mhurhangee/ep-ind-claims huggingface dataset:
A sewing machine provided with a needle bar to which a needle is attached, a horizontal rotary hook that houses a bobbin on which a bobbin thread for forming stitches in tandem with the vertical operation of the needle bar is wound, a throat plate that houses the horizontal rotary hook in a bed and covers an opening of a top face of the bed, and an opening lid that covers the opening of the throat plate, characterized in that the sewing machine comprises: a base plate that has a guide slit for guiding the bobbin thread that is set on the bottom face side of the throat plate; and a bobbin thread guide member that has a guide groove for guiding the bobbin thread supplied from the bobbin and includes a cutting blade provided at the end position of the guide groove to cut the bobbin thread guided along the guide groove to an appropriate length, wherein the bobbin thread guide member is secured to the base plate and has a holding member, which holds the end of the bobbin thread, in the guide groove, so as to maintain the state when the bobbin thread was cut. a base plate that has a guide slit for guiding the bobbin thread that is set on the bottom face side of the throat plate; and a bobbin thread guide member that has a guide groove for guiding the bobbin thread supplied from the bobbin and includes a cutting blade provided at the end position of the guide groove to cut the bobbin thread guided along the guide groove to an appropriate length, wherein the bobbin thread guide member is secured to the base plate and has a holding member, which holds the end of the bobbin thread, in the guide groove, so as to maintain the state when the bobbin thread was cut.
Method for preparing a liquid extract of phycobiliproteins, and of phycocyanin in particular, in aqueous solution, from cyanobacteria or microalgae containing phycocyanin, comprising the following successive steps: i) a cell lysis step, via a physical or mechanical method, of an aqueous suspension of said fresh cyanobacteria or microalgae; ii) a maceration step of the lysate obtained at step i) in a solution containing calcium ions, for the purpose of releasing the water-soluble molecules into the extracellular space of the cyanobacteria or microalgae; iii) one or more clarification or concentration steps of the suspension to isolate the water-soluble molecules which include phycocyanin, all of this method being conducted at a pH of between 5 and 8.5, without drying and at a temperature lower than or equal to 25 °C allowing the phycocyanin in aqueous solution to maintain its spatial structure, thereby preserving the biological properties thereof and imparting better bioavailability thereto. i) a cell lysis step, via a physical or mechanical method, of an aqueous suspension of said fresh cyanobacteria or microalgae; ii) a maceration step of the lysate obtained at step i) in a solution containing calcium ions, for the purpose of releasing the water-soluble molecules into the extracellular space of the cyanobacteria or microalgae; iii) one or more clarification or concentration steps of the suspension to isolate the water-soluble molecules which include phycocyanin,
Lift installation in which a support means is guided via a drive and a deflecting roller (8, 10), wherein a cover is arranged at the deflecting roller and wherein the cover at least partly covers the support means running in or running out at the deflecting roller (8, 10), characterised in that the cover is monitored by a monitoring device so that deformation of the cover by the support means can be ascertained.
Vehicle comprising a vehicle-mounted engine that has a plurality of cylinders and an engine output shaft (Ac) disposed in a vehicle front and rear direction, the vehicle-mounted engine comprising an intake passage structure, wherein the vehicle-mounted engine is mounted on the vehicle in a state in which the engine output shaft (Ac) is inclined downward toward one side in the vehicle front and rear direction, and wherein the intake passage structure comprises a surge tank attached to an entrance portion of an intake port formed in a cylinder head of the vehicle-mounted engine, characterized in that a ceiling surface of an inner peripheral surface of the surge tank is inclined downward along the engine output shaft (Ac), and a first projecting portion extending in an intake and exhaust direction of the vehicle-mounted engine and projecting toward a bottom surface of the inner peripheral surface of the surge tank is formed on the ceiling surface, wherein the first projection portion comprises an inner projecting portion and an outer projecting portion, wherein the inner projecting portion has a larger thickness in the engine output shaft direction than the outer projecting portion, wherein preferably the outer projecting portion includes a rib-shaped projecting portion provided on the ceiling surface. wherein the vehicle-mounted engine is mounted on the vehicle in a state in which the engine output shaft (Ac) is inclined downward toward one side in the vehicle front and rear direction, and wherein the intake passage structure comprises a surge tank attached to an entrance portion of an intake port formed in a cylinder head of the vehicle-mounted engine, characterized in that a ceiling surface of an inner peripheral surface of the surge tank is inclined downward along the engine output shaft (Ac), and a first projecting portion extending in an intake and exhaust direction of the vehicle-mounted engine and projecting toward a bottom surface of the inner peripheral surface of the surge tank is formed on the ceiling surface, wherein the first projection portion comprises an inner projecting portion and an outer projecting portion, wherein the inner projecting portion has a larger thickness in the engine output shaft direction than the outer projecting portion, wherein preferably the outer projecting portion includes a rib-shaped projecting portion provided on the ceiling surface.
Tray for transporting laboratory sample carriers including radio frequency identification means, the tray comprising an upper tray portion including positioning means (6a, 6b, 8) defining a plurality of carrier bays and a lower tray portion, the lower tray portion including radio frequency identification reader antennae positioned to read information from the radio frequency identification means of the carriers when the tray portions (2, 4) are located with respect to each other and electronic processing means connected to the reader antennae, characterized in that the upper tray portion has a base with an upper surface, the positioning means being in the form of upstanding walls (6a, 6b, 8) which divide the upper surface into said carrier bays; and the tray portions (2, 4) include locating means for locating the upper tray portion in an overlying relationship with respect to the lower tray portion. the upper tray portion has a base with an upper surface, the positioning means being in the form of upstanding walls (6a, 6b, 8) which divide the upper surface into said carrier bays; and the tray portions (2, 4) include locating means for locating the upper tray portion in an overlying relationship with respect to the lower tray portion.
A system for authenticating a user of a mobile device in a telecommunications network in cooperation with an external OpenID provider, OP (114, 404), wherein the external OP (114, 404) is an OpenID provider on a public network external to the telecommunications network, said system comprising: a gateway node for authenticating mobile devices, each mobile device having an identifier and a user agent (102, 400) associated therewith; an internal OP (112, 406), wherein the internal OP (112, 406) is an OpenID provider internal to the telecommunication network that is connected to the gateway node, wherein the internal OP (112, 406) is reachable only from said gateway node; and a relying party; wherein the relying party, internal OP (112, 406) and external OP (114, 404) are configured such that when the relying party transmits a request to validate the user agent (102, 400) to the external OP (114, 404), the user agent (102, 400) is redirected to the internal OP (112, 406), the internal OP (112, 406) validates the user agent (102, 400) using the identifier associated with the mobile device, and the internal OP (112, 406) redirects the user agent (102, 400) to an accepted uniform resource locator, URL, provided by the relying party, whereby the relying party can confirm the validation of the user agent with the external OP (114, 404) and authenticate the user of the mobile device. a gateway node for authenticating mobile devices, each mobile device having an identifier and a user agent (102, 400) associated therewith; an internal OP (112, 406), wherein the internal OP (112, 406) is an OpenID provider internal to the telecommunication network that is connected to the gateway node, wherein the internal OP (112, 406) is reachable only from said gateway node; and a relying party; wherein the relying party, internal OP (112, 406) and external OP (114, 404) are configured such that when the relying party transmits a request to validate the user agent (102, 400) to the external OP (114, 404), the user agent (102, 400) is redirected to the internal OP (112, 406), the internal OP (112, 406) validates the user agent (102, 400) using the identifier associated with the mobile device, and the internal OP (112, 406) redirects the user agent (102, 400) to an accepted uniform resource locator, URL, provided by the relying party, whereby the relying party can confirm the validation of the user agent with the external OP (114, 404) and authenticate the user of the mobile device.
A surgical kit (100; 400; 500), comprising: an elongate shaft (102; 402; 502) having a proximal region, a proximal end (102p; 402p; 502p), a distal region and a distal end, an opening (104; 404; 504) having a generally rectangular shape at the distal end of the shaft, and a chamber (112; 412; 512) formed therein proximal to and in communication with the opening, in which the distal end of the shaft is configured to be advanced into a body of a patient, the proximal region of the shaft having a width and the distal region of the shaft having a width, the width of the proximal region being greater than the width of the distal region, and in which the opening is configured to receive a reduction tab of a plurality of reduction tabs (106a, 106b, 106c, 106d, 106e) of a surgical implant; a spring-loaded retention bar (110; 410; 510) disposed at least partially within the shaft and located adjacent the opening, the retention bar being configured to hold the reduction tab received in the opening in a fixed position relative to the shaft, the shaft being configured to be manipulated to break the reduction tab received in the opening and held by the retention bar off from the surgical implant, and the chamber being configured to have the broken reduction tab disposed therein; and at least one surgical implant having a head configured to seat a spinal fixation element, the head having the plurality of reduction tabs extending proximally therefrom, each of the plurality of reduction tabs being configured to be received sequentially within the opening to displace a previously inserted reduction tab. an elongate shaft (102; 402; 502) having a proximal region, a proximal end (102p; 402p; 502p), a distal region and a distal end, an opening (104; 404; 504) having a generally rectangular shape at the distal end of the shaft, and a chamber (112; 412; 512) formed therein proximal to and in communication with the opening, in which the distal end of the shaft is configured to be advanced into a body of a patient, the proximal region of the shaft having a width and the distal region of the shaft having a width, the width of the proximal region being greater than the width of the distal region, and in which the opening is configured to receive a reduction tab of a plurality of reduction tabs (106a, 106b, 106c, 106d, 106e) of a surgical implant; a spring-loaded retention bar (110; 410; 510) disposed at least partially within the shaft and located adjacent the opening, the retention bar being configured to hold the reduction tab received in the opening in a fixed position relative to the shaft, the shaft being configured to be manipulated to break the reduction tab received in the opening and held by the retention bar off from the surgical implant, and the chamber being configured to have the broken reduction tab disposed therein; and at least one surgical implant having a head configured to seat a spinal fixation element, the head having the plurality of reduction tabs extending proximally therefrom, each of the plurality of reduction tabs being configured to be received sequentially within the opening to displace a previously inserted reduction tab.
A system for securely accessing a source of data from a vehicle, comprising: an internet protocol network; a remote communication device in communication with the IP network, the remote communication device being configured to transmit and receive data; a first intermediary computing device within the IP network, the first intermediary computing device preventing communication between the remote communication device and a source of the data, wherein the first intermediary computing device is configured to allow communications between the remote communication device and the source of the data when the first intermediary computing device determines that a first source internet protocol, SrcIP, address of the remote communication device is an authorized first SrcIP address, and wherein, when the first intermediary computing device determines that the first SrcIP address of the remote communication device is an authorized first SrcIP address, an internet protocol tunnel is created between the remote communication device and the source of the data and the first intermediary computing device is configured to change the first SrcIP address to a second SrcIP address different to the authorized first SrcIP address; the system further comprising a second intermediary computing device within the network behind the first intermediary computing device, the second intermediary computing device preventing communication between the remote communication device and the source of the data, wherein the second intermediary computing device is configured to allow communications between the remote communication device and the source of the data when the second intermediary computing device determines that the second SrcIP address of the remote communication device is an authorized second SrcIP address.
An electric oil pump, comprising: a pump housing provided with an inner pump cavity, wherein the inner pump cavity comprises a first cavity and a second cavity that are in communication with each other; a first rotor assembly disposed in the first cavity; a stator assembly and a second rotor assembly that are disposed in the second cavity; a pump shaft, wherein the first rotor assembly is disposed adjacent to a first end of the pump shaft, part of the first rotor assembly is connected to the pump shaft, and the second rotor assembly is disposed adjacent to a second end of the pump shaft and is connected to the pump shaft; an electric control board assembly; and characterised by comprising an isolating member, wherein the stator assembly is disposed at a first side of the isolating member, the electric control board assembly is disposed at a second side of the isolating member, and the isolating member is connected to the pump housing; and a wiring terminal fixedly connected to the isolating member; wherein a connecting position between the wiring terminal and the isolating member is sealed and a connecting position between the isolating member and the pump housing is sealed, so that the second cavity is unable to communicate with one side of the isolating member where the electric control board assembly is located via the connecting position between the wiring terminal and the isolating member, and via the connecting position between the isolating member and the pump housing. a pump housing provided with an inner pump cavity, wherein the inner pump cavity comprises a first cavity and a second cavity that are in communication with each other; a first rotor assembly disposed in the first cavity; a stator assembly and a second rotor assembly that are disposed in the second cavity; a pump shaft, wherein the first rotor assembly is disposed adjacent to a first end of the pump shaft, part of the first rotor assembly is connected to the pump shaft, and the second rotor assembly is disposed adjacent to a second end of the pump shaft and is connected to the pump shaft; an electric control board assembly; and characterised by comprising an isolating member, wherein the stator assembly is disposed at a first side of the isolating member, the electric control board assembly is disposed at a second side of the isolating member, and the isolating member is connected to the pump housing; and a wiring terminal fixedly connected to the isolating member; wherein a connecting position between the wiring terminal and the isolating member is sealed and a connecting position between the isolating member and the pump housing is sealed, so that the second cavity is unable to communicate with one side of the isolating member where the electric control board assembly is located via the connecting position between the wiring terminal and the isolating member, and via the connecting position between the isolating member and the pump housing.
A method of forming a food holder out of a vegetable product, the method comprising: placing a first portion of the vegetable product into a mold and forming the first portion of the vegetable product to an inner surface of the mold; advancing a plurality of tines at least partially through the first portion of the vegetable product; and retracting the plurality of tines from the first portion of the vegetable product, wherein retracting the plurality of tines comprises leaving a plurality of holes in the first portion of the vegetable product, wherein retracting the plurality of tines comprises pulling at least one of pieces of the first portion of the vegetable product and fibers of the first portion of the vegetable product through at least one hole of the plurality of holes in the first portion of the vegetable product. placing a first portion of the vegetable product into a mold and forming the first portion of the vegetable product to an inner surface of the mold; advancing a plurality of tines at least partially through the first portion of the vegetable product; and retracting the plurality of tines from the first portion of the vegetable product, wherein retracting the plurality of tines comprises leaving a plurality of holes in the first portion of the vegetable product, wherein retracting the plurality of tines comprises pulling at least one of pieces of the first portion of the vegetable product and fibers of the first portion of the vegetable product through at least one hole of the plurality of holes in the first portion of the vegetable product. wherein retracting the plurality of tines comprises leaving a plurality of holes in the first portion of the vegetable product, wherein retracting the plurality of tines comprises pulling at least one of pieces of the first portion of the vegetable product and fibers of the first portion of the vegetable product through at least one hole of the plurality of holes in the first portion of the vegetable product.
A reconfigurable optical modulator (6, 7, 8), comprising: - a light source; - a power splitter operative to: -- receive an input signal from the light source and -- split the input signal into a plurality of split signals each on a respective branch; - a plurality of optical amplifiers, each being operative to: -- receive one of the plurality of split signals as an input and -- act as a switch having a first state where the split signal is blocked and a second state where the split signal is amplified; - a plurality of modulators, each being operative to: -- receive an amplified split signal from one of the plurality of optical amplifiers and -- modulate the amplified split signal into a modulated signal; and - an optical combiner operative to combine a plurality of modulated signals produced by the plurality of modulators on each of the respective branches to thereby produce a modulated output signal. - a light source; - a power splitter operative to: -- receive an input signal from the light source and -- split the input signal into a plurality of split signals each on a respective branch; -- receive an input signal from the light source and -- split the input signal into a plurality of split signals each on a respective branch; - a plurality of optical amplifiers, each being operative to: -- receive one of the plurality of split signals as an input and -- act as a switch having a first state where the split signal is blocked and a second state where the split signal is amplified; -- receive one of the plurality of split signals as an input and -- act as a switch having a first state where the split signal is blocked and a second state where the split signal is amplified; - a plurality of modulators, each being operative to: -- receive an amplified split signal from one of the plurality of optical amplifiers and -- modulate the amplified split signal into a modulated signal; and -- receive an amplified split signal from one of the plurality of optical amplifiers and -- modulate the amplified split signal into a modulated signal; and - an optical combiner operative to combine a plurality of modulated signals produced by the plurality of modulators on each of the respective branches to thereby produce a modulated output signal.