mhurhangee/ep-ind-claims huggingface dataset:
Pressure shut-off valve unit for a pressure storage container for a medium, wherein the pressure shut-off valve unit has a valve housing, a valve chamber with an intake opening and an outlet opening facing the pressure storage container, a movable piston, and at least one spring, wherein the piston has at least one axial connecting channel and is guided in an axially movable manner by at least two sealing elements (41, 42) arranged in the valve chamber, wherein a first effective piston surface of the piston, said first effective piston surface facing an inlet region of the valve chamber, and a sealing body or the valve housing form a valve seat, and wherein, by changing the pressure in a storage region of the valve chamber, said storage region being adjacent to a second effective piston surface, the piston is axially movable and a passage opening arranged between the intake opening and the outlet opening can be reversibly closed and opened, wherein, in the unpressurized state, the passage opening is kept open by the spring, and wherein a storage region of the valve chamber is arranged so as to be connectable to the inlet region of the valve chamber via a removal channel (15, 15a) and a removal valve, characterized in that the removal valve is designed as a spherical or conical valve and is kept closed in an unpressurized state by an adjustment spring, wherein the adjustment spring is arranged on that side of the removal valve which faces the inlet region.
A method for establishing a bearer for a GSM network, comprising: receiving, by a Media Gateway, MGW, in a mobile switching subsystem, MSS, a message for adding a wireless side end point from a Mobile Switching Center, MSC, server in the MSS; assigning, by the MGW, a IP address and a port number for a call; transmitting, by the MGW, a response message comprising the IP address and the port number assigned for the call to the MSC server in the MSS; acquiring, by the MGW, a second IP address and a second port number assigned for the call by a Base Station Controller, BSC, from the MSC server, and establishing, by the MGW, an IP bearer with the BSC. receiving, by a Media Gateway, MGW, in a mobile switching subsystem, MSS, a message for adding a wireless side end point from a Mobile Switching Center, MSC, server in the MSS; assigning, by the MGW, a IP address and a port number for a call; transmitting, by the MGW, a response message comprising the IP address and the port number assigned for the call to the MSC server in the MSS; acquiring, by the MGW, a second IP address and a second port number assigned for the call by a Base Station Controller, BSC, from the MSC server, and establishing, by the MGW, an IP bearer with the BSC.
Use of p-benzoquinonemonoimine derivatives of the following formula I: wherein R represents: - H, - a linear or branched C 1 to C 20 -alkyl radical which can be substituted by one or more radicals chosen from the radicals hydroxy, amino, C 1 to C 12 alkylamino, C 1 to C 12 alkoxy, pyridine, phosphine, thioether, thiol, C 1 to C 12 alkene, C 1 to C 12 alkyne and halogen, - a benzyl radical which can be substituted by one or more radicals chosen from the radicals hydroxy, amino, C 1 to C 12 alkylamino, C 1 to C 12 alkoxy and halogen, for forming a hole or electron transport layer. - H, - a linear or branched C 1 to C 20 -alkyl radical which can be substituted by one or more radicals chosen from the radicals hydroxy, amino, C 1 to C 12 alkylamino, C 1 to C 12 alkoxy, pyridine, phosphine, thioether, thiol, C 1 to C 12 alkene, C 1 to C 12 alkyne and halogen, - a benzyl radical which can be substituted by one or more radicals chosen from the radicals hydroxy, amino, C 1 to C 12 alkylamino, C 1 to C 12 alkoxy and halogen,
A circular-shaped abrasive device configured to be placed in rotation around its own centre of rotation, said abrasive device comprising a substantially planar front surface provided with a plurality of openings, characterised in that said plurality of openings comprises at least one series of through holes, positioned on the front surface at areas surrounding the points identified by the intersection of: - a first set of geometric lines, formed of concentric circumferences coplanar to the front surface and having a centre of symmetry coinciding with the centre of rotation of the abrasive device; with - three second sets (7, 7', 7") of geometric lines, each of which is formed of concentric ellipses, coplanar to the front surface. - a first set of geometric lines, formed of concentric circumferences coplanar to the front surface and having a centre of symmetry coinciding with the centre of rotation of the abrasive device; with - three second sets (7, 7', 7") of geometric lines, each of which is formed of concentric ellipses, coplanar to the front surface.
A method for producing a polymer, comprising: (i) continuously supplying and bringing at least raw materials including a cyclic ester as a ring-opening polymerizable monomer and a compressive fluid into contact with each other, to thereby allow the ring-opening polymerizable monomer to carry out ring-opening polymerization to continuously generate a polymer, wherein the step (i) contains supplying raw materials including the ring-opening polymerizable monomer, and the compressive fluid with a feeding ratio represented by the following formula: Feeding ratio = feeding speed of raw materials g / min / feeding speed of compressive fluid g / min ≥ 1, to thereby bring the raw materials and the compressive fluid into contact with each other, wherein the ring-opening polymerizable monomer is allowed to react in the presence of an organic catalyst free from a metal atom, and wherein the polymer is produced using a tubular device for continuous production of a polymer, which has a compressive fluid inlet for introducing a compressive fluid at one end of the device and a monomer inlet for introducing a ring-opening polymerizable monomer at one end of the device, has a polymer outlet for discharging a polymer obtained through polymerization of the ring-opening polymerizable monomer at the other end of the device, and has a catalyst inlet for introducing a catalyst between the aforementioned one end and the other end of the device. (i) continuously supplying and bringing at least raw materials including a cyclic ester as a ring-opening polymerizable monomer and a compressive fluid into contact with each other, to thereby allow the ring-opening polymerizable monomer to carry out ring-opening polymerization to continuously generate a polymer, wherein the step (i) contains supplying raw materials including the ring-opening polymerizable monomer, and the compressive fluid with a feeding ratio represented by the following formula: Feeding ratio = feeding speed of raw materials g / min / feeding speed of compressive fluid g / min ≥ 1, to thereby bring the raw materials and the compressive fluid into contact with each other, wherein the ring-opening polymerizable monomer is allowed to react in the presence of an organic catalyst free from a metal atom, and wherein the polymer is produced using a tubular device for continuous production of a polymer, which has a compressive fluid inlet for introducing a compressive fluid at one end of the device and a monomer inlet for introducing a ring-opening polymerizable monomer at one end of the device, has a polymer outlet for discharging a polymer obtained through polymerization of the ring-opening polymerizable monomer at the other end of the device, and has a catalyst inlet for introducing a catalyst between the aforementioned one end and the other end of the device.
A suture anchor kit comprising: first and second suture anchors, each anchor designed as a block, each block having two eyelets (502, 502'; 504, 504'); characterized by first and second sutures, each having a free end (518, 520) and a fixed end (510, 512); said first suture received in the first of said two eyelets (502, 504) of said first suture anchor and the first of said two eyelets of said second suture anchor; said second suture received in the second of said two eyelets (502, 504) of said first suture anchor and the second of said two eyelets (502', 504') of said second suture anchor; said fixed end of the first suture being connected to the free end of said second suture via a first knot; said fixed end of the second suture being connected to the free end of said first suture via a second knot. first and second suture anchors, each anchor designed as a block, each block having two eyelets (502, 502'; 504, 504'); characterized by first and second sutures, each having a free end (518, 520) and a fixed end (510, 512); said first suture received in the first of said two eyelets (502, 504) of said first suture anchor and the first of said two eyelets of said second suture anchor; said second suture received in the second of said two eyelets (502, 504) of said first suture anchor and the second of said two eyelets (502', 504') of said second suture anchor; said fixed end of the first suture being connected to the free end of said second suture via a first knot;
A can lid, in particular for beverage cans, having an opening region in the form of a tongue tab provided in the metallic lid material of a lid surface and in particular bounded by a material weakening; and having a two-armed lever member (5, 6) which is intended for opening this opening region, which is fixedly connected to the lid material in the opening region, in particular via a rivet connection or weld connection, and which serves for an upward pivoting of the tongue tab during the opening procedure, characterized in that a substantially ring-shaped molded plastic part is fastened to the lower side of the lid surface while surrounding the opening region to form an opening which can be sealingly closed again; in that a plastic stopper part which sealingly engages into the molded part is fixedly connected to the lower side of the tongue tab which can be pivoted open during the opening procedure; and in that the peripheral contour of the tongue tab is preferably disposed in the region of the molded part at a predefinable spacing from the stopper part.
A sealed and thermally insulating tank intended for storing a fluid, the sealed and thermally insulating tank having an insulating barrier and a sealing barrier disposed on an inner surface of the insulating barrier, the insulating barrier being disposed on a support surface bearing anchoring members and being retained on the support surface by said anchoring members, wherein the insulating barrier has insulating elements disposed in a plurality of parallel rows, wherein a said anchoring member has a bearing element (50, 150) that is mounted on the support surface between two insulating elements (30, 130, 230, 1230) of a first of said parallel rows, the bearing element (50, 150) being in a retracted position, in which the bearing element (50, 150) is housed entirely between the two insulating elements (30, 130, 230, 1230) so as to leave the location of a second of said parallel rows free, the second row being adjacent to the first row, and characterized in that the bearing element (50, 150) is movable with respect to the support surface transversely to said first row between: the retracted position, and an extended position, in which the bearing element overlaps the location of the second row and is engaged with at least one insulating element of the second row so as to retain said insulating element (29, 129) of the second row on the support surface. wherein the insulating barrier has insulating elements disposed in a plurality of parallel rows, wherein a said anchoring member has a bearing element (50, 150) that is mounted on the support surface between two insulating elements (30, 130, 230, 1230) of a first of said parallel rows, the bearing element (50, 150) being in a retracted position, in which the bearing element (50, 150) is housed entirely between the two insulating elements (30, 130, 230, 1230) so as to leave the location of a second of said parallel rows free, the second row being adjacent to the first row, and characterized in that the bearing element (50, 150) is movable with respect to the support surface transversely to said first row between: the retracted position, and an extended position, in which the bearing element overlaps the location of the second row and is engaged with at least one insulating element of the second row so as to retain said insulating element (29, 129) of the second row on the support surface. the retracted position, and an extended position, in which the bearing element overlaps the location of the second row and is engaged with at least one insulating element of the second row so as to retain said insulating element (29, 129) of the second row on the support surface.
A bismuth molybdate-based composite oxide catalyst for preparing 1,3-butadiene, comprising: a bismuth molybdate-based composite oxide expressed by Formula 1 below; and a zeolite coating layer having micropores and formed on the surface of the bismuth molybdate-based composite oxide: [Formula 1] Mo a Bi b Fe c Co d E e O y where, E is at least one selected from the group consisting of nickel, sodium, potassium, rubidium, and cesium; the a, b, c, d and e each is 0.001 to 1; and the y is a value determined to adjust a valence by other element. a bismuth molybdate-based composite oxide expressed by Formula 1 below; and a zeolite coating layer having micropores and formed on the surface of the bismuth molybdate-based composite oxide: [Formula 1] Mo a Bi b Fe c Co d E e O y where, E is at least one selected from the group consisting of nickel, sodium, potassium, rubidium, and cesium; the a, b, c, d and e each is 0.001 to 1; and the y is a value determined to adjust a valence by other element. where, E is at least one selected from the group consisting of nickel, sodium, potassium, rubidium, and cesium; the a, b, c, d and e each is 0.001 to 1; and the y is a value determined to adjust a valence by other element.
Nanoparticles for application in a method of prophylaxis and/or therapy concerning cancerous diseases, ulcers, tumours, carcinoma or cells disturbed in proliferation, characterised in that the nanoparticles are provided with a positive surface charge and the nanoparticles are administered together with an anticancer drug such that the nanoparticles and the anticancer drug are present together in the degenerate cell, and that the nanoparticles and the anticancer drug are administered in separate solutions.
Carriage for holding and shifting a separating element in a running direction along a rail, comprising a carriage body that holds at least one running element and a mounting body that is slidably connected to the carriage body and that is connectable to the separating element, wherein a coupling member is provided, characterised in that the coupling member comprises a first and a second coupling element (131, 132) that are connected with one another via a bridge member, wherein the first coupling element is slidably held in the carriage body and the second coupling element is slidably held in the mounting body, and that the bridge member has a first coupling surface that is inclined relative to the running direction and that supports the carriage body or the mounting body, so that with a displacement of the coupling member the carriage body and the mounting body are shifted relative to one another in order to adjust the separating element in height.
An apparatus for sensing a property of a bladder wall, comprising: an elongate catheter; and an elongate sensor, wherein the catheter defines a path from a proximal end of the catheter to a distal end of the catheter, and wherein the catheter comprises a sensor channel for guiding the elongate sensor along at least a part of said path, the sensor channel opening at a sensor port towards the proximal end of the catheter, wherein the sensor channel comprises an enclosed lumen portion, arranged to surround the sensor; and characterised in that: the sensor channel further comprises an open furrow comprising a concave depression in an outer wall of the catheter, elongate along the path of the catheter, and comprising an inclined distal end surface; the furrow is located nearer to the distal end of the catheter than is the enclosed lumen; the enclosed lumen portion opens into the furrow at a proximal end of the furrow, wholly within the depth of the furrow; and the furrow is arranged to allow the sensor to exit the enclosed lumen in a direction substantially parallel to, or tangential to, the path of the catheter at a proximal end of the furrow. an elongate catheter; and an elongate sensor, the sensor channel further comprises an open furrow comprising a concave depression in an outer wall of the catheter, elongate along the path of the catheter, and comprising an inclined distal end surface; the furrow is located nearer to the distal end of the catheter than is the enclosed lumen; the enclosed lumen portion opens into the furrow at a proximal end of the furrow, wholly within the depth of the furrow; and the furrow is arranged to allow the sensor to exit the enclosed lumen in a direction substantially parallel to, or tangential to, the path of the catheter at a proximal end of the furrow.
A sensor connection for a fluid process application bag comprising: a fluid process application bag having an opening; a port plate sealed around said opening of the fluid process application bag, the port plate having a receptacle defining an interior and a skirt portion extending outwardly from the receptacle in a direction away from the interior; a sensor fitting seated within said interior of said receptacle and being coupled to said receptacle, said sensor fitting having a cup-shaped body portion with a side wall and a bottom defining an internal compartment, said bottom being substantially flush with the opening of said fluid process application bag; and a sensor contained within said internal compartment of said body portion of said sensor fitting, said sensor having at least one probe extending through said bottom of said body portion in a fluid-tight manner and communicating with an interior of the fluid process application bag, wherein said side wall of said body portion of said sensor fitting and said receptacle of said port plate comprise cooperating detent structure for providing snap-fit engagement between said sensor fitting and said port plate. a fluid process application bag having an opening; a port plate sealed around said opening of the fluid process application bag, the port plate having a receptacle defining an interior and a skirt portion extending outwardly from the receptacle in a direction away from the interior; a sensor fitting seated within said interior of said receptacle and being coupled to said receptacle, said sensor fitting having a cup-shaped body portion with a side wall and a bottom defining an internal compartment, said bottom being substantially flush with the opening of said fluid process application bag; and a sensor contained within said internal compartment of said body portion of said sensor fitting, said sensor having at least one probe extending through said bottom of said body portion in a fluid-tight manner and communicating with an interior of the fluid process application bag, wherein said side wall of said body portion of said sensor fitting and said receptacle of said port plate comprise cooperating detent structure for providing snap-fit engagement between said sensor fitting and said port plate.
A method of transmitting power via electromagnetic coupling from a transmission device to a set of reception devices, wherein each reception device defines a first given power level specifying the power requirement required by each reception device, said method comprising the steps of: - Calculating by the transmission device, a first sum of the first given power levels defined by each of said set of reception devices; wherein, if a maximum power that can be transmitted by the transmission device to said set of reception devices is less than said first sum, - Identifying, among said set of reception devices, whether there is any reception device defining a second given power level which is lower than its first given power level; - if there is at least one reception device that defines the second given power level, performing said calculating step using the second given power level instead of using the first given power level defined by said at least one reception device; and otherwise - Determining, by said transmission device, according to the result of the calculating step and according to a set of criteria, among said set of reception devices a subset of reception devices to which the transmission device transmits power. - Calculating by the transmission device, a first sum of the first given power levels defined by each of said set of reception devices; wherein, if a maximum power that can be transmitted by the transmission device to said set of reception devices is less than said first sum, - Identifying, among said set of reception devices, whether there is any reception device defining a second given power level which is lower than its first given power level; - if there is at least one reception device that defines the second given power level, performing said calculating step using the second given power level instead of using the first given power level defined by said at least one reception device; and otherwise - Determining, by said transmission device, according to the result of the calculating step and according to a set of criteria, among said set of reception devices a subset of reception devices to which the transmission device transmits power.
Member for assembling a green tyre, characterized in that it comprises: - means of attachment to a baseplate, - a base, - external elements mounted with the ability to move with respect to the base, and - at least one cam (22, 23) able to occupy at least any one of at least two positions which are the image of one another through rotation, in which positions the cam defines element positions with respect to the base and which are such that, in the case of at least some of the elements, the element positions associated with the respective positions of the cam differ from one another. - means of attachment to a baseplate, - a base, - external elements mounted with the ability to move with respect to the base, and - at least one cam (22, 23) able to occupy at least any one of at least two positions which are the image of one another through rotation, in which positions the cam defines element positions with respect to the base and which are such that, in the case of at least some of the elements, the element positions associated with the respective positions of the cam differ from one another.