mhurhangee/patent-ind-claim-en huggingface dataset:
An optical display body (1; 2; 3; 4) capable of manifesting a visible image (21B; M), the optical display body (1; 2; 3; 4) comprising: a stripe mask including a transmission part (T) and a reflection part (R) that is wider than the transmission part (T), the transmission part (T) and the reflection part (R) being alternately arranged so as to form a stripe pattern; and a printed body including a flattened design that is the visible image (21B; M) flattened in a first direction, the flattened design being printed on the printed body two or more times repeatedly in a second direction orthogonal to the first direction, the stripe mask including: a first stripe pattern region in which a transmission part (Ta) having a first width (Wta) is arranged; and a second stripe pattern region in which a transmission part (Tb) having a second width (Wtb) that is larger than the first width (Wta) is arranged, and the stripe mask , upon being superimposed on the printed body such that a stripe direction of the stripe mask will be coincident with the second direction of the printed body , allowing the visible image (21B; M) to be displayed through the stripe mask , wherein the first stripe pattern region has a stripe pitch (Wtotala) which is equal to a stripe pitch (Wtotalb) in the second stripe pattern region and which differs from an integral multiple of an arrangement pitch (P) of the flattened design in the second direction. a stripe mask including a transmission part (T) and a reflection part (R) that is wider than the transmission part (T), the transmission part (T) and the reflection part (R) being alternately arranged so as to form a stripe pattern; and a printed body including a flattened design that is the visible image (21B; M) flattened in a first direction, the flattened design being printed on the printed body two or more times repeatedly in a second direction orthogonal to the first direction, the stripe mask including: a first stripe pattern region in which a transmission part (Ta) having a first width (Wta) is arranged; and a second stripe pattern region in which a transmission part (Tb) having a second width (Wtb) that is larger than the first width (Wta) is arranged, and a first stripe pattern region in which a transmission part (Ta) having a first width (Wta) is arranged; and a second stripe pattern region in which a transmission part (Tb) having a second width (Wtb) that is larger than the first width (Wta) is arranged, and the stripe mask , upon being superimposed on the printed body such that a stripe direction of the stripe mask will be coincident with the second direction of the printed body , allowing the visible image (21B; M) to be displayed through the stripe mask , wherein the first stripe pattern region has a stripe pitch (Wtotala) which is equal to a stripe pitch (Wtotalb) in the second stripe pattern region and which differs from an integral multiple of an arrangement pitch (P) of the flattened design in the second direction.
A data analysis method by a data analysis system comprising a processing device , a storage device connected to the processing device , and a communication part connected to the processing device and able to communicate with an external terminal, which data analysis method comprising: a measurement data acquiring step of acquiring measurement data received through the communication part and analyzing a material; a data analysis step of using a learned machine learning model to process the measurement data and output the results of analysis of the measurement data; and a storage processing step of storing in an analysis result database of the storage device a data set including the measurement data and the results of processing obtained by processing the measurement data as an analysis result data set; a learning-use data set acquiring step of acquiring a learning-use data set including results of evaluation of the results of processing of the measurement data received through the communication part and performed at the outside based on the analysis result data set, the results of evaluation including an evaluation score corresponding to the quality of the results of processing obtained from the measurement data; and a learning step of retraining the machine learning model based on the learning-use data set; characterized in that the said evaluation is carried out by a human. a measurement data acquiring step of acquiring measurement data received through the communication part and analyzing a material; a data analysis step of using a learned machine learning model to process the measurement data and output the results of analysis of the measurement data; and a storage processing step of storing in an analysis result database of the storage device a data set including the measurement data and the results of processing obtained by processing the measurement data as an analysis result data set; a learning-use data set acquiring step of acquiring a learning-use data set including results of evaluation of the results of processing of the measurement data received through the communication part and performed at the outside based on the analysis result data set, the results of evaluation including an evaluation score corresponding to the quality of the results of processing obtained from the measurement data; and a learning step of retraining the machine learning model based on the learning-use data set; characterized in that the said evaluation is carried out by a human.
An airway adaptor comprising: a gas passage into which a respiratory gas of a subject is to flow; a respiratory gas introducing portion which is configured to guide the respiratory gas expired from at least one of nostrils and a mouth of the subject , to the gas passage ; and an airway case on which a temperature sensor that is configured to detect a temperature change of the respiratory gas flowing into the gas passage is mountable, characterized in that the temperature sensor includes a heat sensitive portion (65a-d, 61, 62) which is configured to sense a temperature, and, when the temperature sensor is mounted on the airway case , the heat sensitive portion (65a-d, 61, 62) is disposed in at least one of the gas passage and the respiratory gas introducing portion . a gas passage into which a respiratory gas of a subject is to flow; a respiratory gas introducing portion which is configured to guide the respiratory gas expired from at least one of nostrils and a mouth of the subject , to the gas passage ; and an airway case on which a temperature sensor that is configured to detect a temperature change of the respiratory gas flowing into the gas passage is mountable, characterized in that the temperature sensor includes a heat sensitive portion (65a-d, 61, 62) which is configured to sense a temperature, and, when the temperature sensor is mounted on the airway case , the heat sensitive portion (65a-d, 61, 62) is disposed in at least one of the gas passage and the respiratory gas introducing portion .
A radiopaque PVA polymer or co-polymer comprising a structure according to the general formula I wherein X is a group of the formula II ZQ II wherein Z is a linking group, or is absent, such that Q is directly bonded to the cyclic acetal; where Z is present Z is C 1-6 alkylene, C 2-6 alkenylene, C 2-6 alkynylene, C 1-6 alkoxylene or C 1-6 alkoxyalkylene; Q is a C 5 to C 12 aryl, or heteroaryl; and Q is substituted by one or more iodines. Z is a linking group, or is absent, such that Q is directly bonded to the cyclic acetal; where Z is present Z is C 1-6 alkylene, C 2-6 alkenylene, C 2-6 alkynylene, C 1-6 alkoxylene or C 1-6 alkoxyalkylene; Q is a C 5 to C 12 aryl, or heteroaryl; and Q is substituted by one or more iodines.
An apparatus comprising: media access layer, MAC, circuitry ; and an interface to couple to a device comprising physical layer, PHY, circuitry , wherein the interface comprises a PHY Interface for a Peripheral Component Interconnect, PCI, Express architecture, PIPE-based, interface and comprises: a set of transmit pins to transmit data to the PHY circuitry ; a set of receive pins to receive data from the PHY circuitry ; characterized in that the interface further comprises a set of pins to implement a message bus interface, wherein the MAC circuitry is to access a set of message bus registers associated with the PHY circuitry via the message bus interface, respective bits in the set of message bus registers represent a plurality of control and status signals, a particular bit in the set of message bus registers represents a particular signal in the plurality of control and status signals, and the MAC circuitry is to write a value to the particular bit to initiate an operation associated with the particular signal. media access layer, MAC, circuitry ; and an interface to couple to a device comprising physical layer, PHY, circuitry , wherein the interface comprises a PHY Interface for a Peripheral Component Interconnect, PCI, Express architecture, PIPE-based, interface and comprises: a set of transmit pins to transmit data to the PHY circuitry ; a set of receive pins to receive data from the PHY circuitry ; characterized in that the interface further comprises a set of pins to implement a message bus interface, a set of transmit pins to transmit data to the PHY circuitry ; a set of receive pins to receive data from the PHY circuitry ; wherein the MAC circuitry is to access a set of message bus registers associated with the PHY circuitry via the message bus interface, respective bits in the set of message bus registers represent a plurality of control and status signals, a particular bit in the set of message bus registers represents a particular signal in the plurality of control and status signals, and the MAC circuitry is to write a value to the particular bit to initiate an operation associated with the particular signal.
Barrel assembly for a firearm , the barrel assembly comprising: - a barrel with a first barrel end , in the longitudinal extent of a barrel bore axis ; - a clamping device for clamping the barrel , wherein the clamping device has a first clamping jaw and a second clamping jaw ; - an eccentric clamp with a clamping lever for clamping the first clamping jaw and the second clamping jaw in relation to one another, wherein the clamping lever has a pivot axis and a butting surface , wherein the butting surface is formed eccentrically in relation to the pivot axis , wherein the clamping lever is pivotable with respect to the pivot axis between a clamping position and a releasing position , characterized in that a clearance is formed in the second clamping jaw , and in that the first clamping jaw has a clamping lever mount , wherein the clamping lever mount reaches into the clearance , wherein the clamping lever is mounted pivotably about the pivot axis on the clamping lever mount of the first clamping jaw and wherein the second clamping jaw has an abutment for the butting of the butting surface , wherein the abutment lies closer to a side of the second clamping jaw than the pivot axis . - a barrel with a first barrel end , in the longitudinal extent of a barrel bore axis ; - a clamping device for clamping the barrel , wherein the clamping device has a first clamping jaw and a second clamping jaw ; - an eccentric clamp with a clamping lever for clamping the first clamping jaw and the second clamping jaw in relation to one another, wherein the clamping lever has a pivot axis and a butting surface , wherein the butting surface is formed eccentrically in relation to the pivot axis , wherein the clamping lever is pivotable with respect to the pivot axis between a clamping position and a releasing position ,
A collet chuck with a chuck body into which at least two guide grooves running in a radial direction are worked, with a clamping jaw in a movable arrangement in each guide groove , in which the clamping jaw has helical gearing pointing in the direction of the chuck body , with a wedge rod in a movable mounting in the chuck body , in which each wedge rod is in a driving connection with one of the helical gearings of the clamping jaws by means of a helical gearing worked onto the wedge rod , with a through-hole worked into the chuck body which emerges in the guide groove , characterised in that, a sealing body is arranged on each of the guide grooves in the area of the through-hole , with the particular guide groove being separated from the through-hole by the sealing body and with the particular clamping jaw being movable due to the guide groove , in such a way that the clamping jaw and the sealing body make airtight and/or watertight contact with one another, - and/or that a sealing orifice is attached on the opposite ends of the clamping jaws , with the outer contour of the sealing orifice adapted to the inner contour of the guide groove and that the sealing orifice and the guide groove make airtight and/or watertight contact with one another, - and/or that a sealing comb is provided in the chuck body in the area of the wedge rod and running largely at right angles to it, in which case the sealing comb engages in the helical gearing of the wedge rod and is driven so as to move radially during the advance of the clamping jaws . - and/or that a sealing orifice is attached on the opposite ends of the clamping jaws , with the outer contour of the sealing orifice adapted to the inner contour of the guide groove and that the sealing orifice and the guide groove make airtight and/or watertight contact with one another, - and/or that a sealing comb is provided in the chuck body in the area of the wedge rod and running largely at right angles to it, in which case the sealing comb engages in the helical gearing of the wedge rod and is driven so as to move radially during the advance of the clamping jaws .
An arrangement for monitoring an optical element , comprising: a light source for emitting radiation onto a surface of the optical element , a detector for detecting the radiation that is at least partially reflected at the surface of the optical element , a holder for the optical element , in which the light source and the detector are integrated, characterized in that the holder has a cooling region through which a cooling liquid can flow, said cooling region being in contact with the optical element , and the holder comprises a reservoir , through which the beam path between the light source and the detector extends, for receiving cooling liquid leaking out at the optical element in case of a leakage. a detector for detecting the radiation that is at least partially reflected at the surface of the optical element , a holder for the optical element , in which the light source and the detector are integrated, characterized in that the holder has a cooling region through which a cooling liquid can flow, said cooling region being in contact with the optical element , and the holder comprises a reservoir , through which the beam path between the light source and the detector extends, for receiving cooling liquid leaking out at the optical element in case of a leakage.
A magnetocaloric material wherein the magnetocaloric material has a composition according to the general formula (I) (Mn x Fe 1-x ) 2+u P y Si v N z B w (I) wherein − 0.1 ≤ u ≤ 0.1 , 0.2 ≤ x ≤ 0.8 , 0.3 ≤ y ≤ 0.75 , 0.25 ≤ v ≤ 0.7 , 0 ≤ w ≤ 0.1 , 0.001 ≤ z ≤ 0.1 , y + v + w ≤ 1 y + v + z + w ≥ 1 .
A process for preparing a sheet article, comprising the steps of: a) preparing a wet pre-mixture comprising a water-soluble polymer and a surfactant and having a viscosity of from 1.0 Pa.s (1,000 cps) to 25 Pa.s (25,000 cps) measured at 40°C and 1 s -1 ; and b) aerating said wet pre-mixture to form an aerated wet pre-mixture having a density of from 0.05 to 0.5 g/ml; and c) forming said aerated wet pre-mixture into a sheet having opposing first and second sides; and d) drying said formed sheet for a drying time of from 1 minute to 60 minutes at a temperature from 70°C to 200°C along a heating direction that forms a temperature gradient decreasing from the first side to the second side of said formed sheet, wherein said heating direction is substantially opposite to the gravitational direction for more than half of the drying time. a) preparing a wet pre-mixture comprising a water-soluble polymer and a surfactant and having a viscosity of from 1.0 Pa.s (1,000 cps) to 25 Pa.s (25,000 cps) measured at 40°C and 1 s -1 ; and b) aerating said wet pre-mixture to form an aerated wet pre-mixture having a density of from 0.05 to 0.5 g/ml; and c) forming said aerated wet pre-mixture into a sheet having opposing first and second sides; and d) drying said formed sheet for a drying time of from 1 minute to 60 minutes at a temperature from 70°C to 200°C along a heating direction that forms a temperature gradient decreasing from the first side to the second side of said formed sheet, wherein said heating direction is substantially opposite to the gravitational direction for more than half of the drying time.
Train carriage comprising a platform leading into at least one toilet cubicle , the toilet cubicle comprising at least one air inlet for allowing air entry from the platform to the inside of the toilet cubicle and an air extraction opening , the air extraction opening communicating with an air extraction duct for removing the air from the toilet cubicle to the outside of the carriage, characterised in that the toilet cubicle is fitted with a cooling system comprising a Peltier module and a thermal device for removing the heat from a warm surface of the Peltier module , the thermal device being disposed so as to transfer the heat from the warm surface of the Peltier module to the volume of air contained inside the duct .
A locking device for fixing a belt of a sliding door system, comprising a housing , in which an actuator and a runner are received, wherein the runner can be displaced by means of the actuator linearly in the housing , and wherein at least one guide means is arranged on the runner and is guided in a first guide connecting rod in the housing , and wherein a retaining slider is arranged in or on the housing and can be moved along a movement direction, in order to lock the belt , towards said belt into a locked position and, in order to release the belt , away from said belt into a release position, for which purpose at least one second guide connecting rod is designed in the retaining slider , in said second guide connecting rod the guide means is likewise guided and wherein a retaining pawl is received on the retaining slider and is designed to engage into the belt and can be displaced in a running direction of the belt on the retaining slider , characterized in that at least one ramp (19a, 19b; 20) is formed in a receptacle between the retaining pawl and the retaining slider or as a section (A) in the first guide connecting rod , by means of which an additional closing path beyond the locked position of the retaining pawl can be generated when a tensile force is exerted on the belt in a locking direction (SR). that at least one ramp (19a, 19b; 20) is formed in a receptacle between the retaining pawl and the retaining slider or as a section (A) in the first guide connecting rod , by means of which an additional closing path beyond the locked position of the retaining pawl can be generated when a tensile force is exerted on the belt in a locking direction (SR).
An identification device consisting of a ring, which can be arranged around a finger of a user, and comprising an annular body having at least one radio-frequency transponder arranged therein for the transmission of an electromagnetic field carrying identification information, characterized in that the identification device comprises a masking device which can selectively authorize or block a propagation of the electromagnetic field emitted by the radio-frequency transponder , and in that this masking device at least comprises a sliding ring in rotation relative to the ring body , wherein the sliding ring comprises a field passage zone , which can be displaced between a first angular position, in which the passage zone for the electromagnetic field is located at least partially in front of the radio-frequency transponder in order to authorize the propagation of the electromagnetic field , and a second angular position, in which the passage zone is angularly offset from the radio-frequency transponder in order to block the propagation of the electromagnetic field .
Breast shield unit of a breast pump for expressing human breastmilk, the breast shield unit comprising a breast shield to be placed onto a mother's breast, a breastmilk collection container for receiving expressed breastmilk, an adapter for connecting the breast shield to the breastmilk collection container and a valve head , with a breastmilk channel extending from the breast shield into the breastmilk collection container through the adapter and the valve head , and the valve head comprising a valve , said valve closing and opening the breastmilk channel during the pumping action, wherein a fill level sensor for measuring a fill level of the breastmilk collection container is arranged in the valve head , characterized in that a position sensor is further present in the valve head, the position sensor detecting the position of the breastmilk collection container in three-dimensional space and hence the oblique position thereof in three-dimensional space.
A method of forming an Ophthalmic Lens with a Rigid Insert, the method comprising: predosing the front curve mold part with a Reactive Monomer Mixture; placing the Rigid Insert on the Reactive Monomer Mixture; precuring the Reactive Monomer Mixture to fixedly hold the Rigid Insert proximate to the front curve mold, wherein the precuring forms a front curve assembly; postdosing the front curve assembly with the Reactive Monomer Mixture, wherein the predosing and the postdosing amounts are capable of encapsulating the Rigid Insert; placing the back curve mold part proximate to the front curve assembly, wherein the placing forms a front curve and back curve assembly; curing the Reactive Monomer Mixture to form the Ophthalmic Lens; demolding the front curve and back curve assembly; removing the Ophthalmic Lens from the demolded front curve and back curve assembly; and hydrating the Ophthalmic Lens. predosing the front curve mold part with a Reactive Monomer Mixture; placing the Rigid Insert on the Reactive Monomer Mixture; precuring the Reactive Monomer Mixture to fixedly hold the Rigid Insert proximate to the front curve mold, wherein the precuring forms a front curve assembly; postdosing the front curve assembly with the Reactive Monomer Mixture, wherein the predosing and the postdosing amounts are capable of encapsulating the Rigid Insert; placing the back curve mold part proximate to the front curve assembly, wherein the placing forms a front curve and back curve assembly; curing the Reactive Monomer Mixture to form the Ophthalmic Lens; demolding the front curve and back curve assembly; removing the Ophthalmic Lens from the demolded front curve and back curve assembly; and hydrating the Ophthalmic Lens.