mhurhangee/patent-ind-claim-en huggingface dataset:
A die assembly for fabricating metallic powder-based parts , comprising: a container having flexible walls configured to be compressed by hydrostatic pressure (P); at least one relatively stiff die component located within the container for forming features of the parts , the die component having first and second opposite sides and a center of stiffness about a plane extending through the die component; a layer of metallic powder on the first side of the die component ; and a layer of relatively soft material on the second side of the die component for balancing loads applied to the die component resulting from compression of the container by the hydrostatic pressure (P), wherein the die component comprises: a substantially flat plate formed of a relatively stiff material; and a plurality of metal elements or inserts configured to form the features of the parts , and wherein: the first side of the die component is an upper interior region of the container; and the second side of the die component is a lower interior region of the container, the lower interior region being between the plate and a bottom wall of the container, and wherein the plurality of inserts are moveable within slots formed in the plate . a container having flexible walls configured to be compressed by hydrostatic pressure (P); at least one relatively stiff die component located within the container for forming features of the parts , the die component having first and second opposite sides and a center of stiffness about a plane extending through the die component; a layer of metallic powder on the first side of the die component ; and a layer of relatively soft material on the second side of the die component for balancing loads applied to the die component resulting from compression of the container by the hydrostatic pressure (P), wherein the die component comprises: a substantially flat plate formed of a relatively stiff material; and a plurality of metal elements or inserts configured to form the features of the parts , and wherein: the first side of the die component is an upper interior region of the container; and the second side of the die component is a lower interior region of the container, the lower interior region being between the plate and a bottom wall of the container, and wherein the plurality of inserts are moveable within slots formed in the plate . a substantially flat plate formed of a relatively stiff material; and a plurality of metal elements or inserts configured to form the features of the parts , and wherein: the first side of the die component is an upper interior region of the container; and
A security container cassette for banknotes or valuables for cash machines and ATMs , defining an internal volume and comprising: - a first container arranged in said internal volume and close to said banknotes and values and comprising a lower portion , facing said banknotes or values , which is permeable to fluids, - a second, fluid-tight container for marking fluid that is contained in said first container and is of a pliable type that is easily ruptured in the event of pressurisation from explosions or the like, wherein said second container is divided into a plurality of main portions , said main portions are mutually connected, in fluidic connection, by passage portions , - said passage portions are defined by passage reducers inside said second container , characterized in that - said passage portions comprise welds inside said second container between two opposite flaps. - a first container arranged in said internal volume and close to said banknotes and values and comprising a lower portion , facing said banknotes or values , which is permeable to fluids, - a second, fluid-tight container for marking fluid that is contained in said first container and is of a pliable type that is easily ruptured in the event of pressurisation from explosions or the like, wherein said second container is divided into a plurality of main portions , said main portions are mutually connected, in fluidic connection, by passage portions , - said passage portions are defined by passage reducers inside said second container , characterized in that - said passage portions comprise welds inside said second container between two opposite flaps.
Device for atomizing a fluid, comprising: - a pressure inlet for providing a pressurized gas , - a first fluid inlet for providing a first fluid , - a second fluid inlet for providing a second fluid , - a chamber , - a first outlet , and - a second outlet , wherein the pressure inlet , the first fluid inlet and the second fluid inlet lead into the chamber and the first outlet and the second outlet leave the chamber , wherein the pressure inlet , the first fluid inlet and the second fluid inlet are configured such that the pressurized gas provided by the pressure inlet draws the first fluid and the second fluid into the chamber , wherein the chamber is part of a fluidic oscillator configured to alternating attach the pressurized gas to the first fluid inlet or to the second fluid inlet , so that the pressurized gas alternating draws the first fluid and the second fluid into the chamber , atomizes the first fluid and the second fluid and outputs the atomized first fluid and the atomized second fluid alternating through the first outlet and the second outlet , characterized in that a geometry of at least one of a group of the pressure inlet , the first fluid inlet , the second fluid inlet is variable to control the atomization and/or a frequency of outputting the atomized first fluid and/or a frequency of outputting the atomized second fluid . - a pressure inlet for providing a pressurized gas , - a first fluid inlet for providing a first fluid , - a second fluid inlet for providing a second fluid , - a chamber , - a first outlet , and - a second outlet ,
A drill head (D2) for deep-hole drilling including one or a plurality of cutting blade tips mounted by brazing to face a cutting chip discharge port opened on a head distal end surface , guide pads mounted on a plurality of positions of a circumferential surface at the head distal end side, and a hollow inside portion made into a cutting chip discharge passage communicating with the cutting chip discharge port , wherein a guide pad portion having an arc surface is formed on the outer end surface of the cutting blade tip taking charge of cutting a circumferential side, wherein the blade point side of the cutting blade tip taking charge of cutting a circumferential side is set upward, a margin portion facing the front edge in a cutting rotation direction and a flank face to be spaced apart from the inner circumference of the cutting hole along the rear side in the cutting rotation direction from the margin portion are formed at an upper portion side of the outer end surface of the cutting blade tip , and the guide pad portion is formed at a lower portion side of the outer end surface of the cutting blade tip , characterised in that the margin portion and the guide pad portion are separated from each other by a groove portion . one or a plurality of cutting blade tips mounted by brazing to face a cutting chip discharge port opened on a head distal end surface , guide pads mounted on a plurality of positions of a circumferential surface at the head distal end side, and a hollow inside portion made into a cutting chip discharge passage communicating with the cutting chip discharge port , wherein a guide pad portion having an arc surface is formed on the outer end surface of the cutting blade tip taking charge of cutting a circumferential side, wherein the blade point side of the cutting blade tip taking charge of cutting a circumferential side is set upward, a margin portion facing the front edge in a cutting rotation direction and a flank face to be spaced apart from the inner circumference of the cutting hole along the rear side in the cutting rotation direction from the margin portion are formed at an upper portion side of the outer end surface of the cutting blade tip , and the guide pad portion is formed at a lower portion side of the outer end surface of the cutting blade tip , characterised in that the margin portion and the guide pad portion are separated from each other by a groove portion .
A surgical robot system comprising: a robot having a robot base , a robot arm coupled to the robot base, an end-effector coupled to the robot arm , a guide tube coupled to the end-effector , and a surgical instrument coupled to the guide tube , wherein the robot is configured to control movement of the end- effector to perform a given surgical procedure, wherein the surgical instrument is configured to engage a surgical implant while threadably engaged with the guide tube , wherein the surgical instrument is a screw driver and the surgical implant is a screw, characterised in that the guide tube has an internal threading and the surgical instrument has an external threading configured to engage the internal threading , wherein the engagement of the external threading of the surgical instrument with the internal threading of the guide tube is configured to transmit a force exerted by the robot arm to the surgical instrument; and wherein the internal threads and external threads match a pitch of threads on the surgical implant. a robot having a robot base , a robot arm coupled to the robot base, an end-effector coupled to the robot arm , a guide tube coupled to the end-effector , and a surgical instrument coupled to the guide tube , wherein the robot is configured to control movement of the end- effector to perform a given surgical procedure, wherein the surgical instrument is configured to engage a surgical implant while threadably engaged with the guide tube , wherein the surgical instrument is a screw driver and the surgical implant is a screw, characterised in that the guide tube has an internal threading and the surgical instrument has an external threading configured to engage the internal threading , wherein the engagement of the external threading of the surgical instrument with the internal threading of the guide tube is configured to transmit a force exerted by the robot arm to the surgical instrument; and wherein the internal threads and external threads match a pitch of threads on the surgical implant.
An intermediate layer , for being arranged between a sleeper and a rail, which has on its upper side and/or on its lower side at least one longitudinal web which extends along a longitudinal direction (L) which, in the installed state, corresponds to a rail direction (G), the intermediate layer being divided along the longitudinal direction (L) into two end regions (E) and a central region which extends between the end regions (E), the at least one longitudinal web being formed or arranged in the central region (M), and at least one end portion having a transverse web , characterized in that said longitudinal web terminates in or at the at least one transverse web whose length transverse to the longitudinal direction (L) is greater than a width of said longitudinal web in this direction, the at least one longitudinal web being formed by longitudinal depressions extending substantially along the longitudinal direction, and said at least one transverse web being formed by one or more transverse depressions .
Automatic zipper system for a zipper comprising a zipper tape with zipper teeth a slider body , having a housing which is designed to surround the zipper at least in regions, and in which an electrical drive unit is arranged which can be brought into operative contact with the slider body so that the latter can be transported along the zipper and/or can be locked; characterized in that the drive unit is directly or remotely connected to a biometric sensor/fingerprint sensor which transmits instructions, preferably via a control board , to the drive unit, so that the sliding body can be transported in one direction or the other depending on the detected biometric sensor/fingerprint. having a housing which is designed to surround the zipper at least in regions, and in which an electrical drive unit is arranged which can be brought into operative contact with the slider body so that the latter can be transported along the zipper and/or can be locked; characterized in that the drive unit is directly or remotely connected to a biometric sensor/fingerprint sensor which transmits instructions, preferably via a control board , to the drive unit, so that the sliding body can be transported in one direction or the other depending on the detected biometric sensor/fingerprint.
Analog-digital converter having at least one input to which at least one analog input signal (S(t)) can be supplied and having at least one output , which is configured to output a digital data stream representing the analog input signal, wherein the analog-digital converter comprises an optical input stage , which is configured to convert the analog input signal (S(t)) into a phase-modulated optical signal and supply it to a hybrid coupler with a plurality of output waveguides , each connected to at least one photodiode , the electrical terminal contacts of the photodiodes are each connected to the input of an associated analog-digital converter , by means of which an analog electrical input signal can be converted into a digital electrical output signal, and the output of the analog-digital converters is connected to the inputs of an output stage , which is configured to form the digital data stream at the output from the digital output signals of the analog-digital converters , characterized in that the output stage is configured to select the output signal of the analog-digital converter that is within a predeterminable range of the amplitude and, as a criterion of lower priority, has a predeterminable slope and/or is greater than a predeterminable adjacent output signal.
A method of recognizing a speech, the method comprising: converting words in speech data into continuous vector values based on phonetic similarities among words by applying an acoustic embedding matrix to the words so that phonetically similar words are disposed at adjacent positions in a vector space; and determining a result of recognizing the speech data based on the continuous vector values ; and characterized in that the determining comprises: acquiring candidate recognition results with respect to the speech data by applying the continuous vector values to a first neural network language model ; and determining a final recognition result with respect to the speech data among the candidate recognition results using a second language model with a more excellent performance than the first neural network language model. converting words in speech data into continuous vector values based on phonetic similarities among words by applying an acoustic embedding matrix to the words so that phonetically similar words are disposed at adjacent positions in a vector space; and determining a result of recognizing the speech data based on the continuous vector values ; and characterized in that the determining comprises: acquiring candidate recognition results with respect to the speech data by applying the continuous vector values to a first neural network language model ; and determining a final recognition result with respect to the speech data among the candidate recognition results using a second language model with a more excellent performance than the first neural network language model. acquiring candidate recognition results with respect to the speech data by applying the continuous vector values to a first neural network language model ; and determining a final recognition result with respect to the speech data among the candidate recognition results using a second language model with a more excellent performance than the first neural network language model.
A sole structure for an article of footwear comprising: a midsole body having a proximal surface and a distal surface ; wherein the midsole body has a first set of holes extending through the midsole body from the proximal surface to the distal surface , a second set of holes extending through the midsole body from the proximal surface to the distal surface , and a cleft extending partway through the midsole body between the first set of holes and the second set of holes ; wherein center axes (CA) of holes of the first set are parallel with center axes (CA) of holes of the second set with the cleft open, and are nonparallel with the center axes (CA) of the holes of the second set with the cleft closed, and wherein: the midsole body is a polymeric foam and includes an interior portion , and a skin that covers the interior portion and extends along each hole of the first set and each hole of the second set from the proximal surface to the distal surface ; the skin has a first density; and the interior portion has a second density less than the first density such that the midsole body has a greater compressive stiffness under a force of the midsole body along the center axis (CA) of each hole than transverse to the center axis (CA), or than at an oblique angle to the center axis (CA). a midsole body having a proximal surface and a distal surface ; wherein the midsole body has a first set of holes extending through the midsole body from the proximal surface to the distal surface , a second set of holes extending through the midsole body from the proximal surface to the distal surface , and a cleft extending partway through the midsole body between the first set of holes and the second set of holes ; wherein center axes (CA) of holes of the first set are parallel with center axes (CA) of holes of the second set with the cleft open, and are nonparallel with the center axes (CA) of the holes of the second set with the cleft closed, and wherein: the midsole body is a polymeric foam and includes an interior portion , and a skin that covers the interior portion and extends along each hole of the first set and each hole of the second set from the proximal surface to the distal surface ; the skin has a first density; and the interior portion has a second density less than the first density such that the midsole body has a greater compressive stiffness under a force of the midsole body along the center axis (CA) of each hole than transverse to the center axis (CA), or than at an oblique angle to the center axis (CA). the midsole body is a polymeric foam and includes an interior portion , and a skin that covers the interior portion and extends along each hole of the first set and each hole of the second set from the proximal surface to the distal surface ; the skin has a first density; and the interior portion has a second density less than the first density such that the midsole body has a greater compressive stiffness under a force of the midsole body along the center axis (CA) of each hole than transverse to the center axis (CA), or than at an oblique angle to the center axis (CA).
A method for controlling a vehicle brake system of a heavy duty vehicle , the brake system comprising a service brake system and an electrical machine brake system , the method comprising: determining (S1) a total brake torque request for braking a wheel of the vehicle , obtaining (S2) a brake torque capability (520, CAP EM i ) of the electrical machine , determining (S3) if the total brake torque request exceeds the brake torque capability of the electrical machine , and applying (S4) a baseline brake torque by the service brake system if the total brake torque request exceeds the brake torque capability of the electrical machine but is below a threshold level , wherein the baseline brake torque is configured to compensate for a difference between total brake torque request and brake torque capability of the electrical machine , the method further comprising: braking (S42) the vehicle solely by the service brake system and controlling wheel slip by the service brake system if the total brake torque request exceeds the predetermined threshold level , while controlling (S5) wheel slip by the electrical machine brake system if the total brake torque request is below the predetermined threshold level . determining (S1) a total brake torque request for braking a wheel of the vehicle , obtaining (S2) a brake torque capability (520, CAP EM i ) of the electrical machine , determining (S3) if the total brake torque request exceeds the brake torque capability of the electrical machine , and applying (S4) a baseline brake torque by the service brake system if the total brake torque request exceeds the brake torque capability of the electrical machine but is below a threshold level , wherein the baseline brake torque is configured to compensate for a difference between total brake torque request and brake torque capability of the electrical machine , the method further comprising: braking (S42) the vehicle solely by the service brake system and controlling wheel slip by the service brake system if the total brake torque request exceeds the predetermined threshold level , while controlling (S5) wheel slip by the electrical machine brake system if the total brake torque request is below the predetermined threshold level . braking (S42) the vehicle solely by the service brake system and controlling wheel slip by the service brake system if the total brake torque request exceeds the predetermined threshold level , while controlling (S5) wheel slip by the electrical machine brake system if the total brake torque request is below the predetermined threshold level .
A frame for sit-stand-tables comprising a longitudinal member , two height-adjustable legs with at least two telescopic profiles, namely an outer and an inner profile, and with a driving mechanism, driven by a common motor unit , comprising an electric motor and a gear , where the common motor unit is arranged in the longitudinal member and connected to the driving mechanism in the height-adjustable legs , where a mounting bracket for mounting the leg to the longitudinal member is secured to the upper end of the profile, where the external side of the longitudinal member is equipped with a pair of axle journals for cooperating with a pair of recesses located at the end of the mounting bracket of the leg facing towards the center of the longitudinal member , wherein the external side of the longitudinal member is equipped with a pair of journals cooperating with a pair of tracks in the mounting bracket , said tracks extending from the upper edge of the mounting bracket.