mhurhangee/patent-ind-claim-en huggingface dataset:
Milling head for a milling tool for prosthetic surgery operations, said milling head being made of metal and having a base perimeter edge , said milling head being provided with an external cutting part which has a milling surface from which a plurality of protruding cutting elements project, and a coupling part defined along said base perimeter edge and provided with a plurality of recessed coupling seatings circumferentially present along said base perimeter edge , wherein said coupling part comprises three or four recessed coupling seatings respectively disposed at 120° or 90° from each other, each of said recessed coupling seatings comprising one lead-in portion that is inclined, at least in a first part thereof, with respect to an operative axis (A) of symmetry for said milling head , and one end-of-travel portion , wherein said lead-in portion has a first part extending from said base perimeter edge and inclined, with respect to a plane perpendicular with respect to the operative axis (A) and defined by the base perimeter edge , by an angle of inclination α of between 10° and 50°, the first part defining a slide leading toward said end-of-travel portion , further wherein the lead-in portion has a second part which constitutes the continuation of the first part , the second part being substantially orthogonal to the operating axis (A) and ending in said end-of-travel portion .
A strap locating arrangement for locating a strap over a load on a vehicle load bed, the strap locating arrangement comprising a) a receiving arrangement configured for receiving at least part of a rolled up load securing strap, the receiving arrangement comprising a straight base wall having parallel opposed edges and a pair of side walls extending substantially upwardly from the straight base wall at the opposed edges , and straight base wall and the pair of side walls defining a straight channel to receive the rolled up load securing strap and guide rolling of the rolled up load securing strap on the straight base wall in operation; b) the receiving arrangement including a slot through which an un-rolled portion of the load securing strap is extendable in a direction extending tangentially outward from the rolled up strap; c) the receiving arrangement being attachable to an elongate extension member in a configuration so that when the elongate extension member is in a vertical position, the rolled up load securing strap will be prevented from falling out of the receiving arrangement . a) a receiving arrangement configured for receiving at least part of a rolled up load securing strap, the receiving arrangement comprising a straight base wall having parallel opposed edges and a pair of side walls extending substantially upwardly from the straight base wall at the opposed edges , and straight base wall and the pair of side walls defining a straight channel to receive the rolled up load securing strap and guide rolling of the rolled up load securing strap on the straight base wall in operation; b) the receiving arrangement including a slot through which an un-rolled portion of the load securing strap is extendable in a direction extending tangentially outward from the rolled up strap; c) the receiving arrangement being attachable to an elongate extension member in a configuration so that when the elongate extension member is in a vertical position, the rolled up load securing strap will be prevented from falling out of the receiving arrangement .
A blade for a rotor of a gas turbine comprising a cast substrate including: - a root for connecting the blade to a rotor of a gas turbine , - a platform having a lower surface from which the root extends and an upper surface opposite to the lower surface , - an aerofoil extending from the upper surface of the platform , the aerofoil comprises an external surface , - the cast substrate comprising a low Cr alloy, - the external surface of the aerofoil and the upper surface of the platform is covered by a thermal barrier coating, - an anti-corrosion layer of a high Cr blade alloy over the substrate added by means of an additive manufacturing process to the lower surface and the root only, wherein the high Cr blade alloy comprises 15% to 23% Cr. - a root for connecting the blade to a rotor of a gas turbine , - a platform having a lower surface from which the root extends and an upper surface opposite to the lower surface , - an aerofoil extending from the upper surface of the platform , the aerofoil comprises an external surface , - the cast substrate comprising a low Cr alloy, - the external surface of the aerofoil and the upper surface of the platform is covered by a thermal barrier coating, - an anti-corrosion layer of a high Cr blade alloy over the substrate added by means of an additive manufacturing process to the lower surface and the root only, wherein the high Cr blade alloy comprises 15% to 23% Cr.
A method for compressing data D(nT) that represent a time-dependent signal A(t) , wherein the time-dependent signal A(t) comprises a multiplicity of time-dependent signal elements A i (t), where i=l,..., NoS, (46-50), having the steps of: - reception of a multiplicity of spectra S i (f), where i=l,...,NoS, (106-110), wherein each spectrum S i (f) (106-110) corresponds to one of the time-dependent signal elements A i (t) (46-50), wherein each spectrum S i (f) (106-110) comprises a multiplicity of frequencies f j , where j=l, ... , NoP, (111-116) and a multiplicity of amplitudes a j,i , where j=l,..., NoP and i=l,..., NoS, (121-126) of the multiplicity of frequencies f j (111-116); - generation of a compressed data record (CDS), characterized by the steps of : - computation of a respective number of coefficients (ARC) of an autoregressive model for the multiplicity of amplitudes a j,i (121-126) of each of the multiplicity of frequencies f j (111-116), wherein the number of coefficients (ARC) is varied on the basis of a classification value, wherein the classification value represents a state of health of a technical system and is ascertained by processing the spectra S i (f) (106-110); and - generation of the compressed data record (CDS), wherein the compressed data record (CDS) comprises at least the number of coefficients (ARC) and the frequencies f j (111-116) associated with the coefficients (ARC) . - reception of a multiplicity of spectra S i (f), where i=l,...,NoS, (106-110), wherein each spectrum S i (f) (106-110) corresponds to one of the time-dependent signal elements A i (t) (46-50), wherein each spectrum S i (f) (106-110) comprises a multiplicity of frequencies f j , where j=l, ... , NoP, (111-116) and a multiplicity of amplitudes a j,i , where j=l,..., NoP and i=l,..., NoS, (121-126) of the multiplicity of frequencies f j (111-116); - generation of a compressed data record (CDS), characterized by the steps of : - computation of a respective number of coefficients (ARC) of an autoregressive model for the multiplicity of amplitudes a j,i (121-126) of each of the multiplicity of frequencies f j (111-116), wherein the number of coefficients (ARC) is varied on the basis of a classification value, wherein the classification value represents a state of health of a technical system and is ascertained by processing the spectra S i (f) (106-110); and - generation of the compressed data record (CDS), wherein the compressed data record (CDS) comprises at least the number of coefficients (ARC) and the frequencies f j (111-116) associated with the coefficients (ARC) .
Operating method for a hot rolling line which has at least a first and a last roll stand , - wherein in the hot rolling line a first and a second metal strip are rolled one after the other, - wherein portions of the metal strips in each case first pass through the first roll stand and only afterwards the last roll stand of the hot rolling line, - wherein the first roll stand is configured as a four-high stand both during the rolling of the first metal strip and during the rolling of the second metal strip , - wherein the hot rolling line has a number of additional roll stands between the first and the last roll stand , characterized in that the last roll stand is converted between the rolling of the first metal strip and the rolling of the second metal strip from a four-high stand to a six-high stand, or vice versa, so that the last roll stand during the rolling of the first metal strip is configured as a four-high stand with working rollers and support rollers and is configured during the rolling of the second metal strip as a six-high stand with working rollers , intermediate rollers and support rollers , and in that the additional roll stands both during the rolling of the first metal strip and during the rolling of the second metal strip are configured as four-high stands. - wherein in the hot rolling line a first and a second metal strip are rolled one after the other, - wherein portions of the metal strips in each case first pass through the first roll stand and only afterwards the last roll stand of the hot rolling line, - wherein the first roll stand is configured as a four-high stand both during the rolling of the first metal strip and during the rolling of the second metal strip , - wherein the hot rolling line has a number of additional roll stands between the first and the last roll stand ,
A hole-making system (S) for making holes on the collar of a cylinder (T), comprising; - at least one hand unit for making holes on the collar of the said cylinder (T) and used with two hands and comprising at least one body , at least two holding handles located on the body and enabling the user to hold the hand unit with two hands and at least one power connection allowing power transfer from the control unit to the hand unit ; - at least one control unit controlling operation of the said hand unit ; - at least one pedal enabling the user to control the operation of the hand unit with his foot; and - at least one drilling member ; characterised in that the hand unit further comprises at least one hook-shaped drilling head which is connected to the body and wherein said collar can be placed into at least one recess thereof, and in that the at least one drilling member can move in the said drilling head such that it can pass through the recess and make a hole on the collar located in the recess . - at least one hand unit for making holes on the collar of the said cylinder (T) and used with two hands and comprising at least one body , at least two holding handles located on the body and enabling the user to hold the hand unit with two hands and at least one power connection allowing power transfer from the control unit to the hand unit ; - at least one control unit controlling operation of the said hand unit ; - at least one pedal enabling the user to control the operation of the hand unit with his foot; and - at least one drilling member ;
A camera module comprising: a first movable carrier ; a lens barrel including a lower barrel , an upper barrel , at least one lens, and a lens hole on an upper surface of the upper barrel , the lens barrel being fixed to the first movable carrier ; and a variable aperture including an aperture hole area ; wherein the variable aperture is fixed to the first movable carrier such that the aperture hole area of the variable aperture is aligned with an uppermost lens disposed inside the lens barrel and at least a portion of the uppermost lens is exposed through the aperture hole area , wherein a size of the aperture hole area is adjustable; wherein an upper end of the uppermost lens of the lens barrel has a convex shape and protrudes further to the upper side than a surface of the variable aperture . a first movable carrier ; a lens barrel including a lower barrel , an upper barrel , at least one lens, and a lens hole on an upper surface of the upper barrel , the lens barrel being fixed to the first movable carrier ; and a variable aperture including an aperture hole area ; wherein the variable aperture is fixed to the first movable carrier such that the aperture hole area of the variable aperture is aligned with an uppermost lens disposed inside the lens barrel and at least a portion of the uppermost lens is exposed through the aperture hole area , wherein a size of the aperture hole area is adjustable; wherein an upper end of the uppermost lens of the lens barrel has a convex shape and protrudes further to the upper side than a surface of the variable aperture .
Method for transmitting software consisting of software modules from a central computer to at least two further computers , wherein the central computer and the at least two further computers are connectible by a communication link for transmitting data, characterized by the following steps of - establishing a connection with the at least two further computers by means of the central computer , - enquiring the characteristics of the at least two further computers by means of the central computer , - identifying, by means of the central computer , the software modules that are multicast compatible as a function of the characteristics that have been reported back, - transmitting the software modules that are compatible with multicast transmission and identical for all computers to the at least two further computers by means of the central computer , - establishing, by means of the central computer , a unicast connection with the at least two further computers for the software modules that are not multicast-compatible and are individualized at least for some computers - establishing a connection with the at least two further computers by means of the central computer , - enquiring the characteristics of the at least two further computers by means of the central computer , - identifying, by means of the central computer , the software modules that are multicast compatible as a function of the characteristics that have been reported back, - transmitting the software modules that are compatible with multicast transmission and identical for all computers to the at least two further computers by means of the central computer , - establishing, by means of the central computer , a unicast connection with the at least two further computers for the software modules that are not multicast-compatible and are individualized at least for some computers
Method for operating a brake system having hydraulically actuatable wheel brakes , which comprises an electrically controllable pressure supply device , which is separably connected to the wheel brakes , a master brake cylinder which can be actuated by means of a brake pedal and which is separably connected to the wheel brakes , and a brake fluid reservoir having a first and a second reservoir chamber which are separated by a first partition wall , wherein the first reservoir chamber is connected to the pressure supply device via a first port for fluid removal, via which the pressure supply device is supplied with pressure medium, and the second reservoir chamber is connected to the master brake cylinder via a second port for fluid removal, via which the master brake cylinder is supplied with pressure medium, wherein a first filling level in the brake fluid reservoir is determined by means of a first sensor element , and a second filling level in the brake fluid reservoir is determined by means of a second sensor element , characterized in that the brake system is operated in a first fallback operating mode when the determined first filling level in the brake fluid reservoir falls below a first predetermined level (p 1 ), and in that the brake system is operated in a second fallback operating mode when the determined second filling level in the brake fluid reservoir falls below a second predetermined level (p 2 ), wherein the second level (p 2 ) is lower than the first level (p 1 ).
A photovoltaic junction box adapted to be mounted on a solar panel, comprising: a box body ; a plurality of conduction terminals received in the box body ; and at least one surface-mounted diode mounted on the plurality of conduction terminals by means of Surface Mount Technology, wherein each surface-mounted diode comprises a flat body, at least one anode pin extending outwardly from an edge of the flat body, and a cathode pad located on a bottom of the flat body, wherein the cathode pad of at least one surface mounted diode mounted on a surface of the conduction terminal has a heat conduction angle γ, wherein an edge of at least one of the plurality of conduction terminals is formed with a notch recessed inward therefrom, the notch having a straight bottom edge , and a first lateral edge and a second lateral edge located on either side of the bottom edge , a first angle α being defined between the first lateral edge and the bottom edge , and a second angle β being defined between the second lateral edge and the bottom edge , and wherein the cathode pad of the at least one surface-mounted diode is surface-mounted on the conduction terminal with the notch , a front edge of the cathode pad being substantially aligned with the bottom edge of the notch so as to increase the heat conduction angle γ of the cathode pad , wherein the heat conduction angle γ is calculated by the following expression: γ = 540 degrees − α − β , wherein the heat conduction angle γ is more than 180 degrees and less than 360 degrees. a box body ; a plurality of conduction terminals received in the box body ; and at least one surface-mounted diode mounted on the plurality of conduction terminals by means of Surface Mount Technology, wherein each surface-mounted diode comprises a flat body, at least one anode pin extending outwardly from an edge of the flat body, and a cathode pad located on a bottom of the flat body, wherein the cathode pad of at least one surface mounted diode mounted on a surface of the conduction terminal has a heat conduction angle γ, wherein an edge of at least one of the plurality of conduction terminals is formed with a notch recessed inward therefrom, the notch having a straight bottom edge , and a first lateral edge and a second lateral edge located on either side of the bottom edge , a first angle α being defined between the first lateral edge and the bottom edge , and a second angle β being defined between the second lateral edge and the bottom edge , and wherein the cathode pad of the at least one surface-mounted diode is surface-mounted on the conduction terminal with the notch , a front edge of the cathode pad being substantially aligned with the bottom edge of the notch so as to increase the heat conduction angle γ of the cathode pad , wherein the heat conduction angle γ is calculated by the following expression: γ = 540 degrees − α − β , wherein the heat conduction angle γ is more than 180 degrees and less than 360 degrees.
A downhole straddle assembly for straddling over a zone downhole in a well , the straddle assembly comprising: - a plurality of tubular sections mounted end to end in succession to form one tubular pipe having a first end tubular section forming a first open end of the tubular pipe, and a second end tubular section forming a second open end of the tubular pipe, said tubular pipe having an outer diameter (OD s ), characterized in that the tubular section mounted to the first end tubular section is a first expandable metal sleeve being more pliant than the first end tubular section, and the tubular section mounted to the second end tubular section is a second expandable metal sleeve being more pliant than the second end tubular section. - a plurality of tubular sections mounted end to end in succession to form one tubular pipe having a first end tubular section forming a first open end of the tubular pipe, and a second end tubular section forming a second open end of the tubular pipe, said tubular pipe having an outer diameter (OD s ), characterized in that
Vibrotactile actuator , comprising a network of flat electromagnetic coils (121-124) positioned contiguously in a first plane (PB), characterized in that the flat electromagnetic coils (121-124) of the network of flat electromagnetic coils (121-124) are arranged such that an electrical current flows, in adjacent segments (121 a, 122a) of two juxtaposed flat electromagnetic coils (121-124), in common directions which alternate from pair to pair, said network of flat electromagnetic coils (121-124) being adapted to generate a Laplace force under the effect of the electrical current traversing said network of flat electromagnetic coils (121-124), and in that the vibrotactile actuator comprises: - a network of permanent contiguous magnets (111-119) linearly assembled in a second plane (PA) parallel to the first plane (PB) of the network of flat electromagnetic coils (121-124) and whose polarities are aligned in more than two different directions, said network of permanent contiguous magnets (111-119) forming a Halbach array generating magnetic field lines oriented towards the network of flat electromagnetic coils (121-124), an electromagnetic interaction between current lines traversing the network of flat electromagnetic coils (121-124) and the magnetic field lines causes, due to the Laplace force, relative translational motions between the network of flat electromagnetic coils (121-124) and the network of permanent contiguous magnets (111-119), and - elastic guidance means to generate haptic vibrations from the relative translational motions between the network of flat electromagnetic coils (121-124) and the network of permanent contiguous magnets (111-119). - a network of permanent contiguous magnets (111-119) linearly assembled in a second plane (PA) parallel to the first plane (PB) of the network of flat electromagnetic coils (121-124) and whose polarities are aligned in more than two different directions, said network of permanent contiguous magnets (111-119) forming a Halbach array generating magnetic field lines oriented towards the network of flat electromagnetic coils (121-124), an electromagnetic interaction between current lines traversing the network of flat electromagnetic coils (121-124) and the magnetic field lines causes, due to the Laplace force, relative translational motions between the network of flat electromagnetic coils (121-124) and the network of permanent contiguous magnets (111-119), and - elastic guidance means to generate haptic vibrations from the relative translational motions between the network of flat electromagnetic coils (121-124) and the network of permanent contiguous magnets (111-119).