mhurhangee/ep-ind-claims huggingface dataset:
An autoinjector comprising: a case; a door hingedly coupled to the case and having an open position and a closed position; at least one drive spring; characterized in a plunger slidably disposed in the case; and the at least one drive spring applying a biasing force on the plunger relative to the case; wherein the door is operably coupled to the plunger, and wherein rotation of the door from the closed position to the open position moves the plunger from a distal position in the case to a proximal position in the case and compresses the at least one drive spring, the autoinjector further comprising: a trigger button disposed on the case and operably coupled to the plunger. a case; a door hingedly coupled to the case and having an open position and a closed position; at least one drive spring; characterized in a plunger slidably disposed in the case; and the at least one drive spring applying a biasing force on the plunger relative to the case; wherein the door is operably coupled to the plunger, and wherein rotation of the door from the closed position to the open position moves the plunger from a distal position in the case to a proximal position in the case and compresses the at least one drive spring, a trigger button disposed on the case and operably coupled to the plunger.
A cosmetic composition for inclusion in a hair care product, comprising a combination of the following components: (a) a mineral complex containing a combination of cosmetically acceptable mineral salts, wherein said combination contains a magnesium salt and a salt selected from iron salt, calcium salt, copper salt, zinc salt or any combination thereof, wherein said magnesium salt is formed with a cosmetically acceptable monobasic or dibasic amino acid, and said iron salt, calcium salt, copper salt and/or zinc salt is formed with a cosmetically acceptable aldonic acid, (b) an amino acid complex containing a combination of glycine and a cosmetically acceptable N-trialkyl derivative thereof, and (c) an extraction complex containing a combination of water-glycerin extracts of Chlorella green algae and Chondrus red algae, wherein components (a), (b) and (c) are in the ratio of (0.5-10)::. (a) a mineral complex containing a combination of cosmetically acceptable mineral salts, wherein said combination contains a magnesium salt and a salt selected from iron salt, calcium salt, copper salt, zinc salt or any combination thereof, wherein said magnesium salt is formed with a cosmetically acceptable monobasic or dibasic amino acid, and said iron salt, calcium salt, copper salt and/or zinc salt is formed with a cosmetically acceptable aldonic acid, (b) an amino acid complex containing a combination of glycine and a cosmetically acceptable N-trialkyl derivative thereof, and (c) an extraction complex containing a combination of water-glycerin extracts of Chlorella green algae and Chondrus red algae,
TV aerial plug to be applied to the wall for distributing to the users of video and audio signals for terrestrial television and satellite television, wherein the signals for terrestrial television are received by a TV receiving antenna and the signals for satellite television are received by a SAT receiving antenna, the signals and the signals being mixed to each other in a signal mixer connected to an optical transmitter of traditional type, for converting the TV and SAT signals into correspondent optical pulses which are transmitted to optical fibers of the single-mode type for telecommunications which are connected to optical receivers of traditional type, the TV aerial plug being characterized for being supported by and adapted into a flat plate to be applied to the wall, the TV aerial plug containing at least an electronic card comprising at least an optical module for the unidirectional transmission of the optical pulses, and comprising at least an optical receiver and a de-mixer filter, and at least a voltage stabilizer of the traditional type, the plug being also arranged for being connected with its rear inlet to a connector of optical fibers, and the plug being also connected with its outlets to a TV connector for video and audio signals for terrestrial TV and with a SAT connector for video and audio signals for satellite television, which connectors (16, 17) are accessible from the front part of the same plug, for being able to be connected through correspondent antenna cables (18 and 19) to one or more television appliances, the optical receiver being adapted to convert the optical pulses into the correspondent TV and SAT signals, the optical receiver being connected with its outlet to said de-mixed filter and with its inlet to the output of the optical module; that said optical module is formed by a PIN photodiode, the input of which is connected to said connector of optical fibers and the output of which is connected to the input of said optical receiver, for ensuring an unidirectional transmission of the optical pulses coming from said optical fibers toward said optical receiver and the subsequent TV-SAT de-mixer.
A variable pitch punch apparatus for punching holes in material, the apparatus comprising: a rotary punch head comprising at least one punch member to punch at least one hole in a material at at least one desired location, wherein the rotary punch head comprises a punch shaft with a plurality of spaced apart punch members (4a, 4b, 4c) arranged around the periphery of the punch shaft; a die head comprising at least one die corresponding to said punch member; and an actuator for providing a selective relative speed difference between the material and the rotary punch head, characterised in that the punch shaft comprises a plurality of peripheral portions (5a, 5b, 5c) extending between adjacent punch members (4a, 4b, 4c), and in which the radius of at least one peripheral portion (5a, 5b, 5c) as measured relative to the centre of rotation of the punch shaft varies along the length of the at least one peripheral portion (5a, 5b, 5c), and wherein the radius of the at least one peripheral portion (5a, 5b, 5c) of the punch shaft decreases with distance from the nearest punch member to a minimum value located between the adjacent punch members (4a, 4b, 4c). a rotary punch head comprising at least one punch member to punch at least one hole in a material at at least one desired location, wherein the rotary punch head comprises a punch shaft with a plurality of spaced apart punch members (4a, 4b, 4c) arranged around the periphery of the punch shaft; a die head comprising at least one die corresponding to said punch member; and an actuator for providing a selective relative speed difference between the material and the rotary punch head,
A nonwoven sleeve for routing and protecting elongate members and providing an acoustic barrier to the elongate members, comprising: a tubular wall having opposite lengthwise extending sides (32, 34) bonded to one another along a bonded seam to form a circumferentially enclosed inner cavity extending along a longitudinal axis between opposite ends (22, 24), said tubular wall having an outer layer and a smooth inner layer, characterized in that said outer layer is nonwoven and said smooth inner layer is a scrim layer which is provided at least in part as a polymeric fibrous material and is bonded to an inner surface of said outer nonwoven layer, said bonded seam including melted material of said smooth inner scrim layer. a tubular wall having opposite lengthwise extending sides (32, 34) bonded to one another along a bonded seam to form a circumferentially enclosed inner cavity extending along a longitudinal axis between opposite ends (22, 24), said tubular wall having an outer layer and a smooth inner layer, characterized in that said outer layer is nonwoven and said smooth inner layer is a scrim layer which is provided at least in part as a polymeric fibrous material and is bonded to an inner surface of said outer nonwoven layer, said bonded seam including melted material of said smooth inner scrim layer.
A hydrosilylation method wherein (i) an olefin compound having a carbon-carbon unsaturated bond, which compound is an olefin compound containing tertiary amine atom; a diene compound represented by the following general formula: CH 2 =C(R 4)-(CH 2) m -C(R 4)=CH 2 wherein R 4 is independently hydrogen atom or a monovalent hydrocarbon group, and m is an integer of 0 to 20; or a compound containing an aliphatic ring structure and/or an aromatic ring structure bearing a vinyl group or an allyl group, and (ii) a compound having a hydrogensilyl group which is a hydrogenorganoxysilane represented by the following general formula: H-SiR 3 n X 3-n wherein R 3 is a monovalent hydrocarbon group, X is an organoxy group, and n is an integer of 0 to 2; or a hydrolytic condensation product obtained by using the hydrogenorganoxysilane as at least one of its constitutional components are reacted using the catalytic action of platinum and/or a complex compound thereof, in the presence of a primary acid amide compound represented by the following general formula: R 2 -C(=O)-NH 2 wherein R 2 is hydrogen atom or a monovalent hydrocarbon group containing 1 to 30 carbon atoms. (i) an olefin compound having a carbon-carbon unsaturated bond, which compound is an olefin compound containing tertiary amine atom; a diene compound represented by the following general formula: CH 2 =C(R 4)-(CH 2) m -C(R 4)=CH 2 wherein R 4 is independently hydrogen atom or a monovalent hydrocarbon group, and m is an integer of 0 to 20; or a compound containing an aliphatic ring structure and/or an aromatic ring structure bearing a vinyl group or an allyl group, and (ii) a compound having a hydrogensilyl group which is a hydrogenorganoxysilane represented by the following general formula: H-SiR 3 n X 3-n wherein R 3 is a monovalent hydrocarbon group, X is an organoxy group, and n is an integer of 0 to 2; or a hydrolytic condensation product obtained by using the hydrogenorganoxysilane as at least one of its constitutional components are reacted using the catalytic action of platinum and/or a complex compound thereof, in the presence of a primary acid amide compound represented by the following general formula: R 2 -C(=O)-NH 2 wherein R 2 is hydrogen atom or a monovalent hydrocarbon group containing 1 to 30 carbon atoms.
A method comprising: sustaining a nuclear fission reaction within a fuel region of a nuclear reactor core, the nuclear reactor core having first moveable control assemblies (1006, 1008, 1010)insertable into a first side of the fuel region of the nuclear reactor core, second control assemblies (1012, 1014, 1016) insertable into a second opposing side of the fuel region of the nuclear reactor core, and third control assemblies insertable into a third side of the nuclear reactor core section, wherein the sustaining operation includes moving at least one assembly of the first and second control assemblies into a first insertion configuration of the first and second control assemblies within the fuel region of the nuclear reactor core; moving at least one assembly of the first and second control assemblies into a second insertion configuration of the first and second control assemblies within the fuel region of the nuclear reactor core, wherein the first and the second insertion configurations sustain the nuclear fission reaction; and inserting at least one assembly of the third moveable control assemblies being insertable into the nuclear reactor core section at a different angle than the first and second control assemblies. moving at least one assembly of the first and second control assemblies into a first insertion configuration of the first and second control assemblies within the fuel region of the nuclear reactor core; moving at least one assembly of the first and second control assemblies into a second insertion configuration of the first and second control assemblies within the fuel region of the nuclear reactor core, wherein the first and the second insertion configurations sustain the nuclear fission reaction; and inserting at least one assembly of the third moveable control assemblies being insertable into the nuclear reactor core section at a different angle than the first and second control assemblies.
An organic light emitting display, comprising: a first shift register stage having as inputs a first clock line, a second inverted clock line (CLKB) and a start pulse line; a second shift register stage having as inputs the second inverted clock line (CLKB), the first clock line and a first light emitting control line (Em) which is an output line of the first shift register stage; a first NAND gate (NAND1) having as inputs the start pulse line, the first light emitting control line, and a third clock line (SCLK1); a second NAND gate (NAND2) having as inputs the first light emitting control line, a second light emitting control line (Em) which is an output line of the second shift register stage, and a fourth clock line (SCLK2); a first row of pixels electrically connected to a first scan line (Scan) which is an output line of the first NAND gate; a second row of pixels electrically connected to a second scan line (Scan) which is an output line of the second NAND gate; a third row of pixels electrically connected to the first scan line (Scan); and a fourth row of pixels electrically connected to the second scan line (Scan), wherein the first and third rows of pixels (PS1, PS3) are electrically connected to the first light emitting control line (Em), and the second and fourth rows of pixels (PS2, PS4) are electrically connected to the second light emitting control line (Em). a first shift register stage having as inputs a first clock line, a second inverted clock line (CLKB) and a start pulse line; a second shift register stage having as inputs the second inverted clock line (CLKB), the first clock line and a first light emitting control line (Em) which is an output line of the first shift register stage; a first NAND gate (NAND1) having as inputs the start pulse line, the first light emitting control line, and a third clock line (SCLK1); a second NAND gate (NAND2) having as inputs the first light emitting control line, a second light emitting control line (Em) which is an output line of the second shift register stage, and a fourth clock line (SCLK2); a first row of pixels electrically connected to a first scan line (Scan) which is an output line of the first NAND gate; a second row of pixels electrically connected to a second scan line (Scan) which is an output line of the second NAND gate; a third row of pixels electrically connected to the first scan line (Scan); and a fourth row of pixels electrically connected to the second scan line (Scan), wherein the first and third rows of pixels (PS1, PS3) are electrically connected to the first light emitting control line (Em), and the second and fourth rows of pixels (PS2, PS4) are electrically connected to the second light emitting control line (Em).
A solid-state image sensor comprising an image sensing unit including a plurality of pixel blocks, and a readout unit configured to read out a signal from the image sensing unit, wherein each of the plurality of pixel blocks includes a first photoelectric converter (PD in 112a), a first transistor, a second photoelectric converter (PD in 112b), a second transistor, and a current source, a first main electrode of the first transistor and a first main electrode of the second transistor are connected to a common node, a second main electrode of the first transistor is connected to one of a first vertical signal line and a second vertical signal line, a second main electrode of the second transistor is connected to the other of the first vertical signal line and the second vertical signal line, and the current source is provided in a path between the common node and a predetermined voltage, and wherein the sensor is characterized by comprising a readout unit connected to the first and second vertical signal lines (114a, 114b), and configured to read out signals from the first and second photoelectric converters by comparing a magnitude of an electric current flowing through the first vertical signal line and a magnitude of an electric current flowing through the second vertical signal line, and wherein the readout unit is configured to read out a signal from the first photoelectric converter (PD in 112a) in a first period, during which a voltage corresponding to charges generated in the first photoelectric converter (PD in 112a) is supplied to a control electrode of the first transistor, and a ramp signal (VRMP) is supplied to a control electrode of the second transistor, and wherein the readout unit is configured to read out a signal from the second photoelectric converter (PD in 112b) in a second period, during which a voltage corresponding to charges generated in the second photoelectric converter (PD in 112b) is supplied to the control electrode of the second transistor, and the ramp signal is supplied to the control electrode of the first transistor.
Process for removing organic components from a hydrogen-chloride-containing crude gas stream, comprising the steps: A) adjustment of the crude gas stream that is to be purified to a temperature not exceeding 40°C; B) condensation of at least some of the organic components of the crude gas stream at a temperature not exceeding 0°C, preferably not exceeding -10°C; C) at least partial adsorption of the residual organic components that remain in the prepurified gas stream after the condensation, on a first adsorption medium; D) optional subsequent heat exchange between the gas stream leaving the adsorption C) and the crude gas stream entering the process; E) provision of the purified gas stream; characterised in that the condensate obtained under B) is subjected to a rectification F) and the head gas stream obtained in the rectification is fed to the adsorption according to stage C) together with the prepurified gas stream. A) adjustment of the crude gas stream that is to be purified to a temperature not exceeding 40°C; B) condensation of at least some of the organic components of the crude gas stream at a temperature not exceeding 0°C, preferably not exceeding -10°C; C) at least partial adsorption of the residual organic components that remain in the prepurified gas stream after the condensation, on a first adsorption medium; D) optional subsequent heat exchange between the gas stream leaving the adsorption C) and the crude gas stream entering the process; E) provision of the purified gas stream;
A control message transmission method of a user equipment UE in a mobile communication system, the method comprising: determining, when a UE capability enquiry message is received from a base station, whether the UE supports an indication indicating an In-Device Coexistence IDC, the IDC comprising an interference between multiple radio transceivers in the UE; transmitting a UE capability message to a base station, the UE capability message comprising first information indicating whether the UE supports the indication; receiving a Radio Resource Control RRC connection reconfiguration message including configuration information indicative of whether the base station permits IDC indication transmission; transmitting an RRC connection reconfiguration complete message to the base station in response to the RRC connection reconfiguration message; determining whether an IDC problem is experienced in the UE; initiating transmission of a message including the indication, if the configuration information is setup and if the IDC problem is experienced in the UE; and receiving a handover command from the base station in response to the transmission of a message including the indication, wherein the handover command comprises information on whether the transmission of the indication for a target network is setup or not. determining, when a UE capability enquiry message is received from a base station, whether the UE supports an indication indicating an In-Device Coexistence IDC, the IDC comprising an interference between multiple radio transceivers in the UE; transmitting a UE capability message to a base station, the UE capability message comprising first information indicating whether the UE supports the indication; receiving a Radio Resource Control RRC connection reconfiguration message including configuration information indicative of whether the base station permits IDC indication transmission; transmitting an RRC connection reconfiguration complete message to the base station in response to the RRC connection reconfiguration message; determining whether an IDC problem is experienced in the UE; initiating transmission of a message including the indication, if the configuration information is setup and if the IDC problem is experienced in the UE; and receiving a handover command from the base station in response to the transmission of a message including the indication, wherein the handover command comprises information on whether the transmission of the indication for a target network is setup or not.
A knife, comprising a blade with a first side, a second side, a top edge forming a spine, a bottom edge forming a cutting edge, a distal end terminating at a tip, and a proximal end terminating at a tang at a proximal end thereof, and a handle comprising a first handle side and a second handle side that are joined together around the tang, characterized in that: the first handle side extends farther distally on a first side of the blade than the second handle side does on a second side of the blade, the spine has a notch formed therein proximal to the handle, and the first handle side comprises a finger platform that extends over or alongside the spine and rests in or alongside the notch. the first handle side extends farther distally on a first side of the blade than the second handle side does on a second side of the blade, the spine has a notch formed therein proximal to the handle, and the first handle side comprises a finger platform that extends over or alongside the spine and rests in or alongside the notch.
A composition comprising a thermoplastic polyisocyanate polyaddition product and a flame retardant, and the composition does not comprise melamine cyanuric acid, wherein the polyaddition product is obtained by reacting a. a substance reactive with isocyanate b. a polyisocyanate c. a chain extender eventually in the presence of d. a catalyst e. an additive wherein the flame retardant comprises a phosphinate. a. a substance reactive with isocyanate b. a polyisocyanate c. a chain extender eventually in the presence of d. a catalyst e. an additive
An auto-injection device comprising a detection device configured to assist injection of a media (4, 26) by using a hypodermic syringe comprising a needle attached to a needle hub, wherein the detection device comprises means (6, 8, 54, 56, 56', 60) for identifying the characteristics of the media (4, 26) entering the needle hub or being present in the needle hub, characterised in that the detection device comprises: - one or more light sources configured to irradiate the needle hub with light; - a light detection member adapted to detect light; - a control unit configured to identify the characteristics of the media entering the needle hub on the basis of light detected by the detection section. - one or more light sources configured to irradiate the needle hub with light; - a light detection member adapted to detect light; - a control unit configured to identify the characteristics of the media entering the needle hub on the basis of light detected by the detection section.