the device opposite to the first end , wherein - the shearing element has length (L), width (W), and thickness (T), - the length of the shearing element extends at an angle of inclination (α) with respect to the lengthwise direction (AL) of the device, - the thickness (T) is the dimension of the shearing element perpendicular to the lengthwise direction (AL) of the device, and - the width (W) is the dimension of the shearing element perpendicular to the length and the thickness, characterized in that - average width of the shearing elements arranged in the distal portion is greater than average width of the shearing elements arranged in the proximal portion .
A method for processing downlink network data, wherein the method is applied to a data transmission network, and the data transmission network comprises a central node device and a remote node device, wherein the central node device is an edge device of a backbone network in the data transmission network, and the remote node device is an edge device of a user network in the data transmission network; and the method comprises: receiving , by the central node device, a first data frame from the network side; copying or remapping , by the central node device, a first frame header of the first data frame to obtain a second frame header, wherein when a network between the central node device and the remote node device is different from a network of the network side, remapping, by the central node device, the first frame header to obtain the second frame header; or when a network between the central node device and the remote node device is the same as a network of the network side, copying or remapping the first frame header to obtain the second frame header, wherein a same quality of service, QoS, parameter in the second frame header obtained by means of remapping and in the first frame header corresponds to different QoS parameter values; performing , by the central node device, different downlink digital signal processing on the first data frame for different types of data frames to obtain a downlink to-be-sent data frame; and encapsulating, by the central node device, the downlink to-be-sent data frame by using the second frame header, to obtain a second data frame, and sending the second data frame to the remote node device. receiving , by the central node device, a first data frame from the network side; copying or remapping , by the central node device, a first frame header of the first data frame to obtain a second frame header, wherein when a network between the central node device and the remote node device is different from a network of the network side, remapping, by the central node device, the first frame header to obtain the second frame header; or when a network between the central node device and the remote node device is the same as a network of the network side, copying or remapping the first frame header to obtain the second frame header, wherein a same quality of service, QoS, parameter in the second frame header obtained by means of remapping and in the first frame header corresponds to different QoS parameter values; performing , by the central node device, different downlink digital signal processing on the first data frame for different types of data frames to obtain a downlink to-be-sent data frame; and encapsulating, by the central node device, the downlink to-be-sent data frame by using the second frame header, to obtain a second data frame, and sending the second data frame to the remote node device.
A vehicle seat comprising a seat portion having a first sit surface with a length (L) and a width (W), said vehicle seat further comprising a seat extension having a second sit surface , said seat extension being adapted to increase said length (L', L") or width of said first sit surface of said seat portion upon rotating about a first axis (Pa1), said seat extension being formed by a separate body with respect to said seat portion characterized in that said seat extension can be displaced between an operative position (OP) at which said seat extension adds to said length (L) of said first sit surface of said seat portion , and an inoperative position (inOP) or semi-inoperative position, wherein said seat extension is displaced to said inoperative position by displacing said seat extension substantially only in a vertical direction.
A flush toilet with a toilet body comprising a toilet bowl and a flush water outlet , through which flush water is delivered into the toilet body, wherein the flush water outlet is arranged asymmetrically referred to an imaginary center line , which essentially extends centrally from a front end of the toilet body facing a user during the flushing operation to an opposite, essentially central rear end of the toilet body , in a rear lateral region of the toilet bowl , wherein the flush water outlet comprises at least one first flush water outlet opening , through which flush water can be delivered in a first initial flushing direction , and at least one second flush water outlet opening , through which flush water can be delivered in a second initial flushing direction , characterized in that the flush water exiting the first flush water outlet opening and the second flush water outlet opening is guided along a water guiding device arranged in the interior of the toilet bowl , namely along a shoulder and/or along a ledge arranged in the interior of the toilet bowl , wherein the water guiding device assigned to the first flush water outlet opening and the water guiding device assigned to the second flush water outlet opening extend over the inner surface of the toilet bowl over different distances referred to the respective first flush water outlet opening and second flush water outlet opening . wherein the flush water outlet comprises at least one first flush water outlet opening , through which flush water can be delivered in a first initial flushing direction , and at least one second flush water outlet opening , through which flush water can be delivered in a second initial flushing direction , characterized in that the flush water exiting the first flush water outlet opening and the second flush water outlet opening is guided along a water guiding device arranged in the interior of the toilet bowl , namely along a shoulder and/or along a ledge arranged in the interior of the toilet bowl , wherein the water guiding device assigned to the first flush water outlet opening and the water guiding device assigned to the second flush water outlet opening extend over the inner surface of the toilet bowl over different distances referred to the respective first flush water outlet opening and second flush water outlet opening .