mhurhangee/patent-ind-claim-en huggingface dataset:
Packaging machine comprising a continuously circulating container conveyor device comprising at least one container carrier which has a plurality of container receptacles , at least two linear conveyors arranged above one another in the form of respectively two rotary driven screw conveyors arranged in parallel at a distance next to each other, wherein the container carrier has at least one engagement part , which can be brought into engagement with the screw conveyors for transferring a drive movement, at least two curved conveyors , which each have a curved guide track and each have a rotating drive device , which has at least one receptacle , which can be brought into engagement with the container carrier , wherein a respective one of the curved conveyors is arranged in transport direction between the two linear conveyors , wherein at the end of the screw conveyors the container carrier can be disengaged from them and can be brought into engagement with the rotating drive device of the following curved conveyor , wherein the linear conveyors and the curved conveyors form a circulating transport track, wherein a plurality of container carriers can be transported along the upper linear conveyor in a series with a mutual 1 st spacing of less than 30 mm and at an average speed V o and the container carriers can be transported along the lower linear conveyor with a mutual 2 nd spacing, that is greater than the 1 st spacing, and at an average speed V u , wherein the speed V u is greater than the speed V o , wherein: V u ≥ 1.5 V o . at least two linear conveyors arranged above one another in the form of respectively two rotary driven screw conveyors arranged in parallel at a distance next to each other, wherein the container carrier has at least one engagement part , which can be brought into engagement with the screw conveyors for transferring a drive movement, at least two curved conveyors , which each have a curved guide track and each have a rotating drive device , which has at least one receptacle , which can be brought into engagement with the container carrier , wherein a respective one of the curved conveyors is arranged in transport direction between the two linear conveyors , wherein at the end of the screw conveyors the container carrier can be disengaged from them and can be brought into engagement with the rotating drive device of the following curved conveyor , wherein the linear conveyors and the curved conveyors form a circulating transport track, wherein a plurality of container carriers can be transported along the upper linear conveyor in a series with a mutual 1 st spacing of less than 30 mm and at an average speed V o and the container carriers can be transported along the lower linear conveyor with a mutual 2 nd spacing, that is greater than the 1 st spacing, and at an average speed V u , wherein the speed V u is greater than the speed V o , wherein: V u ≥ 1.5 V o .
A wearable device comprising a housing , the housing having a cavity with an internal area, the cavity containing an air quality sensor in the internal area, the cavity being delimited by a cavity wall and by a membrane , the membrane having an inner wall oriented toward the cavity internal area and an outer wall opposed to the inner wall, wherein the membrane is permeable to ambient air and substantially not permeable to water, allowing a passage of gas to the cavity internal area, the housing is formed by a main casing , a top cover and a back plate , and the main casing comprising at least one through bore located in an opening area for fluid communication between an internal area of the housing and outside, the outer wall of the membrane facing the opening area . the cavity containing an air quality sensor in the internal area, the cavity being delimited by a cavity wall and by a membrane , the membrane having an inner wall oriented toward the cavity internal area and an outer wall opposed to the inner wall, wherein the membrane is permeable to ambient air and substantially not permeable to water, allowing a passage of gas to the cavity internal area, the housing is formed by a main casing , a top cover and a back plate , and the main casing comprising at least one through bore located in an opening area for fluid communication between an internal area of the housing and outside, the outer wall of the membrane facing the opening area .
Artificial aquatic habitat comprising: - a base formed by at least one base element , said at least one base element comprising at least one joining portion , - a plurality of cluster blocks , each cluster block comprising a foot from which extend a plurality of rods , the rods extending from the foot inside a widening, geometrically conical envelope, each cluster block further comprising a joining portion suitable for cooperating with a joining portion of the base to join together a cluster block and a base element, - an anchoring element suitable for linking the base to an external structure, characterized in that the base further comprises a hollow shell , and in that each of the at least one base element comprises a shell element having a spherical portion geometry. - a base formed by at least one base element , said at least one base element comprising at least one joining portion , - a plurality of cluster blocks , each cluster block comprising a foot from which extend a plurality of rods , the rods extending from the foot inside a widening, geometrically conical envelope, each cluster block further comprising a joining portion suitable for cooperating with a joining portion of the base to join together a cluster block and a base element, - an anchoring element suitable for linking the base to an external structure,
A dental instrument comprising: a handle ; a two-piece tip attached to the handle , the two-piece tip including: a steel shank including a distal portion with an end surface , the distal portion extending along a longitudinal axis, characterised in that the shank has a bent configuration, comprising first and second bends within a horizontal plane, wherein the end surface includes a slot ; a Nickel Titanium foil tip end being a spatula tip having a thin planar body with a rear portion inserted within the slot to couple the Nickel Titanium foil tip end to the distal portion of the shank ; and a material disposed within the slot between the rear portion and the distal portion to secure the Nickel Titanium foil tip end to the steel shank . a handle ; a two-piece tip attached to the handle , the two-piece tip including: a steel shank including a distal portion with an end surface , the distal portion extending along a longitudinal axis, characterised in that the shank has a bent configuration, comprising first and second bends within a horizontal plane, wherein the end surface includes a slot ; a Nickel Titanium foil tip end being a spatula tip having a thin planar body with a rear portion inserted within the slot to couple the Nickel Titanium foil tip end to the distal portion of the shank ; and a material disposed within the slot between the rear portion and the distal portion to secure the Nickel Titanium foil tip end to the steel shank . a steel shank including a distal portion with an end surface , the distal portion extending along a longitudinal axis, characterised in that the shank has a bent configuration, comprising first and second bends within a horizontal plane, wherein the end surface includes a slot ; a Nickel Titanium foil tip end being a spatula tip having a thin planar body with a rear portion inserted within the slot to couple the Nickel Titanium foil tip end to the distal portion of the shank ; and a material disposed within the slot between the rear portion and the distal portion to secure the Nickel Titanium foil tip end to the steel shank .
A cassette for the preparation of an imaging agent from an imaging agent precursor that is 2-((4-(((1-( tert -butyl)-5-chloro-6-oxo-1,6-dihydropyridazin-4-yl)oxy)methyl)benzyl)oxy)ethyl 4-methylbenzenesulfonate and [ 18 F] that may be produced by proton bombardment of [ 18 O]H 2 O in a cyclotron, wherein the imaging agent has the formula: the cassette configuration comprising a linear arrangement of a plurality of stopcock manifolds arranged in the order: 1) luer connections to gas inlet and [ 18 O]H 2 O recovery; 2) anion exchange cartridge - column eluting solution (optionally 1 mL punch vial); 3) spike connection for acetonitrile (optionally 10 mL punch vial); 4) empty syringe (optionally 30 mL); 5) reservoir with solution of imaging agent precursor (optionally 10 mL punch vial); 6) reaction vessel; 7) outlet to HPLC; 8) syringe (optionally 20 mL) with solution of ascorbic acid or salt thereof ( e.g., at pH 2); 9) inlet from HPLC; 10) ethanol reservoir (optionally 3 mL syringe); 11) syringe (optionally 10 mL) with solution of ascorbic acid or salt thereof ( e.g., at pH 5.8); 12) syringe (optionally 5 mL) with water; 13) final product vial; 14) empty syringe (optionally 30 mL); and 15) reaction vessel and exhaust. 1) luer connections to gas inlet and [ 18 O]H 2 O recovery; 2) anion exchange cartridge - column eluting solution (optionally 1 mL punch vial); 3) spike connection for acetonitrile (optionally 10 mL punch vial); 4) empty syringe (optionally 30 mL); 5) reservoir with solution of imaging agent precursor (optionally 10 mL punch vial); 6) reaction vessel; 7) outlet to HPLC; 8) syringe (optionally 20 mL) with solution of ascorbic acid or salt thereof ( e.g., at pH 2); 9) inlet from HPLC; 10) ethanol reservoir (optionally 3 mL syringe); 11) syringe (optionally 10 mL) with solution of ascorbic acid or salt thereof ( e.g., at pH 5.8); 12) syringe (optionally 5 mL) with water; 13) final product vial; 14) empty syringe (optionally 30 mL); and 15) reaction vessel and exhaust.
A scroll pump, in particular a scroll vacuum pump, comprising at least one scroll pump stage for conveying a gas from a gas inlet through the scroll pump stage to a gas outlet ; and an electric motor which has a stator and a rotor , with the rotor being coupled to a moving part of the scroll pump stage to drive the moving part of the scroll vacuum pump , characterized in that the rotor is arranged relative to the stator such that an axial force (F) acting onto the rotor along the axis of rotation (R) of the rotor is generated during the operation of the electric motor .
A method for wireless communications performed by a base station comprising: determining a per symbol phase offset for a narrowband signal for transmission using wideband resources, the per symbol phase offset having a relationship to a reference point in time, wherein the per symbol phase offset is based on a frequency separation between a first frequency center of the narrowband signal and a second frequency center of a wideband signal and a symbol index indicating a number of symbols from the reference point in time; and transmitting the narrowband signal, wherein transmitting comprises multiplexing symbols of the narrowband signal with symbols of the wideband signal using the determined per symbol phase offset. determining a per symbol phase offset for a narrowband signal for transmission using wideband resources, the per symbol phase offset having a relationship to a reference point in time, wherein the per symbol phase offset is based on a frequency separation between a first frequency center of the narrowband signal and a second frequency center of a wideband signal and a symbol index indicating a number of symbols from the reference point in time; and transmitting the narrowband signal, wherein transmitting comprises multiplexing symbols of the narrowband signal with symbols of the wideband signal using the determined per symbol phase offset.
Printing apparatus comprising: - a printing device arranged for printing a document (D) on a strip (S) that advances along a path; - a cutting device which is arranged for separating the document (D) from the strip (S) and which can adopt at least one first configuration, in which it does not occupy said path, and at least one second configuration, in which it occupies said path; - sensor means (12; 13; 22) arranged for detecting a free path situation, when said cutting device is in said first configuration, and an occupied path situation, when said cutting device is in said second configuration; - at least one actuator (4; 8) arranged for moving the strip (S) and/or the document (D) separated from the strip (S); - control means arranged for driving said actuator in response to said occupied path signal ; characterized in that said sensor means comprises presence or proximity sensor means (12, 13; 22) that interacts with a rotating shaped portion (20; 24) of said cutting device. - a printing device arranged for printing a document (D) on a strip (S) that advances along a path; - a cutting device which is arranged for separating the document (D) from the strip (S) and which can adopt at least one first configuration, in which it does not occupy said path, and at least one second configuration, in which it occupies said path; - sensor means (12; 13; 22) arranged for detecting a free path situation, when said cutting device is in said first configuration, and an occupied path situation, when said cutting device is in said second configuration; - at least one actuator (4; 8) arranged for moving the strip (S) and/or the document (D) separated from the strip (S); - control means arranged for driving said actuator in response to said occupied path signal ;
A vacuum cleaner comprising; - a housing comprising a motor fan unit for generating an airflow, a housing air outlet and a housing air inlet , and - a profile arrangement comprising a first profile end for attachment of a nozzle , a profile handle end for attachment of a handle and a profile extending between the first profile end and the profile handle end , and - an airflow channel extending from the first profile end to the housing air outlet via the housing air inlet , for allowing an airflow from the first profile end to the housing air outlet , characterized in that the profile arrangement comprises a first profile part and a second profile part , the second profile part is arranged to at least partly enclose the first profile part and the first profile part is slidable into the second profile part for adjustment of a length of the profile and that the housing is arranged to be moveably attached to the profile , such that the housing is moveable along at least a part of the length of the profile . - a housing comprising a motor fan unit for generating an airflow, a housing air outlet and a housing air inlet , and - a profile arrangement comprising a first profile end for attachment of a nozzle , a profile handle end for attachment of a handle and a profile extending between the first profile end and the profile handle end , and - an airflow channel extending from the first profile end to the housing air outlet via the housing air inlet , for allowing an airflow from the first profile end to the housing air outlet ,
A method of wireless communication performed by a user equipment, UE, comprising: identifying multiple resource element, RE, segments associated with a scheduled communication that includes a source bit sequence, wherein the multiple RE segments each include one or more Res in one or more scheduled physical resource blocks, PRBs, associated with the scheduled communication; and communicating with a device based at least in part on respective energies on the one or more REs included in the multiple RE segments associated with the scheduled communication, wherein the multiple RE segments are each associated with a sub-sequence associated with the source bit sequence segmented into multiple sub-sequences, and wherein communicating with the device includes transmitting or detecting the sub-sequence associated with an RE segment, among the multiple RE segments, using a neural network that modulates the sub-sequence associated with the RE segment to the one or more REs in the RE segment. identifying multiple resource element, RE, segments associated with a scheduled communication that includes a source bit sequence, wherein the multiple RE segments each include one or more Res in one or more scheduled physical resource blocks, PRBs, associated with the scheduled communication; and communicating with a device based at least in part on respective energies on the one or more REs included in the multiple RE segments associated with the scheduled communication, wherein the multiple RE segments are each associated with a sub-sequence associated with the source bit sequence segmented into multiple sub-sequences, and wherein communicating with the device includes transmitting or detecting the sub-sequence associated with an RE segment, among the multiple RE segments, using a neural network that modulates the sub-sequence associated with the RE segment to the one or more REs in the RE segment.
Front cap for a rail vehicle car, wherein - the front cap comprises a main member having a roof portion , a front portion and two side portions - at least one front member is adjoining the main member , and - the front member adjoins side edges of the side portions and adjoins at least one front edge of the front portion between the side edges , - a first side portion of the main member and the front member form a first lower edge adjoining at least a first cover member , and - a second side portion of the main member and the front member form a second lower edge adjoined by at least one second cover member , - characterised in that - the front member is removably attached to the main member , - the first cover member is removably attached to the first lower edge , and - the second cover member is removably attached to the second lower edge . - the front cap comprises a main member having a roof portion , a front portion and two side portions - at least one front member is adjoining the main member , and - the front member adjoins side edges of the side portions and adjoins at least one front edge of the front portion between the side edges , - a first side portion of the main member and the front member form a first lower edge adjoining at least a first cover member , and - a second side portion of the main member and the front member form a second lower edge adjoined by at least one second cover member , - characterised in that - the front member is removably attached to the main member , - the first cover member is removably attached to the first lower edge , and - the second cover member is removably attached to the second lower edge .
A computing device for improving platform initialization, the computing device comprising: a security co-processor to execute security co-processor commands submitted thereto; a basic input/output system, BIOS, module to begin initialization of a platform of the computing device ; characterized by a security co-processor driver module to add a security co-processor command to a command list in response to receipt of the security co-processor command from the BIOS module ; and a timer module to establish a periodic interrupt of the initialization of the platform, wherein the security co-processor driver module is further to, in response to an occurrence of the periodic interrupt: i) query the security co-processor regarding an availability of a security co-processor response to a prior submitted security co-processor command and ii) forward , in response to receipt of an available security co-processor response, the available security co-processor response to the BIOS module . a security co-processor to execute security co-processor commands submitted thereto; a basic input/output system, BIOS, module to begin initialization of a platform of the computing device ; characterized by a security co-processor driver module to add a security co-processor command to a command list in response to receipt of the security co-processor command from the BIOS module ; and a timer module to establish a periodic interrupt of the initialization of the platform, wherein the security co-processor driver module is further to, in response to an occurrence of the periodic interrupt: i) query the security co-processor regarding an availability of a security co-processor response to a prior submitted security co-processor command and ii) forward , in response to receipt of an available security co-processor response, the available security co-processor response to the BIOS module . i) query the security co-processor regarding an availability of a security co-processor response to a prior submitted security co-processor command and ii) forward , in response to receipt of an available security co-processor response, the available security co-processor response to the BIOS module .
Container for canister-shaped gas generator , wherein the container comprises a casing body which is curved or shaped according to a curved trajectory, and wherein the casing body has a channel configured to house the canister-shaped gas generator ; the container being characterized in that the casing body has a concave outer side (10") and a convex outer side .
A system for reducing irritability in an infant, the system comprising: a sensor configured to monitor a physiological instability of an infant, and output a measurement signal, wherein the measurement signal includes respiration and one or more of infant movement, infant heart rate, infant temperature, or infant crying; a controller communicatively coupled to the sensor for receiving the measurement signal, the controller configured to determine the state of irritability based on the measurement signal, and determine and output a stimulation signal for treating the physiological instability based on the state of irritability; and an active region having an actuator and being communicatively coupled to the controller, the actuator configured to apply, in response to the stimulation signal, a stochastic stimulation to the infant adapted to reduce physiological instabilities in at least one of the respiration, the infant heart rate, or the infant temperature whereby the reduction in the physiological instabilities reduces subsequent movement and irritability of the infant. a sensor configured to monitor a physiological instability of an infant, and output a measurement signal, wherein the measurement signal includes respiration and one or more of infant movement, infant heart rate, infant temperature, or infant crying; monitor a physiological instability of an infant, and output a measurement signal, wherein the measurement signal includes respiration and one or more of infant movement, infant heart rate, infant temperature, or infant crying; a controller communicatively coupled to the sensor for receiving the measurement signal, the controller configured to determine the state of irritability based on the measurement signal, and determine and output a stimulation signal for treating the physiological instability based on the state of irritability; and determine the state of irritability based on the measurement signal, and determine and output a stimulation signal for treating the physiological instability based on the state of irritability; and an active region having an actuator and being communicatively coupled to the controller, the actuator configured to apply, in response to the stimulation signal, a stochastic stimulation to the infant adapted to reduce physiological instabilities in at least one of the respiration, the infant heart rate, or the infant temperature whereby the reduction in the physiological instabilities reduces subsequent movement and irritability of the infant.