mhurhangee/ep-ind-claims huggingface dataset:
A machine for making filled pasta comprising a first feeding device for feeding a first layer of pasta dough, a second feeding device for feeding a second layer of pasta dough and a shaping device for shaping the filled pasta, located downstream of the first and second feeding devices (9, 10), with reference to the direction of unrolling the first and second layers (7, 8) of pasta dough; the shaping device being configured to advance the first and second layers (7, 8) of pasta dough and is also configured, while it advances them, to shape the first and second layers (7, 8) in such a way as to receive the filling and to seal the first and second dough layers (7, 8) to each other to define the joining zone; the machine being characterized in that it is configured to control the advancing of the first and second layers (7, 8) of pasta dough by the respective feeding device (9, 10) in such a way that at least along a first stretch of the path of the first layer of dough between the first feeding device for feeding the first layer of pasta dough and the shaping device, an excess length of the first layer of pasta dough forms by gravity a respective bend along the unrolling direction and at least along a first stretch of the path of the second layer of dough between the second feeding device for feeding the second layer of pasta dough and the shaping device, an excess length of the second layer of pasta dough forms by gravity a respective bend along the unrolling direction. the shaping device being configured to advance the first and second layers (7, 8) of pasta dough and is also configured, while it advances them, to shape the first and second layers (7, 8) in such a way as to receive the filling and to seal the first and second dough layers (7, 8) to each other to define the joining zone; the machine being characterized in that it is configured to control the advancing of the first and second layers (7, 8) of pasta dough by the respective feeding device (9, 10) in such a way that at least along a first stretch of the path of the first layer of dough between the first feeding device for feeding the first layer of pasta dough and the shaping device, an excess length of the first layer of pasta dough forms by gravity a respective bend along the unrolling direction and at least along a first stretch of the path of the second layer of dough between the second feeding device for feeding the second layer of pasta dough and the shaping device, an excess length of the second layer of pasta dough forms by gravity a respective bend along the unrolling direction.
A building system, in particular a residential building or work building, comprising a ceiling and outer walls which are constructed on a base, the support structure of which is made of posts between the base and the ceiling, said posts being arranged substantially with a grid spacing, wherein the foot ends of the posts comprise protruding first pins which engage into first pin holes of a foot sill which is arranged on the base at the edges, and in which the pin holes are formed in the foot sill with the grid spacing, and wherein the head ends of the posts have second pins which are inserted into a top beam which is arranged on the ceiling, which has second pin holes formed in the top beam with the grid spacing, wherein the top beam is arranged on the ceiling at the edges, characterised in that the head ends of the posts have a ledge which is oriented towards the building interior, on which an edge beam (18, 27) is placed for receiving ceiling beams of the ceiling, and in that a windproof insulating film is introduced between the ledge (23, 28) of the posts (12, 25) and the edge beam (18, 27). the foot ends of the posts comprise protruding first pins which engage into first pin holes of a foot sill which is arranged on the base at the edges, and in which the pin holes are formed in the foot sill with the grid spacing, and wherein the head ends of the posts have second pins which are inserted into a top beam which is arranged on the ceiling, which has second pin holes formed in the top beam with the grid spacing, wherein the top beam is arranged on the ceiling at the edges, characterised in that the head ends of the posts have a ledge which is oriented towards the building interior, on which an edge beam (18, 27) is placed for receiving ceiling beams of the ceiling, and in that a windproof insulating film is introduced between the ledge (23, 28) of the posts (12, 25) and the edge beam (18, 27).
A railroad tie formed of a polymeric or polymeric composite material, the tie comprising at least a top longitudinal surface, a pair of side longitudinal surfaces, a bottom longitudinal surface, and two end faces, wherein: at least the bottom longitudinal surface comprises a plurality of indentations (21, 23) formed along a length of the bottom longitudinal surface; characterized in that at least one serrated edge portion having a plurality of serrations is formed along at least part of the longitudinal length of the tie at an edge between at least one of the side longitudinal surfaces and the bottom longitudinal surface, wherein the plurality of serrations includes sidewalls which form an angle with respect to a longitudinal axis of the railroad tie, and wherein the plurality of indentations (21, 23) and the at least one serrated edge portion are configured to provide increased mechanical interaction between the tie and an underlying ballast. at least the bottom longitudinal surface comprises a plurality of indentations (21, 23) formed along a length of the bottom longitudinal surface; characterized in that at least one serrated edge portion having a plurality of serrations is formed along at least part of the longitudinal length of the tie at an edge between at least one of the side longitudinal surfaces and the bottom longitudinal surface, wherein the plurality of serrations includes sidewalls which form an angle with respect to a longitudinal axis of the railroad tie, and wherein the plurality of indentations (21, 23) and the at least one serrated edge portion are configured to provide increased mechanical interaction between the tie and an underlying ballast. wherein the plurality of serrations includes sidewalls which form an angle with respect to a longitudinal axis of the railroad tie, and wherein the plurality of indentations (21, 23) and the at least one serrated edge portion are configured to provide increased mechanical interaction between the tie and an underlying ballast.
A combination comprising an NS5A-targeting compound and an NS5A synergist, which, when administered, provides synergistic anti-HCV activity against variants that contain mutation(s) conferring resistance to the NS5A-targeting compound alone which is greater than three fold increase in EC 50 potency than the potency of the NS5A-targeting compound alone; wherein the NS5A-targeting compound is and wherein the NS5A synergist is selected among: wherein R is selected from wherein R is selected from wherein R is wherein R is selected from wherein R is selected from wherein R is selected from wherein R is selected from wherein R is selected from wherein R is selected from wherein R is selected from wherein R is selected from wherein R is selected from wherein R is selected from wherein R is wherein R is selected from wherein R is selected from wherein R is selected from wherein R is selected from Et; n-Pr; n-Bu; wherein R is selected from Bn; Et; Pr; Bu; i-Pr; wherein R is selected from wherein R is selected from wherein R is selected from Bn; i-Bu; Et; Pr; Bu; i-Pr; wherein R is selected from wherein R is selected from
A method for generating a static sprite from at least an initial input image, comprising the step of: processing an interlaced source as two independent inputs for a first field and a second field of the interlaced source; for each of the two independent inputs: determining motion parameter data of at least a first input image and a second input image, wherein the first input image and the second input image precede the initial input image and wherein the first input image and the second input image are associated with an initial sprite; providing an initial estimate of motion parameter data for the initial input image based on the motion parameter data of the at least first input image and the second input image; warping the initial input image based on the initial estimate; and generating a field sprite by blending the warped initial input image with the initial sprite; and demultiplexing the field sprite for each of the two independent inputs; and combining the demultiplexed field sprites for each of the two independent inputs into the static sprite, wherein the static sprite is a still image that represents a visible scene that includes portions of the first input image, the second input image, and the initial input image. processing an interlaced source as two independent inputs for a first field and a second field of the interlaced source; for each of the two independent inputs: determining motion parameter data of at least a first input image and a second input image, wherein the first input image and the second input image precede the initial input image and wherein the first input image and the second input image are associated with an initial sprite; providing an initial estimate of motion parameter data for the initial input image based on the motion parameter data of the at least first input image and the second input image; warping the initial input image based on the initial estimate; and generating a field sprite by blending the warped initial input image with the initial sprite; and determining motion parameter data of at least a first input image and a second input image, wherein the first input image and the second input image precede the initial input image and wherein the first input image and the second input image are associated with an initial sprite; providing an initial estimate of motion parameter data for the initial input image based on the motion parameter data of the at least first input image and the second input image; warping the initial input image based on the initial estimate; and generating a field sprite by blending the warped initial input image with the initial sprite; and demultiplexing the field sprite for each of the two independent inputs; and combining the demultiplexed field sprites for each of the two independent inputs into the static sprite, wherein the static sprite is a still image that represents a visible scene that includes portions of the first input image, the second input image, and the initial input image.
An artificial respiration system, comprising: - a helmet provided with a container body, in which a patient's head can be accommodated, provided with an open end, a resiliently yielding collar which can be sealingly coupled to the patient's neck and adapted to close the open end of said container body, inflow means of at least a first breathable gas within a volume enclosed by the container body and by the collar, wherein the inflow means are connectable to a first supply circuit of the first breathable gas; and outflow means from which the gases exhaled by the patient come out of said volume; - a nasal cannula provided with a flexible tube at a first end whereof a nasal dispenser is fixed for the administration of a second breathable gas directly into a patient's nose, wherein at least one portion of the flexible tube and the nasal dispenser of the nasal cannula are arranged inside the volume enclosed by the container body and by the collar of the helmet, characterized in that the helmet is provided with a through opening adapted to put the outside of the helmet in communication with said inner volume; at least one portion of the nasal cannula being sealingly connected to said through opening of the helmet. - a helmet provided with a container body, in which a patient's head can be accommodated, provided with an open end, a resiliently yielding collar which can be sealingly coupled to the patient's neck and adapted to close the open end of said container body, inflow means of at least a first breathable gas within a volume enclosed by the container body and by the collar, wherein the inflow means are connectable to a first supply circuit of the first breathable gas; and outflow means from which the gases exhaled by the patient come out of said volume; - a nasal cannula provided with a flexible tube at a first end whereof a nasal dispenser is fixed for the administration of a second breathable gas directly into a patient's nose, wherein at least one portion of the flexible tube and the nasal dispenser of the nasal cannula are arranged inside the volume enclosed by the container body and by the collar of the helmet,
A method of dry granulating racecadotril in the presence of a hydrophilic excipient and a starch-based disintegrant, said method being carried out by means of a dry granulation technique by operating the compaction step with a compaction strength between 4 and 20 kN, and the step of grinding and calibration of the slugs/ribbon so as to obtain a granulate in which not more than 50% by weight of the product has a particle size of less than 90 micron.
A process for removing heavy metals from process fluids comprising passing a heavy-metal-containing process fluid, comprising a reductant selected from hydrogen and carbon monoxide, at an inlet temperature ≤ 125°C over a sorbent comprising (i) 5-50% by weight of one or more sulphided copper compounds selected from sulphided basic copper carbonate, sulphided copper hydroxide, sulphided copper oxide or mixtures of these, (ii) a support material, and (iii) a binder and the binder content of the sorbent is in the range 5-30% by weight, wherein essentially all of the sulphided copper is in the form of CuS and the total metal sulphide content of the sorbent, other than copper sulphide, is ≤ 5% wt. (i) 5-50% by weight of one or more sulphided copper compounds selected from sulphided basic copper carbonate, sulphided copper hydroxide, sulphided copper oxide or mixtures of these, (ii) a support material, and (iii) a binder and the binder content of the sorbent is in the range 5-30% by weight,
Gas sensor for detecting hydrogen or hydrogen-containing compounds in gases or fluids, comprising a substrate, a functional layer and a means for activating or cleaving hydrogen, characterised in that the functional layer consists of MgAl or MgAl (1-x) Ni x.
A method of a base station, comprising: the base station transmits to a User Equipment, in the following also referred to as UE, a control signal associated with a reference signal for beam measurement; and the base station transmits the reference signal for beam measurement to the UE, wherein the control signal triggers the reference signal for beam measurement which is transmitted aperiodically, and the control signal includes a beam-related information for transmitting the reference signal for beam measurement, characterized in that the control signal indicates a mapping between symbols used to carry the reference signal for beam measurement and beams on which the beam reference signal is transmitted. the base station transmits to a User Equipment, in the following also referred to as UE, a control signal associated with a reference signal for beam measurement; and the base station transmits the reference signal for beam measurement to the UE, wherein the control signal triggers the reference signal for beam measurement which is transmitted aperiodically, and the control signal includes a beam-related information for transmitting the reference signal for beam measurement, characterized in that the control signal indicates a mapping between symbols used to carry the reference signal for beam measurement and beams on which the beam reference signal is transmitted.
Item of vehicle furniture, having a first furniture part and a second furniture part, which are connected to each other by means of at least one crash element, wherein at least one crash element has a first fastening region for fastening to the first furniture part, a second fastening region for fastening to the second furniture part and, in between, an intermediate portion running in a meandering manner, characterized in that the first furniture part and the second furniture part are connected to each other by means of at least one auxiliary stiffening means (12; 13; 18; 26), and the auxiliary stiffening means (12; 13; 18; 26) withstands a predetermined failure load.
An error correction code circuit, comprising: a first error correction code circuit configured to generate correction data and first correction check bits according to received source data and received source check bits corresponding to the received source data; a second error correction code circuit connected to the first error correction code circuit, and configured to, according to the generated correction data and the received source check bits, determine whether the generated correction data is wrong and generate second correction check bits; and a comparison circuit connected with the first error correction code circuit and the second error correction code circuit, and configured to compare the generated first correction check bits with the generated second correction check bits in order to determine whether the generated first correction check bits are wrong, wherein each of the first error correction code circuit and the second error correction code circuit includes a single-error correction and double-error-detecting SEC-DED, circuit. a first error correction code circuit configured to generate correction data and first correction check bits according to received source data and received source check bits corresponding to the received source data; a second error correction code circuit connected to the first error correction code circuit, and configured to, according to the generated correction data and the received source check bits, determine whether the generated correction data is wrong and generate second correction check bits; and a comparison circuit connected with the first error correction code circuit and the second error correction code circuit, and configured to compare the generated first correction check bits with the generated second correction check bits in order to determine whether the generated first correction check bits are wrong, wherein each of the first error correction code circuit and the second error correction code circuit includes a single-error correction and double-error-detecting SEC-DED, circuit.
A method of displaying an event indication in a mobile terminal, the method comprising: detecting a first event corresponding to a first incoming communication, in response to the first incoming communication; displaying a first indication, in a form of a first pop-up box, to notify of the detected first event, the first indication including time information identifying a time of the detection of the first event; detecting a second event corresponding to a second incoming communication, in response to the second incoming communication; identifying whether a type of the detected second event is a same type of event as the detected first event; updating the first indication, being displayed in the form of the first pop-up box, to notify of the detected second event including time information identifying a time of the detection of the second event, when the type of the detected second event is the same type of event as the detected first event; and displaying a second indication, in a form of a second pop-up box, to notify of the detected second event, when the type of the detected second event is not the same type of event as the detected first event, the second indication including time information identifying a time of the detection of the second event. detecting a first event corresponding to a first incoming communication, in response to the first incoming communication; displaying a first indication, in a form of a first pop-up box, to notify of the detected first event, the first indication including time information identifying a time of the detection of the first event; detecting a second event corresponding to a second incoming communication, in response to the second incoming communication; identifying whether a type of the detected second event is a same type of event as the detected first event; updating the first indication, being displayed in the form of the first pop-up box, to notify of the detected second event including time information identifying a time of the detection of the second event, when the type of the detected second event is the same type of event as the detected first event; and displaying a second indication, in a form of a second pop-up box, to notify of the detected second event, when the type of the detected second event is not the same type of event as the detected first event, the second indication including time information identifying a time of the detection of the second event.
A pivot fitting for a seat, in particular vehicle seat, for adjusting an inclination of the seat between at least a use position and at least a non-use position, the pivot fitting comprising: - two fitting members (PF1, PF2) configured to interact with each other, wherein one of the fitting members is fixed and the other fitting member is moveable with respect to the fixed one, and - at least one detection unit which is configured to determine if the seat is in at least one of the use position, an intermediate inclined position or the non-use position, wherein the detection unit comprises a number of switches (S1, S2), wherein at least one switch is arranged in an upper section of the fixed fitting member to interact with the movable fitting member. - two fitting members (PF1, PF2) configured to interact with each other, wherein one of the fitting members is fixed and the other fitting member is moveable with respect to the fixed one, and - at least one detection unit which is configured to determine if the seat is in at least one of the use position, an intermediate inclined position or the non-use position, wherein the detection unit comprises a number of switches (S1, S2), wherein at least one switch is arranged in an upper section of the fixed fitting member to interact with the movable fitting member.
A food monitoring assembly comprising: a color sensor configured to measure a color of a food product; a RFID tag reader configured to identify a RFID tag on the food product; a controller in electrical communication with the color sensor and the RFID tag reader and configured to identify a type of the food product based on data from the RFID tag reader; and a communicator in electrical communication with the controller for communication with a remote location, characterised in that the controller is configured to: determine an acceptable color range for the food product based on the identification of the type of the food product; and determine if a current color of the food product measured by the color sensor is within the acceptable color range. a color sensor configured to measure a color of a food product; a RFID tag reader configured to identify a RFID tag on the food product; a controller in electrical communication with the color sensor and the RFID tag reader and configured to identify a type of the food product based on data from the RFID tag reader; and a communicator in electrical communication with the controller for communication with a remote location, characterised in that the controller is configured to: determine an acceptable color range for the food product based on the identification of the type of the food product; and determine if a current color of the food product measured by the color sensor is within the acceptable color range. determine an acceptable color range for the food product based on the identification of the type of the food product; and determine if a current color of the food product measured by the color sensor is within the acceptable color range.