mhurhangee/ep-ind-claims huggingface dataset:
A heat pump system (1, 201, 301) comprising: a heat pump circuit having at least a compression mechanism including a low-stage compression mechanism and a high-stage compression mechanism having a fixed capacity ratio relationship, an expansion mechanism (3, 8a), and an evaporator, refrigerant being circulated through the heat pump circuit; load distribution means (91, 392a, 392b) for establishing the load distribution between a first heat load (90A, 390A) subjected to a heating process by heat exchange with a refrigerant discharged from the low-stage compression mechanism, and a second heat load (90B, 390B) subjected to a heating process by heat exchange with a refrigerant discharged from the high-stage compression mechanism; characterized in that the heat pump system (1, 201, 301) further comprises a controller for performing a distribution control for operating the load distribution means so as to reduce the difference between the temperature of the refrigerant that has been discharged from the low-stage compression mechanism and then ended heat exchange with the first heat load (90A, 390A), and the temperature of the refrigerant that has been discharged from the high-stage compression mechanism and then ended heat exchange with the second heat load (90B, 390B). a heat pump circuit having at least a compression mechanism including a low-stage compression mechanism and a high-stage compression mechanism having a fixed capacity ratio relationship, an expansion mechanism (3, 8a), and an evaporator, refrigerant being circulated through the heat pump circuit; load distribution means (91, 392a, 392b) for establishing the load distribution between a first heat load (90A, 390A) subjected to a heating process by heat exchange with a refrigerant discharged from the low-stage compression mechanism, and a second heat load (90B, 390B) subjected to a heating process by heat exchange with a refrigerant discharged from the high-stage compression mechanism; characterized in that the heat pump system (1, 201, 301) further comprises a controller for performing a distribution control for operating the load distribution means so as to reduce the difference between the temperature of the refrigerant that has been discharged from the low-stage compression mechanism and then ended heat exchange with the first heat load (90A, 390A), and the temperature of the refrigerant that has been discharged from the high-stage compression mechanism and then ended heat exchange with the second heat load (90B, 390B).
Method for preparing N,N' -unsubstituted carboxamidines of general formula or a salt thereof R 1 -C(=NH)-NH 2 Formula wherein the following applies to the group R 1: R 1 = linear or branched C 1 to C 20 alkyl, C 3 to C 20 cycloalkyl, C 4 to C 20 cycloalkylalkyl, C 6 to C 20 aryl, and C 7 to C 20 arylalkyl, wherein said groups can be mono- or polysubstituted and the substituents are selected from the group consisting of fluorine, chlorine, C 1 to C 8 alkyloxy, C 6 to C 8 aryloxy, and C 1 to C 8 dialkylamino, the method comprising the following method steps: a) reacting an organomagnesium compound of general formula with an N,N'- bis(trialkylsilyl)carbodiimide according to formula in an organic solvent, wherein the following applies to formula and formula: R 1 -Mg-X Formula wherein the above-mentioned definition applies to the group R 1 and the following applies to group X: X = chlorine, bromine or iodine, (R 2) 3 Si-N=C=N-Si(R 2) 3 Formula wherein the following applies to the groups R 2, simultaneously or independently of one another, R 2 = simultaneously or independently of one another, linear or branched C 1 to C 5 alkyl; b) hydrolysing the silylated magnesium carboxamidinate, formed intermediately in step a), according to formula R 1 -C(=N-Si(R 2) 3)-N(-Si(R 2) 3)·Mg-X Formula wherein the above-mentioned definition applies to the groups R 1, R 2 and X; c) isolating the N,N' -unsubstituted carboxamidines of general formula or a salt thereof. R 1 = linear or branched C 1 to C 20 alkyl, C 3 to C 20 cycloalkyl, C 4 to C 20 cycloalkylalkyl, C 6 to C 20 aryl, and C 7 to C 20 arylalkyl, wherein said groups can be mono- or polysubstituted and the substituents are selected from the group consisting of fluorine, chlorine, C 1 to C 8 alkyloxy, C 6 to C 8 aryloxy, and C 1 to C 8 dialkylamino, a) reacting an organomagnesium compound of general formula with an N,N'- bis(trialkylsilyl)carbodiimide according to formula in an organic solvent, wherein the following applies to formula and formula: R 1 -Mg-X Formula wherein the above-mentioned definition applies to the group R 1 and the following applies to group X: X = chlorine, bromine or iodine, (R 2) 3 Si-N=C=N-Si(R 2) 3 Formula wherein the following applies to the groups R 2, simultaneously or independently of one another, R 2 = simultaneously or independently of one another, linear or branched C 1 to C 5 alkyl; b) hydrolysing the silylated magnesium carboxamidinate, formed intermediately in step a), according to formula R 1 -C(=N-Si(R 2) 3)-N(-Si(R 2) 3)·Mg-X Formula wherein the above-mentioned definition applies to the groups R 1, R 2 and X; c) isolating the N,N' -unsubstituted carboxamidines of general formula or a salt thereof.
Device for selectively regenerating and performing a tank leakage diagnosis of a tank ventilation system, especially of a motor vehicle, having a sorption filter for temporarily storing fuel evaporating from a fuel tank, and having a pump, which is arranged on the fresh-air side of the sorption filter and which has a fluid-carrying connection to the sorption filter, wherein the pump is designed to generate a fluid flow for regenerating the sorption filter, wherein the pump has a fluid-carrying connection to the sorption filter by way of a switching valve, characterized in that the switching valve is a two-way valve or a three-way valve, which in a switch position (32, 54) closes a fluid connection between the pump and the sorption filter and thus closes the tank ventilation system fluid-tight when a tank ventilation valve is closed.
A refrigerant compressor for refrigeration plants, comprising a compressor unit driven by a drive unit, wherein at least one of these units (60, 40) is provided with a control unit (140, 70), which is controllable by a delivery volume controller, in order to control the refrigerant compressor with differing delivery volumes, wherein an external delivery volume desired value (EFVS) is communicated to the delivery volume controller, wherein the delivery volume controller detects, by means of a sensor, a compressor reference temperature of the compressor unit, characterised in that the delivery volume controller, based on the detected compressor reference temperature and the delivery volume, determines an operation status value group for detecting an operation status of the refrigerant compressor and, taking into account predetermined reference values for distinguishing between non-critical and critical operation statuses for the refrigerant compressor, when the value of the determined operation status value group based on the compressor reference temperature permits a critical operation status of the refrigerant compressor, sets a delivery volume, that results in an operation of the refrigerant compressor outside the critical operation statuses. wherein the delivery volume controller detects, by means of a sensor, a compressor reference temperature of the compressor unit, characterised in that the delivery volume controller, based on the detected compressor reference temperature and the delivery volume, determines an operation status value group for detecting an operation status of the refrigerant compressor and, taking into account predetermined reference values for distinguishing between non-critical and critical operation statuses for the refrigerant compressor, when the value of the determined operation status value group based on the compressor reference temperature permits a critical operation status of the refrigerant compressor, sets a delivery volume, that results in an operation of the refrigerant compressor outside the critical operation statuses.
Adjustment device for a headrest having - at least one first headrest holder for holding the headrest, - at least one stationary first mounting plate on which the first headrest holder is held such that it can pivot about a first axis of rotation, - a drive unit which has a drive element which is linearly adjustable along a stationary spatial axis between an initial position and an end position, and - a coupling element which is articulated at one end to the drive element and at the other end articulated to the first headrest holder, wherein a linear movement of the drive element causes a rotation of the first headrest holder about the first axis of rotation, wherein the adjustment device comprises a stop element which comes into contact with the coupling element or the first headrest holder in an intermediate position of the drive element and blocks a further rotation of the coupling element relative to the first headrest holder between the intermediate position and the end position. - at least one first headrest holder for holding the headrest, - at least one stationary first mounting plate on which the first headrest holder is held such that it can pivot about a first axis of rotation, - a drive unit which has a drive element which is linearly adjustable along a stationary spatial axis between an initial position and an end position, and - a coupling element which is articulated at one end to the drive element and at the other end articulated to the first headrest holder, wherein a linear movement of the drive element causes a rotation of the first headrest holder about the first axis of rotation,
Electronically controlled drug delivery device for administering a dose of a drug, comprising a body with a touchscreen and a control unit for controlling the touchscreen and operation of the drug delivery device related to delivery of the dose, wherein the control unit is configured to split the touchscreen into at least three distinct zones (3.1, 3.2, 3.3), wherein the control unit is configured to provide a control element for dose setting in one of the zones (3.1, 3.2, 3.3) and to provide a button for confirming the set dose in another one of the zones (3.1, 3.2, 3.3) and to provide a button for triggering delivery of the set dose of the drug in yet another one of the zones (3.1, 3.2, 3.3), wherein the control unit is configured to render the button for triggering delivery of the set dose active only after operation of the button for confirming the set dose, characterized in that the control unit comprises a timer for setting a time period, wherein the control unit is configured to start the timer after operation of one of the zones (3.1, 3.2, 3.3) and to switch the control element or button of at least one of the other zones (3.1, 3.2, 3.3) from the inactive state to the active state after expiration of the set time period.
Display system including at least one luminous display hand for a portable object, the portable object including a frame which houses an electrical energy supply source, the hand including a light guide in which is arranged a hole for the passage of a drive arbor, and a housing for accommodating a light source that injects light into the light guide, the light source including first and second poles (14A, 14B), the first pole of the light source being connected to the energy supply source via the drive arbor of the hand, and the second pole of the light source being connected to the energy supply source via the frame of the portable object, characterized in that the second pole of the light source is connected to the frame of the portable object via an electrically conductive support piece that carries the light source, and in that the light guide includes a first surface portion facing an observer, and a second surface portion opposite the first surface portion, an electrically conductive external part, that electrically connects the light source to the drive arbor, being arranged on the first surface portion of the light guide.
Turbomachine blade, in particular turbine blade of a gas turbine or gas turboset, having a blade root, a blade tip and an airfoil which extends between the blade root and the blade tip in a blade longitudinal direction and has a suction side and a pressure side, a shroud element being arranged on the blade tip, and at least one throughflow passage (19a, 19b) which extends in the blade longitudinal direction being arranged inside the airfoil, and a shroud cooling passage being formed in the shroud element at least along a section of the latter, this shroud cooling passage being connected via an opening to the throughflow passage, and a cooling fluid flowing through this shroud cooling passage during operation of the turbomachine blade, wherein at least one flow-guiding element for guiding at least some of the cooling-fluid flow flowing through the shroud cooling passage is arranged in the shroud cooling passage and/or in an inflow or outflow to or from the shroud cooling passage, characterized in that a first throughflow passage is connected at the blade-root-side end to a cooling-fluid feed and at the blade-tip-side end to the blade-tip-side end of a second throughflow passage, in that the second throughflow passage is connected at the blade-root-side end to a cooling-fluid discharge (20, 21), in that the shroud cooling passage comprises an inlet opening and an outlet opening, in that the inlet opening of the shroud cooling passage opens into the first throughflow passage and the outlet opening of the shroud cooling passage opens into the second throughflow passage, and in that a flow baffle plate is arranged only in the region of the outlet opening.
A heat-treated, high protein fruit and/or vegetable preparation suitable for the production of fruit- and/or vegetable-flavour yoghurt, the fruit and/or vegetable preparation comprising: - a fruit and/or vegetable material in an amount of at least 10% (w/w) - insoluble protein particles having a particle size in the range of 1-10 μm in an amount of at least 2% (w/w), the fruit and/or vegetable preparation having a total solids content in the range of 15-80% (w/w). - a fruit and/or vegetable material in an amount of at least 10% (w/w) - insoluble protein particles having a particle size in the range of 1-10 μm in an amount of at least 2% (w/w),
A method for generating data streams, comprising: generating at least two data streams (i0, i1; i0', i1') by interleaving first Forward Error Correction, FEC, encoded data with second FEC encoded data according to a data unit comprising at least two bits, wherein two adjacent data units in any one of the at least two data streams are from the first FEC encoded data and from the second FEC encoded data, respectively; and generating an interleaved data stream (i2; i2') by interleaving the at least two data streams according to one bit. generating at least two data streams (i0, i1; i0', i1') by interleaving first Forward Error Correction, FEC, encoded data with second FEC encoded data according to a data unit comprising at least two bits, wherein two adjacent data units in any one of the at least two data streams are from the first FEC encoded data and from the second FEC encoded data, respectively; and generating an interleaved data stream (i2; i2') by interleaving the at least two data streams according to one bit.
A tower having an outer surface with a vortex-induced vibration suppression function, characterized in that the outer surface of the tower is provided with a plurality of annular recesses, each surrounding the tower to form alternately concave and convex annular recesses and annular bosses on the outer surface of the tower; and an outer surface of each of the annular bosses is provided with a plurality of air guiding grooves, and the plurality of air guiding grooves are distributed in a circumferential direction of the annular boss; the air guiding grooves are inclined upward or downward to guide part of an upwind incoming flow flowing to the annular boss into the annular recesses adjacent to the annular boss.
Dimpled sheet for the insulation of the walls and floors of buildings, wherein there are plane-shaped hollow knobs on one or both sides of the dimpled sheet, as well as a surface with a reflectance greater than 0.2 (20% reflection) in order to increase the heat transfer resistance, and comprising a plastic material that reflects infrared radiation, characterised in that colour pigments are admixed in the plastic for the high reflectivity of more than 0.2.
Glass forming machine which includes a blank side for forming parisons from gobs of molten glass; the blank side includes a plunger and a blank mould; the plunger can be moved into the blank mould up to an end position; the plunger can be moved out of the blank mould up to a start position; the glass forming machine includes a glass feeding device which is configured to bring a gob of molten glass into the blank mould; the glass forming machine includes a measuring device which is configured to measure the end position of the plunger, characterized in that the glass feeding device is configured such that the size of a gob of molten glass depends on the end position previously reached during operation.
A method for wireless communication, said method being performed by a User Equipment, UE (115-b), the method comprising: monitoring a first set of decoding candidates within a first search space for receiving a physical downlink control channel message; receiving, from a base station, a signal within the first search space, the signal comprising a command for activating a second search space; monitoring a second set of decoding candidates within the second search space based at least in part on receiving the signal; receiving, from the base station, a second signal within the first search space, the second signal comprising a command for releasing the first search space; ceasing monitoring the first set of decoding candidates within the first search space based at least in part on receiving the second signal; and communicating, with the base station, based at least in part on monitoring the first set of decoding candidates within the first search space and the second set of decoding candidates within the second search space. monitoring a first set of decoding candidates within a first search space for receiving a physical downlink control channel message; receiving, from a base station, a signal within the first search space, the signal comprising a command for activating a second search space; monitoring a second set of decoding candidates within the second search space based at least in part on receiving the signal; receiving, from the base station, a second signal within the first search space, the second signal comprising a command for releasing the first search space; ceasing monitoring the first set of decoding candidates within the first search space based at least in part on receiving the second signal; and communicating, with the base station, based at least in part on monitoring the first set of decoding candidates within the first search space and the second set of decoding candidates within the second search space.
An electrical battery apparatus (100, 200, 300), comprising: one or more electrical batteries (102, 302) that power a separate host electronic device (104, 304) when the electrical battery apparatus is installed in the host electronic device; one or more sensors (108, 208, 308) that monitor external conditions of the battery apparatus, the sensors comprising motion sensors and/or orientation sensors; a computing device (110, 210, 310) which is in communication with each sensor, the computing device including a computer program comprising program modules executed by the computing device and including a module that recognizes motion, wherein the computing device is directed by the program modules of the computer program to at least control the operation of each sensor and wherein the module that recognizes motion is arranged to recognize motion that is indicative of: the host electronic device being handled too roughly or dropped; or the host electronic device being bumped into another electronic device; or a user instruction. one or more electrical batteries (102, 302) that power a separate host electronic device (104, 304) when the electrical battery apparatus is installed in the host electronic device; one or more sensors (108, 208, 308) that monitor external conditions of the battery apparatus, the sensors comprising motion sensors and/or orientation sensors; a computing device (110, 210, 310) which is in communication with each sensor, the computing device including a computer program comprising program modules executed by the computing device and including a module that recognizes motion, wherein the computing device is directed by the program modules of the computer program to at least control the operation of each sensor and wherein the module that recognizes motion is arranged to recognize motion that is indicative of: the host electronic device being handled too roughly or dropped; or the host electronic device being bumped into another electronic device; or a user instruction. the host electronic device being handled too roughly or dropped; or the host electronic device being bumped into another electronic device; or a user instruction.
A rolling type vehicle having a pair of left and right front wheels (2L, 2R) and having a vehicle body capable of rolling, the rolling type vehicle comprising: a pair of left and right arm members (23L, 23R) which are supported in a swingable manner by the vehicle body on inner sides in a transverse direction and which support the pair of left and right front wheels (2L, 2R) in a steerable manner on outer sides in the transverse direction, respectively; and a cushion support arm of which a central portion in the transverse direction is supported in a swingable manner by the vehicle body and which is connected to the pair of left and right arm members (23L, 23R) through left and right cushion units (31L, 31R) on outer sides in the transverse direction, respectively, wherein the left and right cushion units (31L, 31R) are disposed on outer circumference sides of turning trajectories (KL, KR) of the pair of left and right front wheels (2L, 2R), respectively, characterized in that center axes (C6L, C6R) of the left and right cushion units (31L, 31R) are disposed rearwardly of the pair of left and right front wheels (2L, 2R) in side view. a pair of left and right arm members (23L, 23R) which are supported in a swingable manner by the vehicle body on inner sides in a transverse direction and which support the pair of left and right front wheels (2L, 2R) in a steerable manner on outer sides in the transverse direction, respectively; and a cushion support arm of which a central portion in the transverse direction is supported in a swingable manner by the vehicle body and which is connected to the pair of left and right arm members (23L, 23R) through left and right cushion units (31L, 31R) on outer sides in the transverse direction, respectively, wherein the left and right cushion units (31L, 31R) are disposed on outer circumference sides of turning trajectories (KL, KR) of the pair of left and right front wheels (2L, 2R), respectively, characterized in that center axes (C6L, C6R) of the left and right cushion units (31L, 31R) are disposed rearwardly of the pair of left and right front wheels (2L, 2R) in side view.