mhurhangee/ep-ind-claims huggingface dataset:
A blood treatment apparatus with a control or a regulating device configured for carrying out a method for removing blood from an extracorporeal blood circuit and/or from a functional device, which each is/are connected to the blood treatment apparatus for the purpose of a blood treatment of a patient, after the end of the blood treatment session, wherein the blood treatment apparatus comprises or is connected to: - at least one extracorporeal blood circuit with a line interior, wherein the extracorporeal blood circuit comprises at least one arterial line section and at least one venous line section; - at least one blood pump for conveying blood within the line interior; wherein the blood treatment apparatus comprises at least a second conveying device, in particular a substituate pump, for introducing a second fluid, in particular a substituate liquid, into the line interior of the extracorporeal blood circuit and/or for conveying a line content within the line interior of the extracorporeal blood circuit, characterized in that the method includes the steps of: - operating the blood pump in a second conveying direction which is opposite to the first usual conveying direction of this pump during the blood treatment, wherein a first section of the arterial line section is connected with a second section of the venous line section of the extracorporeal blood circuit, - introducing the second fluid, in particular the substituate liquid, into the line interior of the extracorporeal blood circuit by operating the second conveying device, wherein a substituate line is connected to a pre-dilution connector, so that the second conveying device can introduce the second fluid, in particular the substituate liquid, in a section of the extracorporeal blood circuit located between the blood pump and a blood treatment device, in particular a dialyzer. - at least one extracorporeal blood circuit with a line interior, wherein the extracorporeal blood circuit comprises at least one arterial line section and at least one venous line section; - at least one blood pump for conveying blood within the line interior; - operating the blood pump in a second conveying direction which is opposite to the first usual conveying direction of this pump during the blood treatment, wherein a first section of the arterial line section is connected with a second section of the venous line section of the extracorporeal blood circuit, - introducing the second fluid, in particular the substituate liquid, into the line interior of the extracorporeal blood circuit by operating the second conveying device,
A semiconductor device, comprising: a first case and a second case, the first case and second case defining an inner space; a substrate in the inner space; at least one electronic component on the substrate; and a heat dissipation chamber assembly between the substrate and at least a portion of the first case, the heat dissipation chamber assembly including a heat diffusion chamber in thermal contact with and overlapping the at least one electronic component, a chamber plate,and a sidewall structure extending vertically toward the substrate and surrounding the at least one electronic component, characterized in that the first case includes a base plate, the chamber plate is hermetically connected to the base plate of the first case, and the heat diffusion chamber is defined by the chamber plate and the base plate of the first case. a first case and a second case, the first case and second case defining an inner space; a substrate in the inner space; at least one electronic component on the substrate; and a heat dissipation chamber assembly between the substrate and at least a portion of the first case, the heat dissipation chamber assembly including a heat diffusion chamber in thermal contact with and overlapping the at least one electronic component, a chamber plate,and a sidewall structure extending vertically toward the substrate and surrounding the at least one electronic component, a heat diffusion chamber in thermal contact with and overlapping the at least one electronic component, a chamber plate,and a sidewall structure extending vertically toward the substrate and surrounding the at least one electronic component, characterized in that the first case includes a base plate, the chamber plate is hermetically connected to the base plate of the first case, and the heat diffusion chamber is defined by the chamber plate and the base plate of the first case. the first case includes a base plate, the chamber plate is hermetically connected to the base plate of the first case, and the heat diffusion chamber is defined by the chamber plate and the base plate of the first case.
Artificial nail preparation with at least one resin layer and a fabric cast in the resin layer, characterised in that the thickness of the textile fabric is equal to the thickness of the resin layer.
A device for producing individually coded mechanical-electronic binary read patterns, wherein the read patterns are resonators for use in RFID chips, characterized in that the device comprises the following units: - a structuring apparatus for producing a basic pattern with at least one group (2.1 to 2.n) of individual patterns (4v, 4e) on a carrier substrate, wherein the structuring apparatus is made to produce the individual patterns (4v, 4e) in alternation as depressions and elevations, - a processing apparatus for forming from a subset of a total set of the individual patterns (4v, 4e) of each group (2.1 to 2.n) at least one read pattern with read elements, each read pattern being individually coded, wherein the processing apparatus has application means (6, 7) for at least partial covering of an unselected remaining number of the total number of individual patterns (4v, 4e) of each group (2.1 to 2.n) with a fluid, wherein the processing apparatus has reducing agents for reduction of the thickness (D 1) of the basic pattern, wherein the processing apparatus has coating means for coating of a coating material which at least partially forms the read pattern, on the groups (2.1 to 2.n) or the basic pattern, wherein the processing apparatus has means for dissolution of the basic pattern from the carrier, wherein the processing apparatus is set up such that each read element is made on one individual pattern (4e, 4e', 4v, 4v') at a time. - a structuring apparatus for producing a basic pattern with at least one group (2.1 to 2.n) of individual patterns (4v, 4e) on a carrier substrate, wherein the structuring apparatus is made to produce the individual patterns (4v, 4e) in alternation as depressions and elevations, - a processing apparatus for forming from a subset of a total set of the individual patterns (4v, 4e) of each group (2.1 to 2.n) at least one read pattern with read elements, each read pattern being individually coded, wherein the processing apparatus has application means (6, 7) for at least partial covering of an unselected remaining number of the total number of individual patterns (4v, 4e) of each group (2.1 to 2.n) with a fluid, wherein the processing apparatus has reducing agents for reduction of the thickness (D 1) of the basic pattern, wherein the processing apparatus has coating means for coating of a coating material which at least partially forms the read pattern, on the groups (2.1 to 2.n) or the basic pattern, wherein the processing apparatus has means for dissolution of the basic pattern from the carrier, wherein the processing apparatus is set up such that each read element is made on one individual pattern (4e, 4e', 4v, 4v') at a time.
A DC uninterruptible power supply provided with a battery and a DC-DC converter circuit for converting the electrical power of the battery, wherein the DC uninterruptible power supply includes a voltage control circuit for controlling the DC-DC converter circuit, and the DC-DC converter circuit includes a voltage regulator for regulating the output voltage, characterized in that: the voltage control circuit is configured to maintain the output voltage of the DC-DC converter circuit at a standby voltage lower than a rated voltage under the condition of a power failure detection signal being not output from an external power supply, and to maintain the output voltage of the DC-DC converter circuit equal to the rated voltage under the condition of the power failure detection signal being output from the external power supply if the external power supply detects a power failure in a commercial power source, wherein the voltage control circuit includes a first resistor and a second resistor for dividing the output voltage of the DC-DC converter circuit; a third resistor connected in parallel with the second resistor; a switch for cutting off the parallel connection of the third resistor with the second resistor; and a voltage controller for controlling the switch on the basis of the power failure detection signal, and the voltage regulator is configured to regulate the the output voltage so that the voltage of the connection point between the first resistor and the second resistor equals a predetermined voltage. the voltage control circuit is configured to maintain the output voltage of the DC-DC converter circuit at a standby voltage lower than a rated voltage under the condition of a power failure detection signal being not output from an external power supply, and to maintain the output voltage of the DC-DC converter circuit equal to the rated voltage under the condition of the power failure detection signal being output from the external power supply if the external power supply detects a power failure in a commercial power source, wherein the voltage control circuit includes a first resistor and a second resistor for dividing the output voltage of the DC-DC converter circuit; a third resistor connected in parallel with the second resistor; a switch for cutting off the parallel connection of the third resistor with the second resistor; and a voltage controller for controlling the switch on the basis of the power failure detection signal, and the voltage regulator is configured to regulate the the output voltage so that the voltage of the connection point between the first resistor and the second resistor equals a predetermined voltage.
Bulk amorphous alloy, characterised in that it is nickel-free, and in that it consists, in at%, of: - a base made of zirconium and/or hafnium, the content whereof constitutes the balance, with a total zirconium and hafnium content of greater than or equal to 52.0, and less than or equal to 62.0; - copper: greater than or equal to 16.0, and less than or equal to 28.0; - iron: greater than or equal to 0.5, and less than or equal to 10.0; - aluminium: greater than or equal to 7.0, and less than or equal to 13.0; - at least one first so-called filler metal and one second so-called filler metal, selected from the family consisting of Ti, V, Nb, Y, Cr, Mo, Co, Sn, Zn, P, Pd, Ag, Au, Pt, Ta, Ru, Rh, Ir, Os, and Hf when not included in said base, and Zrwhen not included in said base, with the cumulative atom percent of said at least two filler metals being greater than or equal to 6.0, and less than or equal to 10.0. - a base made of zirconium and/or hafnium, the content whereof constitutes the balance, with a total zirconium and hafnium content of greater than or equal to 52.0, and less than or equal to 62.0; - copper: greater than or equal to 16.0, and less than or equal to 28.0; - iron: greater than or equal to 0.5, and less than or equal to 10.0; - aluminium: greater than or equal to 7.0, and less than or equal to 13.0; - at least one first so-called filler metal and one second so-called filler metal, selected from the family consisting of Ti, V, Nb, Y, Cr, Mo, Co, Sn, Zn, P, Pd, Ag, Au, Pt, Ta, Ru, Rh, Ir, Os, and Hf when not included in said base, and Zrwhen not included in said base, with the cumulative atom percent of said at least two filler metals being greater than or equal to 6.0, and less than or equal to 10.0.
A wireless communication method for unlicensed spectrum, comprising: monitoring, by a terminal device, group common physical downlink control channel, PDCCH; monitoring, by the terminal device when the group common PDCCH is detected at a first time-point, PDCCH dedicated to the terminal device or common PDCCH from a second time-point, wherein the second time-point is later than the first time-point; monitoring, by the terminal device, the PDCCH between the first time-point and the second time-point, wherein the way the terminal device monitors the PDCCH between the first time-point and the second time-point is a first monitoring mode, the way the terminal device monitors the PDCCH from the second time-point is a second monitoring mode, and the first monitoring mode is different from the second monitoring mode, characterized in that: to-be-monitored PDCCH sets comprised in a single time unit in the second monitoring mode are at least a part of the to-be-monitored PDCCH sets comprised in a single time unit in the first monitoring mode. monitoring, by a terminal device, group common physical downlink control channel, PDCCH; monitoring, by the terminal device when the group common PDCCH is detected at a first time-point, PDCCH dedicated to the terminal device or common PDCCH from a second time-point, wherein the second time-point is later than the first time-point; monitoring, by the terminal device, the PDCCH between the first time-point and the second time-point, wherein the way the terminal device monitors the PDCCH between the first time-point and the second time-point is a first monitoring mode, the way the terminal device monitors the PDCCH from the second time-point is a second monitoring mode, and the first monitoring mode is different from the second monitoring mode, characterized in that: to-be-monitored PDCCH sets comprised in a single time unit in the second monitoring mode are at least a part of the to-be-monitored PDCCH sets comprised in a single time unit in the first monitoring mode.
Sensor assembly for detecting a displacement in a contactless manner, comprising a target, which has a measurement value encoder that moves along a measurement path and comprises at least one electrically conductive measurement track (MS1, MS2, MS3, MS4), and an eddy current sensor with a measurement value sensor which comprises at least two detection coils (A, B, C, D), wherein the measurement value sensor is arranged at a distance from the measurement value encoder and movable in a relative manner along the at least one electrically conductive measurement track (MS1, MS2, MS3, MS4), wherein said measurement value sensor at least partly covers the measurement track, wherein at least one of the detection coils (A, B, C, D) acts as a measurement coil, the measurement signal of which is evaluated by an evaluation and control unit in order to detect a displacement, wherein at least one of the detection coils (A, B, C, D) acts as a correction coil, the measurement signal of which is evaluated by the evaluation and control unit in order to correct the displacement detection, characterized in that the measurement value encoder has at least one electrically conductive correction track (KS11, KS12, KS21, KS22, KS31, KS32, KS41, KS42) which is arranged together with the at least one measurement track (MS1, MS2, MS3, MS4) within a common geometry, which geometry is applied on a printed circuit board of the target as a bounded surface, wherein the at least one electrically conductive measurement track (MS1, MS2, MS3, MS4) has a variable width along the measurement path and the at least one electrically conductive correction track (KS11, KS12, KS21, KS22, KS31, KS32, KS41, KS42) has a constant width along the measurement path, wherein first regions with at least one measurement track (MS1, MS2, MS3, MS4) and second regions with at least one correction track (KS11, KS12, KS21, KS22, KS31, KS32, KS41, KS42) alternate periodically along the measurement path, wherein the action of the individual detection coil (A, B, C, D) as measurement coil or as correction coil varies along the measurement path, wherein the evaluation and control unit assigns a detection coil (A, B, C, D) the measurement coil action if the corresponding detection coil (A, B, C, D) is positioned over a first region or the correction coil action if the corresponding detection coil (A, B, C, D) is positioned over a second region.
Warning light comprising: - a light source; and - a rigid light guide forming a column, comprising: ▪ an input dioptre bounding the lower surface of the light guide and via which light from the source enters the light guide, ▪ an output dioptre bounding the upper surface of the light guide and via which light from the source is emitted, and ▪ a rectangular cross section over at least most of its length, characterized in that, for at least one angular aperture (α) centered on a privileged output direction (11a, 11b), the source is placed beside the input dioptre at the intersection between the longitudinal axis of the light guide and the path of a reverse virtual ray corresponding to the path of a light ray emitted by the source traveled in reverse, the reverse virtual ray being incident on the light guide in the privileged direction (11a, 11b) and entering therein via the output dioptre, refracted by the output dioptre and reflected at least once by sidewalls of the light guide, and in that the input dioptre of the light guide comprises a flat surface portion (17a, 17b), placed on the path of said virtual ray and perpendicular to the latter at the input dioptre. - a light source; and - a rigid light guide forming a column, comprising: ▪ an input dioptre bounding the lower surface of the light guide and via which light from the source enters the light guide, ▪ an output dioptre bounding the upper surface of the light guide and via which light from the source is emitted, and ▪ a rectangular cross section over at least most of its length, ▪ an input dioptre bounding the lower surface of the light guide and via which light from the source enters the light guide, ▪ an output dioptre bounding the upper surface of the light guide and via which light from the source is emitted, and ▪ a rectangular cross section over at least most of its length,
Method of operating a feedback radio node in a wireless communication network, the method comprising transmitting acknowledgement signaling according to an acknowledgement codebook, the acknowledgement codebook representing acknowledgement information based on an acknowledgement association window, the acknowledgement association window being a window in time domain comprising groups of OFDM symbols, each group being associated to an acknowledgement information substructure of the acknowledgement codebook, wherein different groups comprise different number of symbols, wherein each acknowledgement information substructure comprises one or more bits.
An aircraft galley cart, the cart having a bay door having an inner side and an outer side, the bay door comprising: a door main structure including an inner wall, an outer wall, an upper end, and side edges, said inner wall including an inwardly facing peripheral inner edge having an inner surface; and a surface seal on said inner surface of said inwardly facing peripheral inner edge of said inner wall characterised by a latch on said outer wall located adjacent to the upper end of the door main structure; wherein the door main structure is composed of a molded carbon fiber reinforced composite material; wherein the door main structure includes an upper shoulder formed along the upper edge of the inner wall, and said latch is located on said outer wall adjacent to the upper end of the bay door and adjacent to the upper shoulder of the inner wall. a door main structure including an inner wall, an outer wall, an upper end, and side edges, said inner wall including an inwardly facing peripheral inner edge having an inner surface; and a surface seal on said inner surface of said inwardly facing peripheral inner edge of said inner wall characterised by a latch on said outer wall located adjacent to the upper end of the door main structure; wherein the door main structure is composed of a molded carbon fiber reinforced composite material; wherein the door main structure includes an upper shoulder formed along the upper edge of the inner wall, and said latch is located on said outer wall adjacent to the upper end of the bay door and adjacent to the upper shoulder of the inner wall.
A printed circuit intended to be fixed to an electric motor to ensure its electrical connection, comprising: a central part intended to cover a first face of the electric motor, flexible tongues extending the central part and intended to partly cover a second face of the motor and to be electrically connected to this second face, a first pair of studs (13a, 13b) intended to receive connections (46, 47) from the motor, a second pair of studs (14a, 14b) intended to receive power supply wires of the motor, tracks (15a, 15b) each connecting a stud of the first pair (13a, 13b) to a stud of the second pair (14a, 14b), a filtering capacitor (18; 37, 38, 39) connected between the tracks (15a, 15b), a ground plane covering most of the central part and the flexible tongues, the ground plane being intended to be electrically connected to a metal part forming the second face of the motor. a central part intended to cover a first face of the electric motor, flexible tongues extending the central part and intended to partly cover a second face of the motor and to be electrically connected to this second face, a first pair of studs (13a, 13b) intended to receive connections (46, 47) from the motor, a second pair of studs (14a, 14b) intended to receive power supply wires of the motor, tracks (15a, 15b) each connecting a stud of the first pair (13a, 13b) to a stud of the second pair (14a, 14b), a filtering capacitor (18; 37, 38, 39) connected between the tracks (15a, 15b), a ground plane covering most of the central part and the flexible tongues, the ground plane being intended to be electrically connected to a metal part forming the second face of the motor.
A method of programming a programmable device comprising: acquiring configuration data; loading the configuration data onto the programmable device; processing at least a portion of the configuration data through a one-way function to form processed configuration data; configuring at least one of a plurality of configurable modules (12, 14, 16) of the programmable device using the processed configuration data from the processing step; characterized by configuring at least one interconnection of an interconnection network between the plurality of configurable modules, using the processed configuration data from the processing step. acquiring configuration data; loading the configuration data onto the programmable device; processing at least a portion of the configuration data through a one-way function to form processed configuration data; configuring at least one of a plurality of configurable modules (12, 14, 16) of the programmable device using the processed configuration data from the processing step; characterized by configuring at least one interconnection of an interconnection network between the plurality of configurable modules, using the processed configuration data from the processing step.