mhurhangee/ep-ind-claims huggingface dataset:
Mouthpiece of diving regulator of aqualung and/ or snorkel comprising: a tubular connection portion with a through hole internally engaged at a distal portion thereof with a complementary tubular portion of said aqualung and/ or snorkel to allow the air passage; a bite portion connected to said tubular connection portion at the lower edge of the proximal end thereof: wherein the bite portion symmetrically extends at both the sides of said tubular connection portion, on a complete arch having two arch arms (8, 9) and a central portion acting as a support for a dental arch, wherein between said bite portion and said tubular connection portion a hole is formed in connection with said through hole, and wherein, at said arch arms (8, 9), the bite portion has a U-shaped cross section, so as to wrap the user's teeth at his upper dental arch at both sides thereof; the bite portion has a cross-section hollowed at least at the central portion, so as to produce a protruding border on the proximal edge of said bite portion; the bite portion is a mold of a complete upper dental arch a tubular connection portion with a through hole internally engaged at a distal portion thereof with a complementary tubular portion of said aqualung and/ or snorkel to allow the air passage; a bite portion connected to said tubular connection portion at the lower edge of the proximal end thereof: wherein the bite portion symmetrically extends at both the sides of said tubular connection portion, on a complete arch having two arch arms (8, 9) and a central portion acting as a support for a dental arch, wherein between said bite portion and said tubular connection portion a hole is formed in connection with said through hole, and wherein, at said arch arms (8, 9), the bite portion has a U-shaped cross section, so as to wrap the user's teeth at his upper dental arch at both sides thereof; the bite portion has a cross-section hollowed at least at the central portion, so as to produce a protruding border on the proximal edge of said bite portion; the bite portion is a mold of a complete upper dental arch wherein the bite portion symmetrically extends at both the sides of said tubular connection portion, on a complete arch having two arch arms (8, 9) and a central portion acting as a support for a dental arch, wherein between said bite portion and said tubular connection portion a hole is formed in connection with said through hole, and wherein, at said arch arms (8, 9), the bite portion has a U-shaped cross section, so as to wrap the user's teeth at his upper dental arch at both sides thereof; the bite portion has a cross-section hollowed at least at the central portion, so as to produce a protruding border on the proximal edge of said bite portion; the bite portion is a mold of a complete upper dental arch
A cushion arrangement, which is adapted to support the head and/or back of a wheelchair user within a vehicle, comprising: a first cushion having a planar or substantially planar support surface; and a second cushion having a planar or substantially planar support surface, the second cushion being repeatedly movable between a first configuration and a second configuration, and may be selectively locked in the first configuration and the second configuration, wherein the second cushion is formed in two parts each of which has a support surface and which take the form of an upper part and a lower part, and wherein: in the first configuration, the support surface of the second cushion lies in a plane that is offset from that of the support surface of the first cushion; and in the second configuration, the support surface of the upper part of the second cushion lies above, and in the same or substantially the same plane as that of, the support surface of the first cushion, and the support surface of the lower part of the second cushion lies below, and in the same or substantially the same plane as the support surface of, the first cushion so that the first and second cushions (7, 11) present a front surface that is generally co-planar. a first cushion having a planar or substantially planar support surface; and a second cushion having a planar or substantially planar support surface, the second cushion being repeatedly movable between a first configuration and a second configuration, and may be selectively locked in the first configuration and the second configuration, wherein the second cushion is formed in two parts each of which has a support surface and which take the form of an upper part and a lower part, and wherein: in the first configuration, the support surface of the second cushion lies in a plane that is offset from that of the support surface of the first cushion; and in the second configuration, the support surface of the upper part of the second cushion lies above, and in the same or substantially the same plane as that of, the support surface of the first cushion, and the support surface of the lower part of the second cushion lies below, and in the same or substantially the same plane as the support surface of, the first cushion so that the first and second cushions (7, 11) present a front surface that is generally co-planar. in the first configuration, the support surface of the second cushion lies in a plane that is offset from that of the support surface of the first cushion; and in the second configuration, the support surface of the upper part of the second cushion lies above, and in the same or substantially the same plane as that of, the support surface of the first cushion, and the support surface of the lower part of the second cushion lies below, and in the same or substantially the same plane as the support surface of, the first cushion so that the first and second cushions (7, 11) present a front surface that is generally co-planar.
Device for detachably coupling a drawer to an extendable rail of a pull-out guide having an adjustment device, by means of which a position of the drawer connected to the rail is adjustable relative to the rail in a lateral direction, wherein the device comprises a fastening part that can be fastened to the drawer and a coupling part that can be coupled to the rail, wherein the fastening part is linearly movable relative to the coupling part by means of the adjustment device and wherein the adjustment device comprises a setting wheel mounted on the coupling part or on the fastening part so as to rotate about an axis, characterised in that the adjustment device comprises at least two axially spaced devices, for converting a rotational movement of the setting wheel into a linear movement of the fastening part relative to the coupling part.
A wood-type golf club head comprising: a face having a ball striking surface configured for striking a ball; a main body member connected to the face and defining an internal volume between the face and the main body member, the main body member having a rear side opposite the face and a slot located in the rear side of the main body member, wherein an engagement surface is defined within the slot; a removable body member removably connected to the main body member; and a connecting element removably connecting the removable body member to the main body member, the connecting element comprising a pin rotatably mounted to the removable body member and an engaging member connected to the pin and extending outwardly from the pin, wherein the connecting element is moveable by rotation of the pin between a locked position, wherein at least a portion of the engaging member is received within the slot to engage the engagement surface to retain the removable body member to the main body member, and an unlocked position, where the engaging member is positioned outside the slot and does not engage the engagement surface and the removable body member is removable from the main body member, wherein the engaging member is a plate having an asymmetrical radial width relative to the axis of rotation of the pin, and the portion of the engaging member which is received in the slot in the locked position has an enlarged radial width. a face having a ball striking surface configured for striking a ball; a main body member connected to the face and defining an internal volume between the face and the main body member, the main body member having a rear side opposite the face and a slot located in the rear side of the main body member, wherein an engagement surface is defined within the slot; a removable body member removably connected to the main body member; and a connecting element removably connecting the removable body member to the main body member, the connecting element comprising a pin rotatably mounted to the removable body member and an engaging member connected to the pin and extending outwardly from the pin, wherein the connecting element is moveable by rotation of the pin between a locked position, wherein at least a portion of the engaging member is received within the slot to engage the engagement surface to retain the removable body member to the main body member, and an unlocked position, where the engaging member is positioned outside the slot and does not engage the engagement surface and the removable body member is removable from the main body member, wherein the engaging member is a plate having an asymmetrical radial width relative to the axis of rotation of the pin, and the portion of the engaging member which is received in the slot in the locked position has an enlarged radial width.
Cooling system for a dynamoelectric machine comprising • a cooling jacket for mounting on an outer circumference of a stator of the dynamoelectric machine, • a housing for receiving the stator with the mounted cooling jacket in such a way that a cavity which can be filled with a liquid cooling medium remains between an outer wall of the cooling jacket and an inner wall of the housing, an inlet opening for the inflow of the cooling medium into an inlet region and an outlet opening for the outflow of the cooling medium from an outlet region of the cavity being arranged on the housing, and • a barrier element which is connected to the cooling jacket for the spatial separation of the inlet region from the outlet region, the pressure in the inlet region being greater than the pressure in the outlet region in the case of a forced coolant flow, characterized in that the barrier element is designed in such a way that it presses against the inner wall of the housing in the case of an increasing pressure difference of the cooling medium in the inlet and outlet region (6, 7), the barrier element bearing tightly at an end which faces the housing against the inner wall of the housing in the direction of the inlet region, and the barrier element having an elastic structure at least in the region of the end which faces the housing, which elastic structure can be pressed onto the inner wall of the housing by way of said pressure difference. • a cooling jacket for mounting on an outer circumference of a stator of the dynamoelectric machine, • a housing for receiving the stator with the mounted cooling jacket in such a way that a cavity which can be filled with a liquid cooling medium remains between an outer wall of the cooling jacket and an inner wall of the housing, an inlet opening for the inflow of the cooling medium into an inlet region and an outlet opening for the outflow of the cooling medium from an outlet region of the cavity being arranged on the housing, and • a barrier element which is connected to the cooling jacket for the spatial separation of the inlet region from the outlet region,
Combined cycle power plant comprising: - an Rankine cycle with a turbine, an exhaust gas heat exchanger, a pump, a condenser and a first generator driven by the turbine, - a multi shaft gas turbine cycle with three compressor stages (21, 22, 23) and two intercoolers (27, 28), a combustor, at least one turbine stage (24, 24',24",24"') and a second generator driven by the at least one turbine stage (24, 24', 24", 24"'), - wherein in each compressing air path between the compressor stages (21,22,23) an intercooler (27,28) is arranged such that a temperature of the compressed air for the combustor is decreased, and wherein the cold side path from the intercoolers (27, 28) are connected in parallel to the exhaust gas exchanger of the Rankine cycle, such that the waste heat from the intercoolers (27, 28) are feeding the Rankine cycle in addition to the exhaust gas heat from the exhaust gas heat exchanger, c h aracterized in that each of intercooler (27,28) is connected in parallel to the exhaust gas heat exchanger of the Rankine cycle. - an Rankine cycle with a turbine, an exhaust gas heat exchanger, a pump, a condenser and a first generator driven by the turbine, - a multi shaft gas turbine cycle with three compressor stages (21, 22, 23) and two intercoolers (27, 28), a combustor, at least one turbine stage (24, 24',24",24"') and a second generator driven by the at least one turbine stage (24, 24', 24", 24"'), - wherein in each compressing air path between the compressor stages (21,22,23) an intercooler (27,28) is arranged such that a temperature of the compressed air for the combustor is decreased, and wherein the cold side path from the intercoolers (27, 28) are connected in parallel to the exhaust gas exchanger of the Rankine cycle, such that the waste heat from the intercoolers (27, 28) are feeding the Rankine cycle in addition to the exhaust gas heat from the exhaust gas heat exchanger, c h aracterized in that each of intercooler (27,28) is connected in parallel to the exhaust gas heat exchanger of the Rankine cycle.
An isolated oligonucleotide sequence encoding a mutated version of human nucleophosmin protein NP_002511 characterized by having a cytoplasmic location, comprising a mutation resulting in loss of at least one of the tryptophan residues at positions 288 and 290, comprising a signal motif of nuclear export in the C-terminal region and said C-terminal region includes VSLRK (SEQ ID No. 29).
A process for the preparation of an aromatic aldehyde by means of the oxidation of the corresponding starting compound in aqueous medium, and separation of said aldehyde from said medium by simultaneous pervaporation through an organophilic membrane.
Method for serially transmitting data in a bus system having at least two bus subscribers which interchange messages via the bus, the transmitted messages having a logical structure according to the ISO 11898-1 CAN standard, the logical structure comprising a start-of-frame bit, an arbitration field, a control field, a data field, a CRC field, an acknowledge field and an end-of-frame sequence, the control field comprising a data length code containing an item of information relating to the length of the data field, characterized in that, when a first identification is present, the control field of the messages comprises more than six bits in a manner differing from the ISO 11898-1 CAN standard, the first identification being effected by means of a recessive bit in the control field and, when the first identification is present, the recessive bit of the first identification being followed by at least one dominant bit (r0, r1) in all data messages.
A subscriber identification server configured for use within an IP Connectivity Access Network, IP-CAN, the subscriber identification server comprising: a receiver configured to receive an identity request message from an application server of a third-party service provider that can provide a service to a subscriber of the IP-CAN, the identity request message including an IP address and port number; a processor configured to use routing information stored at the subscriber identification server to identify any Network Address Translation, NAT, functions and proxy servers within the IP-CAN which messages sent between the subscriber and the application server traverse, and to cause the subscriber identification server to successively interact with each identified NAT function and proxy server in order to resolve the IP address and port number received from the application server to an internal IP address and an internal port number initially allocated to the subscriber within the IP-CAN and to be used as a subscriber identifier associated with the subscriber by the IP-CAN, and to generate an identity response including the subscriber identifier; and a transmitter configured to send the identity response to the application server. a receiver configured to receive an identity request message from an application server of a third-party service provider that can provide a service to a subscriber of the IP-CAN, the identity request message including an IP address and port number; a processor configured to use routing information stored at the subscriber identification server to identify any Network Address Translation, NAT, functions and proxy servers within the IP-CAN which messages sent between the subscriber and the application server traverse, and to cause the subscriber identification server to successively interact with each identified NAT function and proxy server in order to resolve the IP address and port number received from the application server to an internal IP address and an internal port number initially allocated to the subscriber within the IP-CAN and to be used as a subscriber identifier associated with the subscriber by the IP-CAN, and to generate an identity response including the subscriber identifier; and a transmitter configured to send the identity response to the application server.
Device for the manufacturing of containers from thermoplastic preforms, with a working wheel rotating around a, in particular, vertical axis of rotation, on which stations (S1... S12) with moulds are provided sequentially arranged in the circumferential direction for holding and, in particular, for shaping the containers and that circulate with the working wheel, wherein, preferably, a valve unit is assigned to each station (S1... S12) for the supply of a fluid, which is, in particular, under pressure, and the moulds can be opened for the removal of the containers, containing: thrust bearings (51, 52; 53, 54) for securing the closed moulds against opening caused by internal pressure, wherein the thrust bearings (51, 52; 53, 54) and moulds are able to move relative to each other between a pressure holding position in which the thrust bearings apply external pressure to the closed moulds on opposite sides of the moulds and another position in which the thrust bearings do not pressurize the moulds, characterized in that the moulds can be moved between the stationary thrust bearings and can be moved back again.
An application apparatus for dental compounds comprising a connector for a dispensing container arranged at a rear end; and a passage which extends from the connector up to a passage opening (27, 34) arranged at a front end, wherein areal projections (28, 30, 32) which include a reception space (29, 31, 33) for the dental compound between them are formed at the front end, and wherein the areal projections (28, 30, 32) are formed as elastic, characterized in that the passage opening (27, 34) is arranged at a front end face of the application apparatus.
A method for manufacturing a plurality of porous ceramic particles, said method comprising at least two batch spray fluidization forming cycles comprising a first cycle and a second cycle, wherein the first cycle comprises: preparing a first initial batch of ceramic particles having an average particle size of at least 100 microns and not greater than 2000 microns, and forming the first initial batch into a first processed batch of porous ceramic particles using spray fluidization, wherein the first processed batch of porous ceramic particles has an average particle size (d 50) at least 10% greater than the average particle size (d 50) of the first initial batch of ceramic particles; and wherein the second cycle comprises: preparing a second initial batch of ceramic particles from the first processed batch of ceramic particles, and forming the second initial batch into a second processed batch of porous ceramic particles using spray fluidization, wherein the second processed batch of porous ceramic particles has an average particle size (d 50) at least 10% greater than an average particle size (d 50) of the second initial batch of ceramic particles. preparing a first initial batch of ceramic particles having an average particle size of at least 100 microns and not greater than 2000 microns, and forming the first initial batch into a first processed batch of porous ceramic particles using spray fluidization, wherein the first processed batch of porous ceramic particles has an average particle size (d 50) at least 10% greater than the average particle size (d 50) of the first initial batch of ceramic particles; and preparing a second initial batch of ceramic particles from the first processed batch of ceramic particles, and forming the second initial batch into a second processed batch of porous ceramic particles using spray fluidization, wherein the second processed batch of porous ceramic particles has an average particle size (d 50) at least 10% greater than an average particle size (d 50) of the second initial batch of ceramic particles.
A secondary battery comprising: an electrode assembly in which a plurality of electrodes and a plurality of separators are alternately stacked to each other and wound; characterized in that the secondary battery further comprises: an internal insulating tape attached to an inner surface of one of the electrodes, wherein an attachment starting point (a) and an attachment ending point (b) are disposed in a line that is directed to a winding center of the electrode assembly, and the internal insulating tape surrounds a central portion of the electrode assembly once; and an external insulating tape attached to an outer surface of said electrode corresponding to the internal insulating tape, wherein an attachment starting point (c) and an attachment ending point (d) are disposed in a line that is directed to the winding center of the electrode assembly, and the external insulating tape surrounds the central portion of the electrode assembly once. an electrode assembly in which a plurality of electrodes and a plurality of separators are alternately stacked to each other and wound; characterized in that the secondary battery further comprises: an internal insulating tape attached to an inner surface of one of the electrodes, wherein an attachment starting point (a) and an attachment ending point (b) are disposed in a line that is directed to a winding center of the electrode assembly, and the internal insulating tape surrounds a central portion of the electrode assembly once; and an external insulating tape attached to an outer surface of said electrode corresponding to the internal insulating tape, wherein an attachment starting point (c) and an attachment ending point (d) are disposed in a line that is directed to the winding center of the electrode assembly, and the external insulating tape surrounds the central portion of the electrode assembly once. an internal insulating tape attached to an inner surface of one of the electrodes, wherein an attachment starting point (a) and an attachment ending point (b) are disposed in a line that is directed to a winding center of the electrode assembly, and the internal insulating tape surrounds a central portion of the electrode assembly once; and an external insulating tape attached to an outer surface of said electrode corresponding to the internal insulating tape, wherein an attachment starting point (c) and an attachment ending point (d) are disposed in a line that is directed to the winding center of the electrode assembly, and the external insulating tape surrounds the central portion of the electrode assembly once.