mhurhangee/patent-ind-claim-en huggingface dataset:
A method of providing caller information, the method comprising the steps of: initiating a call between a first device and a second device , wherein the first device is configured to display text information using a first alphabet and the second device is configured to display text information using a second alphabet; providing , to the second device , file location information corresponding to audio caller information during a call setup between the first device and the second device ; transcribing, at the second device , the audio caller information to text information using the second alphabet; using the file location information, retrieving, by the second device , the audio caller information; playing the audio caller information: and displaying the transcribed text information on the second device during the call setup. initiating a call between a first device and a second device , wherein the first device is configured to display text information using a first alphabet and the second device is configured to display text information using a second alphabet; providing , to the second device , file location information corresponding to audio caller information during a call setup between the first device and the second device ; transcribing, at the second device , the audio caller information to text information using the second alphabet; using the file location information, retrieving, by the second device , the audio caller information; playing the audio caller information: and displaying the transcribed text information on the second device during the call setup.
A process for the production of 1-chloro-3,3,3-trifluoropropene (HCFO-1233zd) which comprises the steps of: (i) providing a propane feedstock selected from the group consisting of tetrachlorofluoropropanes, trichlorodifluoropropanes, dichlorotrifluoropropanes, and mixtures thereof; (ii) reacting the propane feedstock in a vapor phase reactor in the presence of HF and in the presence of a solid catalyst under conditions effective to form a product stream comprising HCFO-1233zd isomers, HCl and unconverted starting materials, (iii) recovering or removing HCl and HF, and (iv) isolating the HCFO-1233zd E-isomer or isolating both the HCFO-1233zd E-isomer and the HCFO-1233zd Z-isomer separately; wherein the catalyst comprises: (a) one or more halogenated metal oxides selected from the group consisting of fluorinated Cr 2 O 3 , fluorinated Al 2 O 3 , and fluorinated MgO; or (b) one or more metal halides selected from the group consisting of CrF 3 , AlF 3 , AlCl 3 , FeCl 3 , and FeCl 3 /C; or (c) one or more carbon supported zero oxidation state transition metals selected from the group consisting of Fe/C, Co/C, Ni/C, and Pd/C. (i) providing a propane feedstock selected from the group consisting of tetrachlorofluoropropanes, trichlorodifluoropropanes, dichlorotrifluoropropanes, and mixtures thereof; (ii) reacting the propane feedstock in a vapor phase reactor in the presence of HF and in the presence of a solid catalyst under conditions effective to form a product stream comprising HCFO-1233zd isomers, HCl and unconverted starting materials, (iii) recovering or removing HCl and HF, and (iv) isolating the HCFO-1233zd E-isomer or isolating both the HCFO-1233zd E-isomer and the HCFO-1233zd Z-isomer separately; (a) one or more halogenated metal oxides selected from the group consisting of fluorinated Cr 2 O 3 , fluorinated Al 2 O 3 , and fluorinated MgO; or (b) one or more metal halides selected from the group consisting of CrF 3 , AlF 3 , AlCl 3 , FeCl 3 , and FeCl 3 /C; or (c) one or more carbon supported zero oxidation state transition metals selected from the group consisting of Fe/C, Co/C, Ni/C, and Pd/C.
A differential assembly distributing torque from an input shaft to first and second output shafts , the differential assembly comprising a ring gear receiving torque from the input shaft , a carrier attached to and rotatable with the ring gear , a differential housing , and a bearing assembly supporting the carrier within the differential housing , the bearing assembly comprises a ball bearing and another bearing arranged on opposite sides of the ring gear , wherein along a common longitudinal axis (L2) of the two output shafts an axial distance between the other bearing and the ring gear is smaller than an axial distance between the ball bearing and the ring gear , characterised by that the other bearing is a cylindrical roller bearing.
Hip prosthesis head (5; 205; 305; 405; 505) comprising: - an external element with a convex external surface suitable for coupling in omnidirectional spherical coupling mode with a concave internal surface of an acetabular cup suitable for being implanted in a pelvic bone of the patient or a cotyloid cavity of the patient; and - an internal element comprising a truncated-conical seat suitable for coupling in Morse taper coupling mode with a truncated-conical shank of a stem suitable for being implanted in a femur of the patient, wherein the external element and the internal element are made of different materials; the internal element is coupled inside a blind hole of the external element in fit-in coupling mode; the external element has an annular base around said blind hole , the internal element has a truncated-conical body that is open on the bottom, and an annular base that protrudes radially outwards from a lower edge of the body in order to go in contact with said base of the external element; and said internal element has an annular rib that is shaped like a collar and protrudes externally from the body of the internal element in order to be coupled inside an annular groove that is shaped like a collar and is obtained in said blind hole of the external element; characterized in that said annular rib of the internal element has a radial lower surface and a tapered upper surface and said annular groove of the blind hole of the external element has a radial lower surface . - an external element with a convex external surface suitable for coupling in omnidirectional spherical coupling mode with a concave internal surface of an acetabular cup suitable for being implanted in a pelvic bone of the patient or a cotyloid cavity of the patient; and - an internal element comprising a truncated-conical seat suitable for coupling in Morse taper coupling mode with a truncated-conical shank of a stem suitable for being implanted in a femur of the patient, wherein the external element and the internal element are made of different materials; the internal element is coupled inside a blind hole of the external element in fit-in coupling mode; the external element has an annular base around said blind hole , the internal element has a truncated-conical body that is open on the bottom, and an annular base that protrudes radially outwards from a lower edge of the body in order to go in contact with said base of the external element; and said internal element has an annular rib that is shaped like a collar and protrudes externally from the body of the internal element in order to be coupled inside an annular groove that is shaped like a collar and is obtained in said blind hole of the external element; characterized in that said annular rib of the internal element has a radial lower surface and a tapered upper surface and said annular groove of the blind hole of the external element has a radial lower surface .
An electric machine , comprising: a stator comprising teeth ; conductive windings configured to be wound about the teeth ; and a rotor rotatable around the stator , the rotor comprising an annular core defining first slots along a circumferential dimension and two and only two second slots along the circumferential dimension between neighboring first slots , permanent magnets disposable in the first slots with north and south poles respectively oriented along a radial dimension and cage windings disposable in each of the two and only two second slots ; wherein each of the two and only two second slots are defined along the circumferential dimension between pairs of neighboring first slots to respectively accommodate a single one of the cage windings and to respectively comprise with increasing radial distance from a central longitudinal axis: a narrow neck portion open to a gap between the stator and the rotor; a tapered neck portion ; a slot portion ; and a curved end portion , characterized in that a first distance (Da) between the radially outer edge of each of the permanent magnets and an outer diameter of the annular core is greater than a second distance (Db) between the radially inner edge of each of the permanent magnets and an inner diameter of the annular core , and a third distance (Dc) between the lateral edges of each of the permanent magnets and a nearest one of the two and only two second slots is less than or equal to the second distance (Db). a stator comprising teeth ; conductive windings configured to be wound about the teeth ; and a rotor rotatable around the stator , the rotor comprising an annular core defining first slots along a circumferential dimension and two and only two second slots along the circumferential dimension between neighboring first slots , permanent magnets disposable in the first slots with north and south poles respectively oriented along a radial dimension and cage windings disposable in each of the two and only two second slots ; wherein each of the two and only two second slots are defined along the circumferential dimension between pairs of neighboring first slots to respectively accommodate a single one of the cage windings and to respectively comprise with increasing radial distance from a central longitudinal axis: a narrow neck portion open to a gap between the stator and the rotor; a tapered neck portion ; a slot portion ; and a curved end portion , a narrow neck portion open to a gap between the stator and the rotor; a tapered neck portion ; a slot portion ; and a curved end portion , characterized in that a first distance (Da) between the radially outer edge of each of the permanent magnets and an outer diameter of the annular core is greater than a second distance (Db) between the radially inner edge of each of the permanent magnets and an inner diameter of the annular core , and a third distance (Dc) between the lateral edges of each of the permanent magnets and a nearest one of the two and only two second slots is less than or equal to the second distance (Db).
A pressure regulator assembly for a system for supply of gaseous fuel to an internal combustion engine; the regulator assembly comprising a first pressure reducer adapted to receive at the inlet the gaseous fuel and a second pressure reducer arranged in series with the first reducer and comprising an electric actuator and a mechanical return spring for regulating the pressure/flow rate of gaseous fuel supplied to the engine; the first reducer comprising: - a fuel inlet chamber; - a fuel outlet chamber ; - an intermediate chamber arranged between the inlet and outlet chambers - a separation member inserted in a fluid-tight manner between said intermediate chamber and said outlet chamber; - a communication passage of the inlet chamber to the outlet chamber; - an interception body integrally connected to said separation member and configured to intercept the fuel being conveyed along said communication passage; and - a mechanical opening spring housed in said intermediate chamber and thrusting the separation member toward said outlet chamber; said second reducer comprising an inlet duct communicating with the outlet chamber of said first reducer; - a second outlet chamber of the gaseous fuel directed towards the engine; and a shutter body inserted between said inlet duct and said second outlet chamber and driven by said electric actuator and by said return spring, characterized in that said intermediate chamber is a sealed chamber and in that it furthermore comprises a communication duct of said intermediate chamber with said second outlet chamber of said second reducer. - a fuel outlet chamber ; - an intermediate chamber arranged between the inlet and outlet chambers - a separation member inserted in a fluid-tight manner between said intermediate chamber and said outlet chamber; - a communication passage of the inlet chamber to the outlet chamber; - an interception body integrally connected to said separation member and configured to intercept the fuel being conveyed along said communication passage; and - a mechanical opening spring housed in said intermediate chamber and thrusting the separation member toward said outlet chamber; said second reducer comprising an inlet duct communicating with the outlet chamber of said first reducer; - a second outlet chamber of the gaseous fuel directed towards the engine; and a shutter body inserted between said inlet duct and said second outlet chamber and driven by said electric actuator and by said return spring, characterized in that said intermediate chamber is a sealed chamber and in that it furthermore comprises a communication duct of said intermediate chamber with said second outlet chamber of said second reducer.
A slab ceiling element or double wall element of reinforced concrete and with lattice girders , with a structural element for the sound absorption in rooms, which is installed in the slab ceiling or the double wall on a surface thereof so as to be flush with this surface, wherein said structural element comprises a hollow body that is open on one side and serves for being installed into a ceiling or a wall so as to be flush with its surface, a bottom and a sidewall that peripherally extends around this bottom , wherein the sidewall has on its peripheral edge an edge strip that partially or entirely extends around this edge, wherein the edge strip is flush with the surface of the ceiling or wall in the installed state, and wherein a sound absorber can be inserted into the hollow space after its installation in the ceiling or the wall.
Method for monitoring the function of an LED unit , having the steps: - applying a first constant current (I Test , I Test1 ) to a supply line (ZL) of the LED unit for charging a capacitance formed by the supply line (ZL) and the LED unit by means of the first constant current (I Test , I Test1 ), - determining an external electric charging voltage (U Ext ) applied to the supply line (ZL) during the charging process, characterised by : - carrying out a comparison on the basis of a time derivative of the determined external electric charging voltage (U Ext ) and a reference value (U Ref , dU/dt Ref ), - determining a correct function of the LED unit as a function of the comparison result, wherein a correct function of the LED unit is determined, if, during the charging process, it was determined on the basis of the comparison result that the externally applied electric charging voltage (U Ext ) does not increase further, - immediate interruption of the charging process after determining the correct function so that no significant electric current, which has a lighting effect which can be perceived by the human eye, flows through the LEDs of the LED unit . - applying a first constant current (I Test , I Test1 ) to a supply line (ZL) of the LED unit for charging a capacitance formed by the supply line (ZL) and the LED unit by means of the first constant current (I Test , I Test1 ), - determining an external electric charging voltage (U Ext ) applied to the supply line (ZL) during the charging process, characterised by : - carrying out a comparison on the basis of a time derivative of the determined external electric charging voltage (U Ext ) and a reference value (U Ref , dU/dt Ref ), - determining a correct function of the LED unit as a function of the comparison result, wherein a correct function of the LED unit is determined, if, during the charging process, it was determined on the basis of the comparison result that the externally applied electric charging voltage (U Ext ) does not increase further, - immediate interruption of the charging process after determining the correct function so that no significant electric current, which has a lighting effect which can be perceived by the human eye, flows through the LEDs of the LED unit .
Use of a water-soluble composition for metal working, the water-soluble composition containing a polyalkylene oxide having a weight average molecular weight of 300,000 to 750,000, base oil and water; wherein the content of the polyalkylene oxide is 0.1 to 5 % by mass; wherein the polyalkylene oxide is at least one selected from the group consisting of a polyethylene oxide, an ethylene oxide-propylene oxide copolymer, an ethylene oxide-butylene oxide copolymer and a propylene oxide-butylene oxide copolymer; and wherein the weight average molecular weight of the polyalkylene oxide is measured by gel permeation chromatography (GPC) using a polyethylene oxide as a standard sample. wherein the content of the polyalkylene oxide is 0.1 to 5 % by mass; wherein the polyalkylene oxide is at least one selected from the group consisting of a polyethylene oxide, an ethylene oxide-propylene oxide copolymer, an ethylene oxide-butylene oxide copolymer and a propylene oxide-butylene oxide copolymer; and wherein the weight average molecular weight of the polyalkylene oxide is measured by gel permeation chromatography (GPC) using a polyethylene oxide as a standard sample.
A resource allocation method for an uplink packet data transmission in a wireless communication system based on Orthogonal Frequency Division Multiplexing, OFDM, comprising the steps of: allocating uplink resources from a base station to a plurality of terminals on a frequency bandwidth-by-frequency bandwidth basis; mapping the allocated resources to equal-interval sub-carriers or successive sub-carriers depending on a state of at least one of the plurality of terminals; generating resource allocation information indicating the mapped resources for at least one of the terminals from the base station; and transmitting the generated resource allocation information from the base station to at least one of the terminals using a scheduling assignment channel, wherein the resource allocation information comprises denoting an allocated subcarrier set by SS(S, R, N) wherein "S" is an index of the first sub- carrier allocated to at least one of the terminals, "R" is an interval between allocated sub- carriers, and "N" is the number of allocated sub-carriers.
An evaporator comprising; an enclosure (16-3) with an outlet (16-6); at least one refrigerant passage (16-4) within the enclosure; a baffle (16-7) having an impingement surface (16-7-4) within the enclosure, wherein the impingement surface is positioned orthogonally to a passage axis of the at least one refrigerant passage; a vapor flow region (16-8) interposed between an outlet end of the refrigerant passage and the impingement surface; a liquid accumulation region (16-9) at a lower end (16-7-4-1) of the impingement surface; and an upper end of the impingement surface (16-7-4) being in direct communication with the outlet (16-6), characterised in that the evaporator further comprising: a metering orifice (16-7-1) passing through, in a direction parallel to the passage axis of the at least one refrigerant passage, a position in the impingement surface, wherein the position is adjacent the liquid accumulation region; the liquid accumulation region being in communication with the outlet through the metering orifice; and the lower end of the impingement surface (16-7-4-1) being attached to the bottom (16-3-2) of the enclosure.
Molded article comprising popcorn substantially surrounded by a polymer and further a binder, wherein the summed amount of polymer and binder is ≤ 20% (wt./wt.) based on the molded article, wherein the polymer is a hydrophobic polymer, wherein the popcorn has a particle size distribution in which the fat content of the popcorn before processing is ≤ 10 (wt.-)%.
A circuit arrangement comprising: interconnect circuitry ; a control circuit and a memory coupled to the interconnect circuitry a plurality of processor circuits coupled to the interconnect circuitry; a plurality of cache circuits coupled to the plurality of processor circuits, respectively; a first snoop filter coupled to the interconnect and configured to filter snoop requests by individual cache lines of a first subset of addresses of the memory; and a second snoop filter coupled to the interconnect and configured to filter snoop requests by groups of cache lines of a second subset of addresses of the memory, wherein each group encompasses a plurality of cache lines; wherein the control circuit is further configured to: determine an owner count of a first group of cache lines filtered by the second snoop filter; and reassign cache lines of the first group of cache lines from the second snoop filter to the first snoop filter in response to the owner count of the first group being equal to 1 and an access count of the first group being greater than zero. interconnect circuitry ; a control circuit and a memory coupled to the interconnect circuitry a plurality of processor circuits coupled to the interconnect circuitry; a plurality of cache circuits coupled to the plurality of processor circuits, respectively; a first snoop filter coupled to the interconnect and configured to filter snoop requests by individual cache lines of a first subset of addresses of the memory; and a second snoop filter coupled to the interconnect and configured to filter snoop requests by groups of cache lines of a second subset of addresses of the memory, wherein each group encompasses a plurality of cache lines; wherein the control circuit is further configured to: determine an owner count of a first group of cache lines filtered by the second snoop filter; and reassign cache lines of the first group of cache lines from the second snoop filter to the first snoop filter in response to the owner count of the first group being equal to 1 and an access count of the first group being greater than zero. determine an owner count of a first group of cache lines filtered by the second snoop filter; and reassign cache lines of the first group of cache lines from the second snoop filter to the first snoop filter in response to the owner count of the first group being equal to 1 and an access count of the first group being greater than zero.
An energy storage apparatus comprising: an energy storage device ; a voltage dropper configured to drop a charge voltage for the energy storage device ; a current switcher connected in parallel with the voltage dropper ; a voltage detection unit configured to detect a voltage of the energy storage device ; and a controller , characterized in that , when the voltage of the energy storage device exceeds a predetermined value, the controller is configured to cause the current switcher to switch a path of a charge current to the energy storage device to a path through the voltage dropper . an energy storage device ; a voltage dropper configured to drop a charge voltage for the energy storage device ; a current switcher connected in parallel with the voltage dropper ; a voltage detection unit configured to detect a voltage of the energy storage device ; and a controller , characterized in that , when the voltage of the energy storage device exceeds a predetermined value, the controller is configured to cause the current switcher to switch a path of a charge current to the energy storage device to a path through the voltage dropper .