mhurhangee/ep-ind-claims huggingface dataset:
A PON system wherein a station-side terminal apparatus and a subscriber-side terminal apparatus (10-1 to 10-3) are connected by using an optical line, wherein the subscriber-side terminal apparatus (10-1 to 10-3) comprises: an optical transmitter configured to transmit an optical signal to the station-side terminal apparatus; a PON control unit configured to perform processing on upstream data that is to be transmitted to the station-side terminal apparatus via the optical transmitter, and a transmission buffer configured to store the upstream data which is to be transmitted from the optical transmitter, wherein the subscriber-side terminal apparatus is configured to operate in power-saving modes including a first power-saving mode and a second power-saving mode and in a normal mode, wherein in the first power-saving mode, the optical transmitter, an upstream control message processing function part of the PON control unit and the transmission buffer are in a power-saving state, in the second power-saving mode, transmission and reception of a control message to and from the station-side terminal apparatus is possible, operation is performed in accordance with a control message received from the station-side terminal apparatus, and the transmission buffer is in a power-saving state, and in the normal mode, transmission and reception of data is possible, and wherein the station-side terminal apparatus includes: a control message transmitting unit configured to transmit control messages to the subscriber-side terminal apparatus (10-1 to 10-3), and a control unit configured to control transitions of the subscriber-side terminal apparatus between the normal mode and the first and second power saving modes by using a control message transmitted via the control message transmitting unit. an optical transmitter configured to transmit an optical signal to the station-side terminal apparatus; a PON control unit configured to perform processing on upstream data that is to be transmitted to the station-side terminal apparatus via the optical transmitter, and a transmission buffer configured to store the upstream data which is to be transmitted from the optical transmitter, a control message transmitting unit configured to transmit control messages to the subscriber-side terminal apparatus (10-1 to 10-3), and a control unit configured to control transitions of the subscriber-side terminal apparatus between the normal mode and the first and second power saving modes by using a control message transmitted via the control message transmitting unit.
A guard-locking device, with - an actuating part with two receivers (22a, 22b) which oppose one another, - and a guard-locking part with two bolt elements (20a, 20b) which are displaceable in each case along a common axis of movement at least between an inner retracted position in which the bolt elements (20a, 20b) are located outside the receivers (22a, 22b) and an outer closed position in which the bolt elements (20a, 20b) are received in at least one of the receivers (22a, 22b), - wherein at least one spring element (30a, 30b) is provided in order to act on the bolt elements (20a, 20b) in the direction of the closed position, - and wherein at least one locking element (50a, 50b) is movable at least between a released position in which the bolt elements (20a, 20b) are movable between the closed position and the retracted position, and a locked position in which the bolt elements (20a, 20b) are locked in the closed position, wherein - the locking element (50a, 50b) is a threaded element which is movable by rotation between the released position and the locked position. - an actuating part with two receivers (22a, 22b) which oppose one another, - and a guard-locking part with two bolt elements (20a, 20b) which are displaceable in each case along a common axis of movement at least between an inner retracted position in which the bolt elements (20a, 20b) are located outside the receivers (22a, 22b) and an outer closed position in which the bolt elements (20a, 20b) are received in at least one of the receivers (22a, 22b), - wherein at least one spring element (30a, 30b) is provided in order to act on the bolt elements (20a, 20b) in the direction of the closed position, - and wherein at least one locking element (50a, 50b) is movable at least between a released position in which the bolt elements (20a, 20b) are movable between the closed position and the retracted position, and a locked position in which the bolt elements (20a, 20b) are locked in the closed position, wherein - the locking element (50a, 50b) is a threaded element which is movable by rotation between the released position and the locked position.
A resistance annealing furnace to anneal at least one metal or metal alloy wire, strand, string, wire rod or strip, the annealing furnace comprising at least two electric axles provided with respective electric contact rings for conveying said metal or metal alloy wire, strand, string, wire rod or strip, and DC voltage generating means, which can be supplied by an AC voltage (Uac) to generate an annealing voltage (Uann) applied between the two electric axles so as to produce an electric current in the portion (16, 17) of the aluminium or metal alloy wire, strand, string, wire rod or strip extending between the two electric axles, which provokes an annealing due to the Joule effect; at least one of said electric contact rings being made of a non-metal electric conductor material.
A device for transferring fluids comprising: a piercing member having a distal end and a proximal end and defining a longitudinal fluid channel, an opening is positioned at the distal end of the piercing member, the opening in fluid communication with the longitudinal fluid channel; and a sleeve having a proximal end and a distal end, the sleeve having an extended position where the sleeve surrounds the piercing member and a retracted position where the sleeve is retracted from the distal end of the piercing member, the sleeve defining an opening at the distal end of the sleeve, wherein the proximal end of the piercing member is sealed with a proximal end of the retractable sleeve, characterized in that a gap is defined between the piercing member and the retractable sleeve and extends from the seal between the proximal end of the piercing member and the proximal end of the retractable sleeve to the distal end of the piercing member, the gap having a proximal end positioned at the seal between the proximal end of the piercing member and the proximal end of the retractable sleeve, and a distal end positioned at the distal end of the piercing member. a piercing member having a distal end and a proximal end and defining a longitudinal fluid channel, an opening is positioned at the distal end of the piercing member, the opening in fluid communication with the longitudinal fluid channel; and a sleeve having a proximal end and a distal end, the sleeve having an extended position where the sleeve surrounds the piercing member and a retracted position where the sleeve is retracted from the distal end of the piercing member, the sleeve defining an opening at the distal end of the sleeve, wherein the proximal end of the piercing member is sealed with a proximal end of the retractable sleeve, characterized in that a gap is defined between the piercing member and the retractable sleeve and extends from the seal between the proximal end of the piercing member and the proximal end of the retractable sleeve to the distal end of the piercing member, the gap having a proximal end positioned at the seal between the proximal end of the piercing member and the proximal end of the retractable sleeve, and a distal end positioned at the distal end of the piercing member.
A digital circuit (100, 200, 400) on a chip for communicating multiple data items over a communication port, the digital circuit (100, 200, 400) comprising: design logic to generate the multiple data items clocked by a design clock (109, 203, 403); synchronization logic driven by the design clock (109, 203, 403) and a transmission clock (103, 201, 405) to generate synchronization signals, the design clock (109, 203, 403) being asynchronous with the transmission clock (103, 201, 405), wherein the synchronization logic comprises resettable counter logic (213, 409) clocked by the transmission clock (103, 201, 405); and multiplexing logic (111, 215, 415) coupled with the design logic and the synchronization logic to transmit the synchronization signals and the multiple data items over the communication port according to the transmission clock, wherein the synchronization logic further includes a reset logic clocked by the design clock (109, 203, 403) to generate a reset signal to reset the counter logic (213, 409). design logic to generate the multiple data items clocked by a design clock (109, 203, 403); synchronization logic driven by the design clock (109, 203, 403) and a transmission clock (103, 201, 405) to generate synchronization signals, the design clock (109, 203, 403) being asynchronous with the transmission clock (103, 201, 405), wherein the synchronization logic comprises resettable counter logic (213, 409) clocked by the transmission clock (103, 201, 405); and multiplexing logic (111, 215, 415) coupled with the design logic and the synchronization logic to transmit the synchronization signals and the multiple data items over the communication port according to the transmission clock, wherein the synchronization logic further includes a reset logic clocked by the design clock (109, 203, 403) to generate a reset signal to reset the counter logic (213, 409).
A Demodulation Reference Signal, DMRS, configuration method comprising: determining, by a first device according to a number of time domain symbols occupied by resources for transmitting a Physical Sidelink Share Channel, PSSCH, in one time slot, time domain positions of one or more DMRSs in the resources for transmitting the PSSCH, wherein the time domain positions of the one or more DMRSs in the resources for transmitting the PSSCH comprise: the DMRSs are located at a first time domain symbol and a last time domain symbol of the resources for transmitting the PSSCH; or the DMRS is located at a time domain symbol at a middle position of the resources for transmitting the PSSCH; or the DMRS is located at the first time domain symbol of the resources for transmitting the PSSCH, wherein the number of the time domain symbols occupied by the resources for transmitting the PSSCH is greater than or equal to 2 and is less than or equal to 4. determining, by a first device according to a number of time domain symbols occupied by resources for transmitting a Physical Sidelink Share Channel, PSSCH, in one time slot, time domain positions of one or more DMRSs in the resources for transmitting the PSSCH, wherein the time domain positions of the one or more DMRSs in the resources for transmitting the PSSCH comprise: the DMRSs are located at a first time domain symbol and a last time domain symbol of the resources for transmitting the PSSCH; or the DMRS is located at a time domain symbol at a middle position of the resources for transmitting the PSSCH; or the DMRS is located at the first time domain symbol of the resources for transmitting the PSSCH, wherein the number of the time domain symbols occupied by the resources for transmitting the PSSCH is greater than or equal to 2 and is less than or equal to 4. the DMRSs are located at a first time domain symbol and a last time domain symbol of the resources for transmitting the PSSCH; or the DMRS is located at a time domain symbol at a middle position of the resources for transmitting the PSSCH; or the DMRS is located at the first time domain symbol of the resources for transmitting the PSSCH, wherein the number of the time domain symbols occupied by the resources for transmitting the PSSCH is greater than or equal to 2 and is less than or equal to 4.
A pharmaceutical composition for use in: (a) treating a central nervous system tumor in a subject exhibiting at least one CNS abnormality; or (b) preventing or treating a secondary CNS tumor from a primary cancer in a subject exhibiting at least one CNS abnormality, the composition comprising Coenzyme Q10, wherein the CNS abnormality is a sign or symptom of the CNS tumor or the secondary CNS tumor that results in a change in behavior or physical well being of the subject, and wherein treatment of the subject results in amelioration of the at least one CNS abnormality in the subject. (a) treating a central nervous system tumor in a subject exhibiting at least one CNS abnormality; or (b) preventing or treating a secondary CNS tumor from a primary cancer in a subject exhibiting at least one CNS abnormality,
A heat sealable flexible film structure comprising: a layer comprising a blend comprising from 35 to 80 percent by weight of the layer of a propylene based plastomer or elastomer ("PBPE") and from 20 to 65 percent by weight of the layer of a low density polyethylene having a density in the range of from 0.915 g/cm 3 to 0.935 g/cm 3, wherein the blend has a melt index (as determined according to ASTM D-1238 (at 190°C/2.16 Kg)) and wherein the PBPE has a molecular weight distribution of 3.5 or less; a layer, adjacent to layer, comprising a polyolefin-based polymer, wherein the polymer or polymer blend which makes up layer has a melt index (as determined according to ASTM D-1238 at 190° C/2.16 kg) which is equal to or higher than the melt index of the blend of layer; and an outermost layer comprising a material having a melting point greater than 140°C; wherein the ratio of the thickness of layer to the thickness of layer is 3:1 or greater. a layer comprising a blend comprising from 35 to 80 percent by weight of the layer of a propylene based plastomer or elastomer ("PBPE") and from 20 to 65 percent by weight of the layer of a low density polyethylene having a density in the range of from 0.915 g/cm 3 to 0.935 g/cm 3, wherein the blend has a melt index (as determined according to ASTM D-1238 (at 190°C/2.16 Kg)) and wherein the PBPE has a molecular weight distribution of 3.5 or less; a layer, adjacent to layer, comprising a polyolefin-based polymer, wherein the polymer or polymer blend which makes up layer has a melt index (as determined according to ASTM D-1238 at 190° C/2.16 kg) which is equal to or higher than the melt index of the blend of layer; and an outermost layer comprising a material having a melting point greater than 140°C; wherein the ratio of the thickness of layer to the thickness of layer is 3:1 or greater.
A method for the removal of nitrogen oxides from exhaust, flue or off gas by selective catalytic reduction in presence of ammonia as a reductant, comprising the steps of contacting the exhaust gas together with the ammonia or a precursor thereof with an SCR catalyst comprising a Fe-AEI zeolite material essentially free of alkali metal ions (Alk), having the following molar compositions: SiO 2: o Al 2 O 3: p Fe: q Alk wherein o is in the range from 0.02 to 0.07; wherein p is in the range from 0.01 to 0.07 and q is below 0.001; and wherein Alk is sodium and wherein the sodium is essentially absent in the catalyst. wherein o is in the range from 0.02 to 0.07; wherein p is in the range from 0.01 to 0.07 and q is below 0.001; and wherein Alk is sodium and wherein the sodium is essentially absent in the catalyst.
A method for manufacturing a mandibular advancement splint comprising an upper part splint for connection to the upper jaw and a lower part splint for connection to the lower jaw of a patient, guide means being provided for mutually guiding the two part splints (11, 12) during a biting movement, which guide the lower jaw via a predetermined guide path into a predetermined therapy position, a set of individual patient data (1, 4, 5, 6, 7, 8, 9, 20) of the temporomandibular-joint apparatus (2, 3) being recorded, characterized in that the guide path being determined from the individual patient data (1, 4, 5, 6, 7, 8, 9) and in that the guide means are manufactured in accordance with the guide path, wherein the curve shape of a joint path between the condyle of the lower jaw and the glenoid fossa of the upper jaw is determined from the individual patient data, and wherein the guide path is determined from the course of the joint path and the guide means are manufactured in accordance with the guide path.
A compressor/expander machine having a housing in which there is arranged a compressor/expander unit for a medium that is guided in at least one inner space (22, 86) of the housing, and having an electrical connecting unit that is arranged on the housing, comprising at least one electrical lead-through that is arranged on the housing and leads into at least one inner space (22, 86) for establishing an electrical connection to at least one electrical unit (74, 96) that is arranged in the housing, wherein the electrical lead-through comprises a mounting body that is mounted on the housing as a separate element as well as electrical contact elements that are seated therein, wherein the mounting body comprises a first mounting body sealing surface which is remote from the at least one inner space (22, 86) and surrounds the electrical contact elements in closed manner and which runs transverse to a compressive force that acts on the lead-through due to the medium under pressure in the at least one inner space (22, 86) and which cooperates in sealing manner with a first housing sealing surface of the housing that faces the at least one inner space (22, 86) as well as this first mounting body sealing surface, wherein a first sealing element is arranged between the first mounting body sealing surface and the first housing sealing surface, and wherein the mounting body is fixed to the housing by at least one holding element, which holds the mounting body in such a way that the first mounting body sealing surface is located in a sealing disposition relative to the first housing sealing surface characterised in that the mounting body comprises a second mounting body sealing surface, which surrounds the whole of the electrical contact elements in closed manner and runs transverse to the first mounting body sealing surface and in that the housing comprises a second housing sealing surface which runs transverse to the first housing sealing surface and cooperates with the second mounting body sealing surface in sealing manner, in that the second mounting body sealing surface and the second housing sealing surface are arranged in cooperating manner on a side of the first mounting body sealing surface and the first housing sealing surface that faces the at least one inner space (22, 86), and in that a second sealing element, in particular a sealing ring, is arranged between the second mounting body sealing surface and the second housing sealing surface.
Multi-part ladder with an inner ladder movable along a further ladder such as a middle or outer ladder, the inner ladder having treads (44, 46, 48) from the group of rung and step (46, 48, 100, 200, 300) extending between stiles (40, 42) and the further ladder having rungs (24, 26, 28, 50) extending between stiles (16, 18), wherein the bottom tread of the inner ladder is a rung and all further treads of the inner ladder except for the rung are steps (46, 48, 100, 200, 300).
A vehicle control apparatus, comprising: a control unit configured for switching operation modes of a plurality of driving mechanisms at different timings in accordance with an operation mode switching trigger of a vehicle,and a determination unit configured for determining, in accordance with the switching trigger for switching the operation mode of the vehicle from a first mode to a second mode, switching timings of switching the operation modes of the plurality of driving mechanisms from the first mode to the second mode characterized in that the vehicle control apparatus comprises an identification unit configured for performing individual identification of a driver, the determination unit determining the switching timings of the operation modes of the plurality of driving mechanisms in accordance with a result of the individual identification of the driver. a control unit configured for switching operation modes of a plurality of driving mechanisms at different timings in accordance with an operation mode switching trigger of a vehicle,and a determination unit configured for determining, in accordance with the switching trigger for switching the operation mode of the vehicle from a first mode to a second mode, switching timings of switching the operation modes of the plurality of driving mechanisms from the first mode to the second mode characterized in that the vehicle control apparatus comprises an identification unit configured for performing individual identification of a driver, the determination unit determining the switching timings of the operation modes of the plurality of driving mechanisms in accordance with a result of the individual identification of the driver.
Aircraft pylon comprising a primary structure comprising structural tubes (30, 32, 34) and a pipe segment having an internal duct, each structural tube (30, 32, 34) comprising a tubular wall (P30, P32, P34) that separates an interior zone (Zi) from an exterior zone (Ze), the internal duct of the pipe segment being positioned in the interior zone (Zi) of at least one of the structural tubes (30, 32, 34) of the primary structure, and the primary structure comprising at least one first or second passage hole (48, 48') passing through at least one of the tubular walls (P30, P32, P34) of the structural tubes (30, 32, 34) of the primary structure, the first or second passage hole (48, 48') being configured to allow the internal duct to pass therethrough, the pylon comprising an upstream and/or downstream pipe segment (40, 42) comprising an external duct which forms, with the internal duct, a twin-walled pipe, the external duct comprising an end (76.1) oriented towards one of the structural tubes (30, 34) of the primary structure and the pylon comprising a leak-tight connection connecting the end (76.1) of the external duct and one of the structural tubes (30, 34) of the primary structure, characterized in that this connection comprises: a. an end wall fitted to the end (76.1) of the external duct and held clamped against the tubular wall (P30, P34) of the structural tube (30, 34) all around the first or second passage hole (48, 48'), this end wall having a passage orifice through which the internal duct passes, b. a tubular extension that prolongs the passage orifice and is push-fitted into the first or second passage hole (48, 48'), c. at least one first seal, surrounding the first or second passage hole (48, 48'), interposed between the end wall and the tubular wall (P30, P34) of the structural tube (30, 34), d. at least one second seal interposed between the internal duct and the tubular extension. a. an end wall fitted to the end (76.1) of the external duct and held clamped against the tubular wall (P30, P34) of the structural tube (30, 34) all around the first or second passage hole (48, 48'), this end wall having a passage orifice through which the internal duct passes, b. a tubular extension that prolongs the passage orifice and is push-fitted into the first or second passage hole (48, 48'), c. at least one first seal, surrounding the first or second passage hole (48, 48'), interposed between the end wall and the tubular wall (P30, P34) of the structural tube (30, 34), d. at least one second seal interposed between the internal duct and the tubular extension.