mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device comprising: a package including a first member and a second member, at least one of which being formed with a recess (46, 66); a sensor mounted on an inner surface of the first member; and a circuit element mounted on an inner surface of the second member; wherein the sensor and the circuit element are arranged to at least partially overlap when viewed from a direction perpendicular to a bottom surface of the package; characterized in that a first bonding pad is arranged on a front surface of the first member, the sensor and the first bonding pad being connected with a first wire wiring; a second bonding pad (68, 73, 74) is arranged on a front surface of the second member, the circuit element and the second bonding pad (68, 73, 74) being connected with a second wire wiring (80, 82, 84); and the first bonding pad and the second bonding pad (68, 73, 74) are arranged such that the first bonding pad and the second bonding pad (68, 73, 74) are joined with a conductive material (86, 87) when joining the first member and the second member to form a package. a package including a first member and a second member, at least one of which being formed with a recess (46, 66); a sensor mounted on an inner surface of the first member; and a circuit element mounted on an inner surface of the second member; wherein the sensor and the circuit element are arranged to at least partially overlap when viewed from a direction perpendicular to a bottom surface of the package; characterized in that a first bonding pad is arranged on a front surface of the first member, the sensor and the first bonding pad being connected with a first wire wiring; a second bonding pad (68, 73, 74) is arranged on a front surface of the second member, the circuit element and the second bonding pad (68, 73, 74) being connected with a second wire wiring (80, 82, 84); and the first bonding pad and the second bonding pad (68, 73, 74) are arranged such that the first bonding pad and the second bonding pad (68, 73, 74) are joined with a conductive material (86, 87) when joining the first member and the second member to form a package.
A method comprising: receiving, at an impoverished device which displays status information for an application but is not capable of running an application client, a signal indicative of a user input associated with a GUI element displaying dynamic status information for the application (302, 31); and transmitting a trigger signal to a separate computing device, wherein the trigger signal is arranged to cause launching of the application client for the application on the separate computing device and to provide an input to the application client once launched (304, 33, 32), wherein the application client for the application is arranged to receive user input and to interact with a remote application service or an application service located on the computing device. receiving, at an impoverished device which displays status information for an application but is not capable of running an application client, a signal indicative of a user input associated with a GUI element displaying dynamic status information for the application (302, 31); and transmitting a trigger signal to a separate computing device, wherein the trigger signal is arranged to cause launching of the application client for the application on the separate computing device and to provide an input to the application client once launched (304, 33, 32), wherein the application client for the application is arranged to receive user input and to interact with a remote application service or an application service located on the computing device.
A terminal, comprising an operation executing module, adapted to send an operation authorization request; characterized in that, the terminal further comprises a decision judging module, adapted to receive the operation authorization request, and obtain user authorization information according to the operation authorization request; and send an operation authorization response to the operation executing module in response to the operation authorization request according to the user authorization information.
A composite powder material, preferably with optimized flow properties for powder processing technologies, comprising a polymer powder, which comprises polydioxanone and a water-soluble salt.
A fusion prosthesis, which is configured to be arranged between a first bone structure and a second bone structure to replace bone structure between the first and second bone structures (2, 3); the fusion prosthesis comprises a prosthesis body and prosthesis fusion surfaces on the prosthesis body; and the prosthesis fusion surfaces are configured to be constructed according to a bone structure to be replaced and inosculated with at least one of the first and second bone structures (2, 3) and are provided with microporous structures; the prosthesis body is a microporous structure, the prosthesis body is provided with a plurality of bone grafting pores which communicate with one another through the microporous structures and are configured to accommodate autogenous or allogeneic bones and bone granules; the microporous structures are multidirectional microporous structures comprising a plurality of micropores communicated with one another; the porous aperture of the microporous structures is within 100 to 1, 800 microns; the fusion prosthesis is an axis fusion prosthesis for replacing the axis between an atlas and a third cervical vertebra, and the prosthesis fusion surfaces comprise upper joint fusion surfaces arranged at the upper end of the prosthesis body and inosculated with the atlas; characterized in that, an odontoid boss is arranged on the upper joint fusion surfaces of the prosthesis body to correspond to the odontoid of an original axis.
A method for speech restoration by an electronic device, comprising: obtaining a noisy speech signal; suppressing noise in the noisy speech signal to produce a noise-suppressed speech signal, wherein the noise-suppressed speech signal has a bandwidth comprising at least three subbands; and iteratively restoring each of the at least three subbands, wherein each of the at least three subbands is restored based on all previously restored subbands of the at least three subbands. obtaining a noisy speech signal; suppressing noise in the noisy speech signal to produce a noise-suppressed speech signal, wherein the noise-suppressed speech signal has a bandwidth comprising at least three subbands; and iteratively restoring each of the at least three subbands, wherein each of the at least three subbands is restored based on all previously restored subbands of the at least three subbands.
Rifle sling able to be fixed to the ends of a rifle, in particular an assault rifle, comprising an end strap provided with an attachment to the barrel of the rifle, which attachment is made of a fireproof material, characterized in that the attachment comprises, on the one hand, a closed loop of a fireproof rope and, on the other hand, a metal closure hook, the rope and the metal hook being secured to the end strap in such a way that the closed loop of the rope fastened to the metal hook forms a rifle barrel attachment.
A method for manufacturing a thrust reverser blocker door, comprising: thermoforming a sandwich panel, the sandwich panel comprising a facesheet, a backsheet, and a honeycomb core, wherein the thermoforming includes: applying heat to the sandwich panel; placing the sandwich panel into a first mold; and compressing the sandwich panel in the first mold. thermoforming a sandwich panel, the sandwich panel comprising a facesheet, a backsheet, and a honeycomb core, wherein the thermoforming includes: applying heat to the sandwich panel; placing the sandwich panel into a first mold; and compressing the sandwich panel in the first mold. applying heat to the sandwich panel; placing the sandwich panel into a first mold; and compressing the sandwich panel in the first mold.
A method for producing a conductive resin composition comprising a vapor grown carbon fiber having a BET specific surface area of 10 to 50 m 2 /g and an aspect ratio of 65 to 1,000 in a matrix resin, which composition contains the vapor grown fiber in an amount of 1 to 70 mass%, wherein the method comprises melt-mixing vapor grown carbon fiber into a matrix resin, wherein mixing/kneading is performed using a twin screw extruder (same rotation direction) having no kneading disk or using a pressure kneader, wherein the breakage rate of the vapor grown fiber during melt-mixing is suppressed to 20 % or less, wherein the vapor grown carbon fiber is obtainable by feeding a gasified organic compound with iron into an inert gas atmosphere at high-temperature.
A process for the preparation of a solid oral dosage form comprising: a.) an effective amount of crystalline solifenacin or its pharmaceutically acceptable salt, b.) pharmaceutically acceptable additives suitable for the preparation of solid oral dosage forms, in the absence of a solvent, said solid oral dosage form prepared by a process in the absence of a solvent, comprising one or more disintegrants and/or superdisintegrants in the range 1 to 90% by weight, preferably 1-40% by weight, more preferably 1-25% by weight, a binder in the amount 1 to 90% by weight, preferably 1-50% by weight, a lubricant in the amount 0.1 to 10% by weight, and a filler or diluent within a range 20-99% by weight, preferably 50-99% by weight, so that the total sum of the combination of components of the formulation is 100%, the main excipient being lactose monohydrate, microcrystalline cellulose or mannitol. a.) an effective amount of crystalline solifenacin or its pharmaceutically acceptable salt, b.) pharmaceutically acceptable additives suitable for the preparation of solid oral dosage forms,
A method comprising: (a) storing customer account information in a customer mobile personal point-of-sale terminal (CMPPT), wherein the CMPPT includes a cellular telephone portion and a point-of-sale attachment portion; this CMPPT is personalized for an individual customer by storing (an) encryption key(s) that is(are) used for communication with the individual CMPPT of the individual customer; the method further comprising: receiving a PIN or user password at the CMPPT, wherein when the point-of-sale attachment portion is set up for the first time, the initial PIN or user password is locked to a serial number of the cellular telephone portion, and the initial PIN or user password plus the serial number are then used to generate a unique ID used in subsequent operations; (b) after the storing of customer account information in the CMPPT according (a) receiving merchant account information into the CMPPT; and (c) initiating a transaction by sending the customer account information and the merchant account information from the CMPPT to a financial transaction verification entity (FTVE). (a) storing customer account information in a customer mobile personal point-of-sale terminal (CMPPT), wherein the CMPPT includes a cellular telephone portion and a point-of-sale attachment portion; this CMPPT is personalized for an individual customer by storing (an) encryption key(s) that is(are) used for communication with the individual CMPPT of the individual customer; the method further comprising: receiving a PIN or user password at the CMPPT, wherein when the point-of-sale attachment portion is set up for the first time, the initial PIN or user password is locked to a serial number of the cellular telephone portion, and the initial PIN or user password plus the serial number are then used to generate a unique ID used in subsequent operations; (b) after the storing of customer account information in the CMPPT according (a) receiving merchant account information into the CMPPT; and (c) initiating a transaction by sending the customer account information and the merchant account information from the CMPPT to a financial transaction verification entity (FTVE).
A device for ventilating and controlling the temperature of a room of a building, comprising - a carrier plate to be arranged underneath a ceiling of the room, - an interior space, which is arranged above the carrier plate and through which air can flow, as well as an air distribution channel having a longitudinal axis, - an air connection box having at least one air inlet cross section for connecting the device to an air supply system, - a plurality of fluid lines, which are arranged above the carrier plate and connected thereto in a thermally conducting manner, wherein the air distribution channel is provided with a plurality of nozzles, which are distributed in the longitudinal direction of the air distribution channel, and wherein air from the interior space of the air distribution channel above the carrier plate can be introduced into the room and conveyed over upper sides of the fluid lines by means of said nozzles, characterized by a slot outlet extending parallel to the air distribution channel, wherein air from the interior space of the air distribution channel above the carrier plate can be introduced into the room by means of said slot outlet, wherein the slot outlet essentially is located completely within the interior space of the air distribution channel, wherein the carrier plate is respectively provided with an upturn, which points in the direction of the ceiling, at least on two opposing edges that are oriented perpendicular to the longitudinal axis of the air distribution channel, wherein the device is designed mirror-symmetrically in a vertical section and has an axis of symmetry, wherein a longitudinal axis of the air distribution channel extends perpendicular to the axis of symmetry, and wherein the air distribution channel is provided with the plurality of nozzles, which are distributed in the longitudinal direction of the air distribution channel, on two opposing sidewalls. - a carrier plate to be arranged underneath a ceiling of the room, - an interior space, which is arranged above the carrier plate and through which air can flow, as well as an air distribution channel having a longitudinal axis, - an air connection box having at least one air inlet cross section for connecting the device to an air supply system, - a plurality of fluid lines, which are arranged above the carrier plate and connected thereto in a thermally conducting manner,
A method for using a heated structure to bond garment seams (408, 422,424, 436, 440, 458, 460, 464,466), the method comprising: using an application of energy, heating a conductive filling enclosed within a structure (400, 462, 474) having three-dimensional conformability; and placing the structure (400, 462, 474) upon two or more portions (404, 406; 410, 412; 426, 428; 442, 444; 452, 454, 456; 468, 470, 472) of fabric at a location where the two or more portions (404, 406; 410, 412; 426, 428; 442, 444; 452, 454, 456; 468, 470, 472) of fabric contact one another to form an irregular garment seam (408, 422,424, 436, 440, 458, 460, 464,466), wherein heat of the conductive filling causes the two or more portions (404, 406; 410, 412; 426, 428; 442, 444; 452, 454, 456; 468, 470, 472) to bond to one another.
A display assembly comprising a ground, a rotatable display rotatably coupled to the ground, a counterbalance mechanism for the rotatable display, the counterbalance mechanism comprising: at least one crank arm (918A, 918B) rotatably connected to the ground at a pivoting end (937A, 937B) of the crank arm by a pivot pin (920A, 920B); at least one spring (930A, 930B) comprising a first end (932A, 932B) connected to a spring end (934A, 934B) of the at least one crank arm, and a second end (936A, 936B) connected to the ground; and characterised in that the counterbalance mechanism comprises at least one connecting link (922A, 922B) having a first portion (924A, 924B) connected to the at least one crank arm (918A, 918B) and a second portion (928A, 928B) connected to the rotatable display, wherein the first portion (924A, 924B) of the at least one connecting link (922A, 922B) is connected to a point (926A, 926B) between the spring end (934A, 934B) and the pivoting end (937A, 937B) of the at least one crank arm. at least one crank arm (918A, 918B) rotatably connected to the ground at a pivoting end (937A, 937B) of the crank arm by a pivot pin (920A, 920B); at least one spring (930A, 930B) comprising a first end (932A, 932B) connected to a spring end (934A, 934B) of the at least one crank arm, and a second end (936A, 936B) connected to the ground; and characterised in that the counterbalance mechanism comprises at least one connecting link (922A, 922B) having a first portion (924A, 924B) connected to the at least one crank arm (918A, 918B) and a second portion (928A, 928B) connected to the rotatable display, wherein the first portion (924A, 924B) of the at least one connecting link (922A, 922B) is connected to a point (926A, 926B) between the spring end (934A, 934B) and the pivoting end (937A, 937B) of the at least one crank arm.
Method for producing a conveying pipe for the transport of solids, comprising a double-layered pipe body having a hardened inner pipe, and with a pipe collar coupled to at least one end, comprising the following method steps: - providing a double-layered pipe body having a hardened inner pipe and an outer pipe which encases the inner pipe, characterised by the following method steps: - optionally heating the end of the outer pipe, - applying a compressive force on the end face of the outer pipe, so that a longitudinal segment of the outer pipe expands radially outwards to form an annular bead at a distance (a) from the end at the end face of the outer pipe, and a separating gap is formed between the outer pipe and the inner pipe, - placing a pipe collar thereon, and thermally joining the pipe collar to the outer pipe by an external, circumferential, thermal joining seam in the region of the annular bead. - providing a double-layered pipe body having a hardened inner pipe and an outer pipe which encases the inner pipe, - optionally heating the end of the outer pipe, - applying a compressive force on the end face of the outer pipe, so that a longitudinal segment of the outer pipe expands radially outwards to form an annular bead at a distance (a) from the end at the end face of the outer pipe, and a separating gap is formed between the outer pipe and the inner pipe, - placing a pipe collar thereon, and thermally joining the pipe collar to the outer pipe by an external, circumferential, thermal joining seam in the region of the annular bead.
A method of synthesizing octadecaborane B 18 H 22, the method comprising the steps of: (a) contacting the salt of borane anion B 20 H 18 2- in solvent or solvent mixture with acidic ion-exchange resin to produce a solution of H 2 B 20 H 18 ·xH 2 O; wherein the solvent/solvent mixture includes water, alcohols, nitriles, ethers, cyclic ethers or sulfones; (b) concentrating the mixture comprising H 2 B 20 H 18 ·xH 2 O; (c) contacting the concentrate with a chemically inert solvent with simultaneously removing water from the reaction vessel, wherein the chemically inert solvent is an arene solvent; (d) separating insoluble byproducts from the reaction mixture through (i) filtration and/or (ii) concentration of reaction solvent, dissolution of B 18 H 22 into aliphatic solvent and filtration of byproducts; (e) isolation of B 18 H 22 through removal of solvent. (a) contacting the salt of borane anion B 20 H 18 2- in solvent or solvent mixture with acidic ion-exchange resin to produce a solution of H 2 B 20 H 18 ·xH 2 O; wherein the solvent/solvent mixture includes water, alcohols, nitriles, ethers, cyclic ethers or sulfones; (b) concentrating the mixture comprising H 2 B 20 H 18 ·xH 2 O; (c) contacting the concentrate with a chemically inert solvent with simultaneously removing water from the reaction vessel, wherein the chemically inert solvent is an arene solvent; (d) separating insoluble byproducts from the reaction mixture through (i) filtration and/or (ii) concentration of reaction solvent, dissolution of B 18 H 22 into aliphatic solvent and filtration of byproducts; (i) filtration and/or (ii) concentration of reaction solvent, dissolution of B 18 H 22 into aliphatic solvent and filtration of byproducts; (e) isolation of B 18 H 22 through removal of solvent.
A suction cleaner comprising a silencer system for a vacuum motor and a vacuum motor, said vacuum motor comprising a main fan encapsulated in a housing surrounded by a substantially circular first wall part in such a way that a first cavity is formed between the housing and the first wall part, characterized in that the silencer system for a vacuum motor comprises two ducts (12a, 12b), each connected at one end with a serpentine shaped exhaust air duct and at the other end with a second cavity, said second cavity being connected with the first cavity by an opening in the first wall part.
A single pot process for preparation of compound 5-HMF [5-hydroxy methyl furfural] comprising the steps of: i. reacting carbohydrates with oxalic acid and inorganic acids in the presence of biphasic solvent and carbon material selected from the group consisting of activated carbon, material constituted with carbon, and polycarbon material at a temperature in the range of 110°C-160°C for a time period in the range of 6 hrs - 12 hrs under vigorous stirring condition; and ii. drying the reaction mixture over Na 2 SO 4 and further solvent evaporation under reduced pressure giving compound 5-hydroxy methyl furfural with high yield and purity. i. reacting carbohydrates with oxalic acid and inorganic acids in the presence of biphasic solvent and carbon material selected from the group consisting of activated carbon, material constituted with carbon, and polycarbon material at a temperature in the range of 110°C-160°C for a time period in the range of 6 hrs - 12 hrs under vigorous stirring condition; and ii. drying the reaction mixture over Na 2 SO 4 and further solvent evaporation under reduced pressure giving compound 5-hydroxy methyl furfural with high yield and purity.
A method for communicating using a communication device, comprising: placing a call to a number for enabling enhanced services, hereinafter referred to as a hypernumber, dialled into the communication device; activating a hypernumber software module within the communication device for collecting caller data; automatically recognizing that the dialled number is a hypernumber, wherein the step of collecting caller data is accomplished automatically in response to recognizing that the dialled number is a hypernumber; and transmitting the caller data to a hypernumber service point providing hypernumber functionality receiving task options from the hypernumber service point, the task option generated based on the caller data; receiving a task option selection from a user of the communication device; and transmitting the task option selection to the hypernumber service point. placing a call to a number for enabling enhanced services, hereinafter referred to as a hypernumber, dialled into the communication device; activating a hypernumber software module within the communication device for collecting caller data; automatically recognizing that the dialled number is a hypernumber, wherein the step of collecting caller data is accomplished automatically in response to recognizing that the dialled number is a hypernumber; and transmitting the caller data to a hypernumber service point providing hypernumber functionality receiving task options from the hypernumber service point, the task option generated based on the caller data; receiving a task option selection from a user of the communication device; and transmitting the task option selection to the hypernumber service point.