mhurhangee/patent-ind-claim-en huggingface dataset:
A base member of a stemless shoulder implant, the base member comprising: a proximal collar having a proximal surface and a bone-engaging surface opposite the proximal surface; a curved side wall which extends between the proximal surface and the bone-engaging surface ; a central anchor extending from the bone-engaging surface of the collar distally along a longitudinal axis of the base member to a distal end , the central anchor including a plurality of ribs , each rib projecting radially outward of the distal end and extending to the bone-engaging surface , the ribs extending along the bone-engaging surface to a position in close proximity to or adjacent to the curved side wall , each rib including two lateral side walls and a rounded outer surface between the two lateral side walls, the central anchor further including surfaces extending from the distal end to the bone-engaging surface ; an enhanced fixation surface positioned on a portion of the base member; and chisel slots extending from the bone-engaging surface to the proximal surface adjacent a portion of the central anchor, the chisel slots configured to receive a tool for removing bone, the chisel slots being positioned near the connection of ribs and surfaces with the bone-engaging surface , characterized in that each of the chisel slots includes two elongate portions that track near lateral side walls of ribs and a curved portion that tracks near surfaces , the curved portion being between the two elongate portions to define a substantially "M" shaped chisel slot. a proximal collar having a proximal surface and a bone-engaging surface opposite the proximal surface; a curved side wall which extends between the proximal surface and the bone-engaging surface ; a central anchor extending from the bone-engaging surface of the collar distally along a longitudinal axis of the base member to a distal end , the central anchor including a plurality of ribs , each rib projecting radially outward of the distal end and extending to the bone-engaging surface , the ribs extending along the bone-engaging surface to a position in close proximity to or adjacent to the curved side wall , each rib including two lateral side walls and a rounded outer surface between the two lateral side walls, the central anchor further including surfaces extending from the distal end to the bone-engaging surface ; an enhanced fixation surface positioned on a portion of the base member; and chisel slots extending from the bone-engaging surface to the proximal surface adjacent a portion of the central anchor, the chisel slots configured to receive a tool for removing bone, the chisel slots being positioned near the connection of ribs and surfaces with the bone-engaging surface , characterized in that each of the chisel slots includes two elongate portions that track near lateral side walls of ribs and a curved portion that tracks near surfaces , the curved portion being between the two elongate portions to define a substantially "M" shaped chisel slot.
An assembly for mounting a radio frequency identifier, RFID, tag , comprising: a housing comprising a tag retention pocket configured to hold an RFID tag; and a cover configured to enclose the RFID tag in the tag retention pocket while engaged with the housing; characterized by a locking tongue comprising a tag retention hole formed through the locking tongue, wherein the tag retention hole comprises a ridge that runs along a perimeter of the tag retention hole, wherein a lip of the housing and an edge of the cover are configured to make contact with respective opposite sides of the ridge while the housing and the cover are engaged through the tag retention hole. a housing comprising a tag retention pocket configured to hold an RFID tag; and a cover configured to enclose the RFID tag in the tag retention pocket while engaged with the housing; characterized by a locking tongue comprising a tag retention hole formed through the locking tongue, wherein the tag retention hole comprises a ridge that runs along a perimeter of the tag retention hole, wherein a lip of the housing and an edge of the cover are configured to make contact with respective opposite sides of the ridge while the housing and the cover are engaged through the tag retention hole.
A method for sending a page-mode message, the method comprising: determining , by an apparatus, a size of a page-mode message; checking , by the apparatus, whether the size exceeds a predetermined limit; characterized by the method further comprising, in response to the size exceeding the predetermined limit: initiating, by the apparatus, a session for the page-mode message between the apparatus and a receiving apparatus by sending to the receiving apparatus for a session mode messaging mechanism a session invitation with a page-mode indicator; and sending, by the apparatus, the page-mode message to the receiving apparatus using the session-mode messaging mechanism. determining , by an apparatus, a size of a page-mode message; checking , by the apparatus, whether the size exceeds a predetermined limit; characterized by the method further comprising, in response to the size exceeding the predetermined limit: initiating, by the apparatus, a session for the page-mode message between the apparatus and a receiving apparatus by sending to the receiving apparatus for a session mode messaging mechanism a session invitation with a page-mode indicator; and sending, by the apparatus, the page-mode message to the receiving apparatus using the session-mode messaging mechanism. initiating, by the apparatus, a session for the page-mode message between the apparatus and a receiving apparatus by sending to the receiving apparatus for a session mode messaging mechanism a session invitation with a page-mode indicator; and sending, by the apparatus, the page-mode message to the receiving apparatus using the session-mode messaging mechanism.
A biodegradation treatment method characterized by biodegradation-treating organic compounds with strain N23, which is a constitutive 1,4-dioxane-degrading bacterium deposited under Accession No. NITE BP-02032, under a condition of pH 3.0 or higher but no higher than 5.5, wherein the organic compounds include at least one type of substance selected from cyclic ethers, ethylene glycol, diethylene glycol and 1,4-butanediol.
A vacuum pump comprising a first working pump section ; at least a second working pump section ; and a control device by which a switch can be made between a series connection and a parallel connection of the working pump sections, wherein the control device comprises at least one switchover valve which has two switching positions, of which the one is associated with the series circuit and the other is associated with the parallel circuit, characterized in that the switchover valve has at least a third switching position in which the working pump sections are separated from an inlet of the vacuum pump. a first working pump section ; at least a second working pump section ; and a control device by which a switch can be made between a series connection and a parallel connection of the working pump sections, wherein the control device comprises at least one switchover valve which has two switching positions, of which the one is associated with the series circuit and the other is associated with the parallel circuit,
A method for controlling a supply voltage, the method comprising: providing a first periodic signal by providing a reference voltage to an oscillator ; providing a second periodic signal by providing the supply voltage provided by a voltage source to the oscillator; providing a first count by measuring first periods of the first periodic signal; providing a second count by measuring second periods of the second periodic signal; comparing the first count with the second count; wherein the voltage source is a voltage regulator having an input voltage wherein the method further comprises adjusting the input voltage of the voltage regulator when the first count and the second count do not match. providing a first periodic signal by providing a reference voltage to an oscillator ; providing a second periodic signal by providing the supply voltage provided by a voltage source to the oscillator; providing a first count by measuring first periods of the first periodic signal; providing a second count by measuring second periods of the second periodic signal; comparing the first count with the second count; wherein the voltage source is a voltage regulator having an input voltage wherein the method further comprises adjusting the input voltage of the voltage regulator when the first count and the second count do not match.
A collapsible folding signal, with at least one rigid first shell plate and a rigid second shell plate , both having essentially the same shape and size, and with a third shell plate rotatably connected to the first shell plate and the second shell plate along adjacent lateral borders, respectively, in such a way that the lateral borders form a first edge running from a tip to a first corner point and a second edge running from the tip to a second corner point , wherein the third shell plate is inwardly foldable in that it comprises a rigid first partial plate adjoining the first edge and a rigid second partial plate adjoining the second edge and the first partial plate and the second partial plate are rotatably connected along a straight folding line running between their lateral borders from the tip towards a foot point in such a way that an outer side of the second partial plate can be folded against an outer side of the first partial plate , characterised in that, in an operational position of the folding signal, in which it is set up on a planar surface, the third shell plate forms a supporting projection on a lower border, the projection protruding above a straight line connecting the first corner point and the second corner point , the plate having essentially the same shape and size as the first shell plate with the exception of the supporting projection .
A multi-part casting mould for a rotor hub of a wind energy installation having two or more rotor blade connections (20, 20', 20"), comprising an upper moulding box , a lower moulding box and a core , wherein, in the assembled state, in which the upper moulding box and the lower moulding box lie one on top of the other at a dividing plane and surround the core , the casting mould encloses a cavity which has the shape of the rotor hub to be manufactured, wherein a central rotor axis in the casting mould is oriented vertically and perpendicularly to the dividing plane , wherein each rotor blade connection (20, 20', 20") has a blade flange (22, 22', 22") and a blade connection reinforcement (24, 24', 24") disposed in the interior of the rotor blade connection (20, 20', 20"), wherein end planes of the blade flanges (22, 22', 22") each form a first angle with respect to the central rotor axis and are penetrated by the rotor axis below or above the dividing plane , characterised in that the blade connection reinforcements (24, 24', 24") define reinforcement planes which are arranged at a second angle to the central rotor axis which is different from the first angle.
Electrical connector housing having at least one locking clip which is pivotably mounted via bearing pins and has a locking area and an actuating area , wherein the electrical connector housing can be locked with a mating connector housing by the locking clip , wherein the locking clip has a locking means for blocking the pivoting movement of the locking clip , wherein the locking clip has a U-shaped outline with an actuating handle and two side parts extending perpendicularly therefrom, wherein the side parts form the locking area at the ends, characterized in that the locking means is arranged in the area of the actuating handle , and in that a spring element , which is operatively connected to the locking means , is arranged in the area of the actuating handle of the locking clip . characterized in that the locking means is arranged in the area of the actuating handle , and in that a spring element , which is operatively connected to the locking means , is arranged in the area of the actuating handle of the locking clip .
A construction vehicle comprising: a hydraulic pump ; a working implement with a lift arm and a bucket pivotally mounted on the lift arm , the working implement further including, as hydraulic actuators driven by a hydraulic fluid supplied from the hydraulic pump , a lift cylinder for oscillating the lift arm and a bucket cylinder for turning the bucket ; an operating device for operating the working implement; a traveling drive device for driving wheels (18 a, 18 b, 18 c, 18 d) characterized in that a controller 100) configured so that if the lift arm fails to operate despite an operating instruction being imparted to the lift arm via the operating device, and a stroke of the bucket cylinder is equal to or less than a setting value, the controller reduces a limit value for an increase rate of a torque requirement in the traveling drive device , compared to when the lift arm rises as instructed or when the stroke of the bucket cylinder exceeds the setting value. a hydraulic pump ; a working implement with a lift arm and a bucket pivotally mounted on the lift arm , the working implement further including, as hydraulic actuators driven by a hydraulic fluid supplied from the hydraulic pump , a lift cylinder for oscillating the lift arm and a bucket cylinder for turning the bucket ; an operating device for operating the working implement; a traveling drive device for driving wheels (18 a, 18 b, 18 c, 18 d) characterized in that a controller 100) configured so that if the lift arm fails to operate despite an operating instruction being imparted to the lift arm via the operating device, and a stroke of the bucket cylinder is equal to or less than a setting value, the controller reduces a limit value for an increase rate of a torque requirement in the traveling drive device , compared to when the lift arm rises as instructed or when the stroke of the bucket cylinder exceeds the setting value.
A method for producing a solid catalyst component (Aa) for α-olefin polymerization, which comprises: bringing the following components (A1) to (A4) into contact with one another in an inert solvent to form a contact product; and without washing the contact product with an inert solvent, aging the contact product by keeping for a holding time of 3 days or more and 180 days or less, regarding the time point that all of the components (A1) to (A4) first come into contact, as a starting point: Component (A1): a solid component containing titanium, magnesium, a halogen, and an electron-donating compound as essential components; Component (A2): a silane compound having an alkenyl group, wherein the silane compound has a structure in which at least one hydrogen atom of monosilane SiH 4 is replaced by an alkenyl group and the remaining hydrogen atoms are intact or some of the remaining hydrogen atoms are replaced by a halogen, an alkyl group or an aryl group; Component (A3): an alkoxysilane compound which is different from the silane compound having an alkenyl group; Component (A4): an organoaluminum compound. bringing the following components (A1) to (A4) into contact with one another in an inert solvent to form a contact product; and without washing the contact product with an inert solvent, aging the contact product by keeping for a holding time of 3 days or more and 180 days or less, regarding the time point that all of the components (A1) to (A4) first come into contact, as a starting point: Component (A1): a solid component containing titanium, magnesium, a halogen, and an electron-donating compound as essential components; Component (A2): a silane compound having an alkenyl group, wherein the silane compound has a structure in which at least one hydrogen atom of monosilane SiH 4 is replaced by an alkenyl group and the remaining hydrogen atoms are intact or some of the remaining hydrogen atoms are replaced by a halogen, an alkyl group or an aryl group; Component (A3): an alkoxysilane compound which is different from the silane compound having an alkenyl group; Component (A4): an organoaluminum compound. Component (A1): a solid component containing titanium, magnesium, a halogen, and an electron-donating compound as essential components; Component (A2): a silane compound having an alkenyl group, wherein the silane compound has a structure in which at least one hydrogen atom of monosilane SiH 4 is replaced by an alkenyl group and the remaining hydrogen atoms are intact or some of the remaining hydrogen atoms are replaced by a halogen, an alkyl group or an aryl group; Component (A3): an alkoxysilane compound which is different from the silane compound having an alkenyl group; Component (A4): an organoaluminum compound.
A method for optimizing the run parameters of a software application on an information processing platform, consisting in iteratively optimizing said parameters on each execution of said application, wherein - for each execution of said application, performance measurements are taken and stored , in association with the parameters used for said execution; characterized in that: - at the beginning of each execution of said application, values are determined for a first subset of said parameters by inference from stored measurements corresponding to a subset of the executions corresponding to a second subset of said parameters. - for each execution of said application, performance measurements are taken and stored , in association with the parameters used for said execution; - at the beginning of each execution of said application, values are determined for a first subset of said parameters by inference from stored measurements corresponding to a subset of the executions corresponding to a second subset of said parameters.
An information processing method, performed by a first Device-to-Device, D2D, User Equipment, UE, comprising: receiving auxiliary information from a first access node of the first D2D UE (S110); and accessing a second access node according to the auxiliary information (S120), wherein the first access node and the second access node are access nodes of different types; wherein the second access node is a first base station, and the first access node is a relay node located in a first cell or a second cell; the first cell is a cell subordinate to the first base station; the second cell is a neighbor cell of the first cell; and the relay node is a second D2D UE, the auxiliary information comprises dedicated random access resource information, used for the first D2D UE to send a random access request to the first base station, so as to set up a connection with the first base station, in order to switch to the first base station for communication data transmission. receiving auxiliary information from a first access node of the first D2D UE (S110); and accessing a second access node according to the auxiliary information (S120), wherein the first access node and the second access node are access nodes of different types; wherein the second access node is a first base station, and the first access node is a relay node located in a first cell or a second cell; the first cell is a cell subordinate to the first base station; the second cell is a neighbor cell of the first cell; and the relay node is a second D2D UE, the auxiliary information comprises dedicated random access resource information, used for the first D2D UE to send a random access request to the first base station, so as to set up a connection with the first base station, in order to switch to the first base station for communication data transmission.
A transmission line apparatus comprising: a two-dimensional signal line ; first and second electrodes configured to enable the transmission of an electrical signal from the first electrode through the two-dimensional signal line to the second electrode ; a pair of coplanar ground lines (406a,b); and a component interconnect substrate configured to support the two-dimensional signal line , the first and second electrodes and the coplanar ground lines (406a,b) to allow transmission of the electrical signal through the component interconnect substrate to/from one or more components on the substrate via the first and/or second electrode, wherein the two-dimensional signal line is attached to the first and second electrodes such that a portion of the two-dimensional signal line is suspended by the first and second electrodes over the component interconnect substrate to reduce electromagnetic interactions between the component interconnect substrate and the suspended portion to facilitate transmission of the electrical signal, and wherein the two-dimensional signal line is positioned between, and spaced apart from, the pair of coplanar ground lines (406a,b) to form a ground-signal-ground configuration on the component interconnect substrate . a two-dimensional signal line ; first and second electrodes configured to enable the transmission of an electrical signal from the first electrode through the two-dimensional signal line to the second electrode ; a pair of coplanar ground lines (406a,b); and a component interconnect substrate configured to support the two-dimensional signal line , the first and second electrodes and the coplanar ground lines (406a,b) to allow transmission of the electrical signal through the component interconnect substrate to/from one or more components on the substrate via the first and/or second electrode, wherein the two-dimensional signal line is attached to the first and second electrodes such that a portion of the two-dimensional signal line is suspended by the first and second electrodes over the component interconnect substrate to reduce electromagnetic interactions between the component interconnect substrate and the suspended portion to facilitate transmission of the electrical signal, and wherein the two-dimensional signal line is positioned between, and spaced apart from, the pair of coplanar ground lines (406a,b) to form a ground-signal-ground configuration on the component interconnect substrate .
A method comprising: receiving a plurality of event logs, wherein each event log of the plurality of event logs is associated with an event that corresponds to one or more threat detection rules, wherein each event log corresponds to one or more actions that were applied, based on the one or more threat detection rules, to one or more packets; determining, by a computing device and based on applying at least one algorithm to each event log, a reportability likelihood for each of the plurality of event logs, wherein the reportability likelihood indicates a likelihood that a given event log is associated with an event that is reportable to an authority; sorting an event queue of the plurality of event logs based on the reportability likelihood of each of the plurality of event logs; and transmitting, by the computing device and to an analysis system , the plurality of event logs sorted in the event queue. receiving a plurality of event logs, wherein each event log of the plurality of event logs is associated with an event that corresponds to one or more threat detection rules, wherein each event log corresponds to one or more actions that were applied, based on the one or more threat detection rules, to one or more packets; determining, by a computing device and based on applying at least one algorithm to each event log, a reportability likelihood for each of the plurality of event logs, wherein the reportability likelihood indicates a likelihood that a given event log is associated with an event that is reportable to an authority; sorting an event queue of the plurality of event logs based on the reportability likelihood of each of the plurality of event logs; and transmitting, by the computing device and to an analysis system , the plurality of event logs sorted in the event queue.