mhurhangee/patent-ind-claim-en huggingface dataset:
A door breaching projectile (100,100a-100d) comprising: a shell containing an explosive charge ; an open end of the shell with a mouth being connected to a rear edge of a body member ; a hollow ogive with a mouth being connected to a forward edge of the body member ; and a safe-and-arm mechanism disposed in the body member , which safe-and-arm mechanism delays alignment of a detonator pin with a detonator charge only after the door breaching projectile (100,100a-100d) has been propelled over a safe distance from the launcher and has spin rotated through predetermined numbers of spin; characterised in that : a plunger is slidable in a seat member , with the seat member being mounted on a forward face associated with the forward edge of the body member ; wherein, upon the door breaching projectile (100,100a-100d) impacting on a door or barricade , the plunger is forced into the seat member to impinge onto the detonator pin , which then sets off the detonator charge and explosive charge, such that explosive shock waves cause the door/barricade to cave in but the projectile (100,100a-100d) remains substantially outside the door/barricade. a shell containing an explosive charge ; an open end of the shell with a mouth being connected to a rear edge of a body member ; a hollow ogive with a mouth being connected to a forward edge of the body member ; and a safe-and-arm mechanism disposed in the body member , which safe-and-arm mechanism delays alignment of a detonator pin with a detonator charge only after the door breaching projectile (100,100a-100d) has been propelled over a safe distance from the launcher and has spin rotated through predetermined numbers of spin; characterised in that : a plunger is slidable in a seat member , with the seat member being mounted on a forward face associated with the forward edge of the body member ; wherein, upon the door breaching projectile (100,100a-100d) impacting on a door or barricade , the plunger is forced into the seat member to impinge onto the detonator pin , which then sets off the detonator charge and explosive charge, such that explosive shock waves cause the door/barricade to cave in but the projectile (100,100a-100d) remains substantially outside the door/barricade.
A personal care implement comprising: an emitting end ; an electromagnetic source for projecting electromagnetic radiation onto an area of skin , the electromagnetic source having emission characteristics to treat acne; and a light sensor configured to sense an amount of ambient light present at the emitting end ; characterised in that the personal care implement further comprises: a pressure sensor configured to sense a pressure exerted by the area of the skin on the emitting end ; a controller that is configured to instruct the electromagnetic source to begin projecting only when both (a) the light sensor senses that the amount of ambient light at the emitting end is below a predefined threshold, and (b) the pressure sensor senses the pressure exerted by the area of the skin on the emitting end is above a predefined pressure. an emitting end ; an electromagnetic source for projecting electromagnetic radiation onto an area of skin , the electromagnetic source having emission characteristics to treat acne; and a light sensor configured to sense an amount of ambient light present at the emitting end ; characterised in that the personal care implement further comprises: a pressure sensor configured to sense a pressure exerted by the area of the skin on the emitting end ; a controller that is configured to instruct the electromagnetic source to begin projecting only when both (a) the light sensor senses that the amount of ambient light at the emitting end is below a predefined threshold, and (b) the pressure sensor senses the pressure exerted by the area of the skin on the emitting end is above a predefined pressure.
A method for preparing a polysilane, comprising the step of reacting (i) at least two silane monomers and (ii) at least one alkali metal, wherein the silane monomers contain the following structural units: - at least one aryl group, - at least one alkyl group, - at least one alkenyl group and - at least three halogen atoms, wherein at least three of the halogen atoms are bound to a silicon atom of one of the silane monomers, characterized in that the step of reacting takes place in an ether-containing solvent, wherein the ether has at least two oxygen atoms, wherein a reaction initiator is used in the step of reacting. - at least one aryl group, - at least one alkyl group, - at least one alkenyl group and - at least three halogen atoms, wherein at least three of the halogen atoms are bound to a silicon atom of one of the silane monomers, characterized in that the step of reacting takes place in an ether-containing solvent, wherein the ether has at least two oxygen atoms, wherein a reaction initiator is used in the step of reacting.
An apparatus for receiving wireless power from a wireless power transmitter , the apparatus comprising: first means for receiving wireless power from the transmitter and having a first mutual coupling with the transmitter; second means for receiving wireless power from the transmitter and having a second mutual coupling with the transmitter , the second means for receiving wireless power designed for substantially the same frequency of operation as the first means for receiving wireless power; and a load coupled to at least one of the first means for receiving wireless power and the second means for receiving wireless power, wherein an angle of orientation between the first means for receiving wireless power from the transmitter and the second means for receiving wireless power from the transmitter is variable; wherein the apparatus is configured to detect power received by the first means for receiving wireless power from the transmitter and by the second means for receiving wireless power from the transmitter; and select between receiving wireless power via at least one of the first means for receiving wireless power and the second means for receiving wireless power based on the detection. first means for receiving wireless power from the transmitter and having a first mutual coupling with the transmitter; second means for receiving wireless power from the transmitter and having a second mutual coupling with the transmitter , the second means for receiving wireless power designed for substantially the same frequency of operation as the first means for receiving wireless power; and a load coupled to at least one of the first means for receiving wireless power and the second means for receiving wireless power, wherein an angle of orientation between the first means for receiving wireless power from the transmitter and the second means for receiving wireless power from the transmitter is variable; wherein the apparatus is configured to detect power received by the first means for receiving wireless power from the transmitter and by the second means for receiving wireless power from the transmitter; and select between receiving wireless power via at least one of the first means for receiving wireless power and the second means for receiving wireless power based on the detection.
A formulation for oral administration comprising a compound of (S)-4((5,7-difluorochroman-4-yl)oxy)-N,N-2-trimethyl-1H-benzo[d]imidazole-6-carboxamide of Formula 1 or a pharmaceutically acceptable salt thereof; and at least one disintegrant selected from the group consisting of croscarmellose sodium, sodium starch glycolate and low-substituted hydroxypropylcellulose, wherein the formulation is a tablet:
A wound dressing comprising: a hydrophilic elastic foam layer configured to engage a wound bed , and having a first side and a second side, the second side configured to face the wound bed ; a drape layer having a first side and a second side , the second side configured to face the first side of the hydrophilic elastic foam layer ; and a plurality of superabsorbent projections fixed to and extending from the first side of the hydrophilic elastic foam layer towards the second side of the drape layer which may be formed in a plurality of shapes or patterns comprising circles, squares, hexagons, hoops/halos, stars, crosses, a range of lines, or any combination of said shapes; wherein the superabsorbent projections are operable to draw a wound exudate fluid through the hydrophilic elastic foam layer ; and wherein the drape layer comprises a material having a high moisture vapor transmission rate, and is configured to permit evaporation of the wound exudate fluid from the superabsorbent projections . a hydrophilic elastic foam layer configured to engage a wound bed , and having a first side and a second side, the second side configured to face the wound bed ; a drape layer having a first side and a second side , the second side configured to face the first side of the hydrophilic elastic foam layer ; and a plurality of superabsorbent projections fixed to and extending from the first side of the hydrophilic elastic foam layer towards the second side of the drape layer which may be formed in a plurality of shapes or patterns comprising circles, squares, hexagons, hoops/halos, stars, crosses, a range of lines, or any combination of said shapes; wherein the superabsorbent projections are operable to draw a wound exudate fluid through the hydrophilic elastic foam layer ; and wherein the drape layer comprises a material having a high moisture vapor transmission rate, and is configured to permit evaporation of the wound exudate fluid from the superabsorbent projections .
An air cycle machine comprising: an air cycle compressor ; a first turbine ; a second turbine ; a shaft ; a second shaft ; a fan rotor ; a primary heat exchanger ; and an air conduit connected to an air cycle compressor ,wherein the air cycle compressor is connected to deliver air across the first turbine , said air cycle compressor being driven by said first turbine through the shaft , air downstream of said first turbine being connected to the second turbine , said second turbine connected to deliver air downstream, and said second turbine being connected with the second shaft to drive the fan rotor , said fan rotor configured to deliver a source of air across the primary heat exchanger , said primary heat exchanger positioned between the air conduit and said air cycle compressor; characterized in that said air cycle compressor and said first turbine being formed of a metal, and said second turbine and said fan rotor being formed of non-metallic materials. an air cycle compressor ; a first turbine ; a second turbine ; a shaft ; a second shaft ; a fan rotor ; a primary heat exchanger ; and an air conduit connected to an air cycle compressor ,wherein the air cycle compressor is connected to deliver air across the first turbine , said air cycle compressor being driven by said first turbine through the shaft , air downstream of said first turbine being connected to the second turbine , said second turbine connected to deliver air downstream, and said second turbine being connected with the second shaft to drive the fan rotor , said fan rotor configured to deliver a source of air across the primary heat exchanger , said primary heat exchanger positioned between the air conduit and said air cycle compressor; characterized in that said air cycle compressor and said first turbine being formed of a metal, and said second turbine and said fan rotor being formed of non-metallic materials.
An environmental control system of a vehicle comprising: a first inlet for providing a first medium; a second inlet for providing a second medium; a compression device arranged in fluid communication with the first inlet; an expansion device separate from the compression device, the expansion device being arranged in fluid communication with the second inlet, wherein energy extracted from the second medium within the expansion device is provided to one or more loads of the vehicle; and further comprising a heat exchanger arranged upstream from the expansion device relative to a flow of the second medium, wherein heat is transferred from the first medium to the second medium in the heat exchanger; characterized in that : the compression device includes a compressor , turbine , and power turbine , operably coupled via a shaft ; and wherein both the turbine and the power turbine are configured to receive a flow of the first medium; and wherein the environmental control system is operable in a plurality of modes including a first mode and a second mode, wherein in the first mode, energy extracted from both the turbine and the power turbine is used to operate the compressor, and in the second mode, energy extracted from only the turbine is used to operate the compressor. a first inlet for providing a first medium; a second inlet for providing a second medium; a compression device arranged in fluid communication with the first inlet; an expansion device separate from the compression device, the expansion device being arranged in fluid communication with the second inlet, wherein energy extracted from the second medium within the expansion device is provided to one or more loads of the vehicle; and further comprising a heat exchanger arranged upstream from the expansion device relative to a flow of the second medium, wherein heat is transferred from the first medium to the second medium in the heat exchanger; characterized in that : the compression device includes a compressor , turbine , and power turbine , operably coupled via a shaft ; and wherein both the turbine and the power turbine are configured to receive a flow of the first medium; and wherein the environmental control system is operable in a plurality of modes including a first mode and a second mode, wherein in the first mode, energy extracted from both the turbine and the power turbine is used to operate the compressor, and in the second mode, energy extracted from only the turbine is used to operate the compressor.
A disc stack of frustoconical separation discs configured to be mounted in a separation chamber of a centrifugal separator , preferably a crankcase gas separator, wherein the discs are stacked upon each other in a manner forming narrow separation spaces between adjacent discs , characterised in that the discs are welded to each other at radially outer portions of the discs . wherein the discs are stacked upon each other in a manner forming narrow separation spaces between adjacent discs , characterised in that the discs are welded to each other at radially outer portions of the discs .
A lead-free solder alloy comprising 2% by mass or more and 3.1% by mass or less of Ag, more than 0% by mass and 1 % by mass or less of Cu, 2% by mass or more and 5% by mass or less of Sb, 3.1% by mass or more and 4.5% by mass or less of Bi, and 0.01% by mass or more and 0.25% by mass or less of Ni, optionally further comprising 0.001% by mass or more and 0.25% by mass or less of Co, optionally further comprising more than 0% by mass and 6% by mass or less of In, optionally further comprising at least one of P, Ga, and Ge in a total amount of 0.001% by mass or more and 0.05% by mass or less, optionally further comprising at least one of Fe, Mn, Cr, and Mo in a total amount of 0.001% by mass or more and 0.05% by mass or less, the balance being Sn.
A device for performing mechanical cardiopulmonary resuscitation on a patient comprising: a backboard ; a piston support frame having two legs secured to the backboard , the two legs supporting a compression unit apposing the backboard ; a motor enclosed within the compression unit ; a piston having a distal end and a proximal end, the proximal end of the piston operably coupled to the motor , the distal end of the piston extending from and withdrawing towards the compression unit , the compression unit secured to the backboard by the two legs to engage a patient and perform chest compressions; two leaf springs , each leaf spring having a first end and a second end, the first end of each leaf spring operably secured to the piston , the second end of each leaf spring operably secured to one of the two legs , such that extension of the piston causes each leaf spring to form an arch. a backboard ; a piston support frame having two legs secured to the backboard , the two legs supporting a compression unit apposing the backboard ; a motor enclosed within the compression unit ; a piston having a distal end and a proximal end, the proximal end of the piston operably coupled to the motor , the distal end of the piston extending from and withdrawing towards the compression unit , the compression unit secured to the backboard by the two legs to engage a patient and perform chest compressions; two leaf springs , each leaf spring having a first end and a second end, the first end of each leaf spring operably secured to the piston , the second end of each leaf spring operably secured to one of the two legs , such that extension of the piston causes each leaf spring to form an arch.
A coupler for coupling an attachment to an excavator or other machine, the coupler comprising: a body having a first and second spaced-apart coupling formations (46; 47) for coupling with a respective corresponding coupling formation of said attachment; a locking member movable into and out of a locking state in which it is capable of retaining the respective attachment coupling formation (46; 47) in engagement with said first coupling formation; a first powered actuator for actuating said locking member into and out of said locking state; a first power coupling unit ; actuating means for moving said power coupling unit with respect to said body into and out of an engaging position in which it is engagable with a corresponding second power coupling unit of said attachment when said attachment is coupled to said excavator or other machine, characterized in that said coupler further includes delay means configured to, when decoupling an attachment from the coupler, cause said locking member to remain in its locking state until after the first power coupling unit is moved out of its engaging position. a body having a first and second spaced-apart coupling formations (46; 47) for coupling with a respective corresponding coupling formation of said attachment; a locking member movable into and out of a locking state in which it is capable of retaining the respective attachment coupling formation (46; 47) in engagement with said first coupling formation; a first powered actuator for actuating said locking member into and out of said locking state; a first power coupling unit ; actuating means for moving said power coupling unit with respect to said body into and out of an engaging position in which it is engagable with a corresponding second power coupling unit of said attachment when said attachment is coupled to said excavator or other machine, characterized in that said coupler further includes delay means configured to, when decoupling an attachment from the coupler, cause said locking member to remain in its locking state until after the first power coupling unit is moved out of its engaging position.
A device for the production of a wall or ceiling cladding, comprising a panel-shaped or profiled construction element and a securing system , by means of which the panel-shaped or profiled construction element can be secured at a distance from and/or angle to a construction-side substructure which can be set, wherein the securing system comprises a spacer element , a joint element which can be adjustably disposed on the spacer element , as well as a retaining element which cooperates with the joint element as a joint and has a disk-shaped section (6.1) and a cylindrical section (6.2), and wherein the cylindrical section (6.2) of the retaining element encompasses a joint region (5.1) of the joint element , so that an interlocking connection that can be placed under tension and under compression is produced between the retaining element and the joint element , characterized in that the cylindrical section (6.2) of the retaining element is in the shape of a shaft and engages in a circumferential groove (5.2) of the joint element .
A method for communication by a receiver user equipment, LTE, the method comprising: receiving, from a sender LTE, a scheduling assignment including a first part of a destination ID and a first part of a source ID, wherein the source ID identifies the sender UE; filtering packets obtained at a physical layer of the receiver UE which is a destination of data, using the first part of the destination ID; receiving, from the sender LTE, a medium access control, MAC, protocol data unit, PDU, including a MAC header including a second part of the destination ID and a second part of the source ID; and filtering packets obtained at a MAC layer of the receiver UE which is the destination of data, using the second part of the destination ID and the second part of the source ID, wherein the first part of the destination ID comprises of n least significant bits, LSBs, of the destination ID, and the second part of the destination ID comprises of remaining most significant bits, MSBs, of the destination ID. receiving, from a sender LTE, a scheduling assignment including a first part of a destination ID and a first part of a source ID, wherein the source ID identifies the sender UE; filtering packets obtained at a physical layer of the receiver UE which is a destination of data, using the first part of the destination ID; receiving, from the sender LTE, a medium access control, MAC, protocol data unit, PDU, including a MAC header including a second part of the destination ID and a second part of the source ID; and filtering packets obtained at a MAC layer of the receiver UE which is the destination of data, using the second part of the destination ID and the second part of the source ID, wherein the first part of the destination ID comprises of n least significant bits, LSBs, of the destination ID, and the second part of the destination ID comprises of remaining most significant bits, MSBs, of the destination ID.
A joined body, comprising: a porous ceramic; a metal member; and a joint of an oxide ceramic that penetrates into pores of the porous ceramic and joins the porous ceramic to the metal member wherein a penetration depth of the oxide ceramic in the pores of the porous ceramic is in the range of 15 to 50 μm; and wherein the average pore size of the porous ceramic is A (μm), the average particle size of a raw material powder of the oxide ceramic is B (μm), and B/A is in the range of 0.1 to 5.0. a porous ceramic; a metal member; and a joint of an oxide ceramic that penetrates into pores of the porous ceramic and joins the porous ceramic to the metal member wherein a penetration depth of the oxide ceramic in the pores of the porous ceramic is in the range of 15 to 50 μm; and wherein the average pore size of the porous ceramic is A (μm), the average particle size of a raw material powder of the oxide ceramic is B (μm), and B/A is in the range of 0.1 to 5.0.