mhurhangee/patent-ind-claim-en huggingface dataset:
A glass film-resin composite, comprising: an elongated glass film; a resin tape, which is arranged on at least one surface of the elongated glass film and is linearly arranged at least near each of both ends in a widthwise direction of the elongated glass film in one surface of the elongated glass film; a protective layer, which is arranged near each of both the ends in the widthwise direction of the surface of the elongated glass film having arranged thereon the resin tape and on an outside of the resin tape in the widthwise direction; and a resin layer arranged on one surface of the elongated glass film, the resin layer being arranged on the surface of the elongated glass film opposite to the surface having arranged thereon the resin tape, the width of the resin layer being identical to the width of the elongated glass film or larger than the width of the elongated glass film. an elongated glass film; a resin tape, which is arranged on at least one surface of the elongated glass film and is linearly arranged at least near each of both ends in a widthwise direction of the elongated glass film in one surface of the elongated glass film; a protective layer, which is arranged near each of both the ends in the widthwise direction of the surface of the elongated glass film having arranged thereon the resin tape and on an outside of the resin tape in the widthwise direction; and a resin layer arranged on one surface of the elongated glass film,
A control system for a vehicle , the system comprising: control means operable to monitor an accelerator control signal of the vehicle and to control a powertrain of the vehicle to apply an amount of torque to one or more wheels of the vehicle corresponding to the accelerator control signal, the powertrain comprising prime mover means (121; 123); an accelerometer device operable to measure a rate of acceleration of the vehicle; and means for checking the measured acceleration against a vehicle acceleration determined from wheel speed, and providing a warning signal if the measured acceleration and the vehicle acceleration determined from wheel speed are not consistent; means for determining whether the checked measured rate of acceleration of the vehicle and the accelerator control signal have an expected correspondence taking into account a yaw rate of the vehicle, wherein if the checked measured rate of acceleration and the accelerator control signal do not have the expected correspondence, the control means is operable to command a change in the amount of torque applied to the one or more wheels by the powertrain . control means operable to monitor an accelerator control signal of the vehicle and to control a powertrain of the vehicle to apply an amount of torque to one or more wheels of the vehicle corresponding to the accelerator control signal, the powertrain comprising prime mover means (121; 123); an accelerometer device operable to measure a rate of acceleration of the vehicle; and means for checking the measured acceleration against a vehicle acceleration determined from wheel speed, and providing a warning signal if the measured acceleration and the vehicle acceleration determined from wheel speed are not consistent; means for determining whether the checked measured rate of acceleration of the vehicle and the accelerator control signal have an expected correspondence taking into account a yaw rate of the vehicle, wherein if the checked measured rate of acceleration and the accelerator control signal do not have the expected correspondence, the control means is operable to command a change in the amount of torque applied to the one or more wheels by the powertrain .
Timepiece comprising a gasket , characterised in that the gasket comprises a polymer matrix charged with phosphorescent and/or fluorescent pigments.
A cellulose triacetate (CTA) hollow fiber type semipermeable membrane which is characterized in that , when an aqueous solution of 25°C having sodium chloride concentration of 35 g/L and pressure of 1.0 MPa is flown into and contacted with an outer side of the CTA hollow fiber type semipermeable membrane having length of about 70 cm while freshwater of 25°C having sodium chloride concentration of 0 g/L is flown into an inner side of one open end of the CTA hollow fiber type semipermeable membrane and discharged from another open end at 10 kPa or less, the permeation flow rate is 30 to 70 L/m 2 /day, wherein said permeation flow rate is measured under such a condition that twice of the permeation flow rate flown from the inner side to the outer side of the CTA hollow fiber type semipermeable membrane utilizing the concentration difference as a driving force is equal to a flow rate flown into the outer side of the CTA hollow fiber type semipermeable membrane and that the discharged flow rate from the inner side of the CTA hollow fiber type semipermeable membrane is equal to 10% of said permeation flow rate; the CTA hollow fiber type semipermeable membrane is further characterized in that , when aqueous solution having sodium chloride concentration of 1.5 g/L is filtered from the outer side to the inner side of the CTA hollow fiber type semipermeable membrane at 25°C and under pressure of 3.0 MPa, the ratio (permeation flow rate ratio) of the value of permeation flow rate after 24 hours to the value thereof after 1 hour is 0.85 to 1.0; that the outer diameter of the CTA hollow fiber type semipermeable membrane is 100 to 280 μm; that the inner diameter thereof is 50 to 200 μm; and that the hollow ratio thereof is 24 to 42%.
A pharmaceutical composition comprising amorphous calcium carbonate (ACC) stabilized by at least one stabilizing agent, for use in treating a disease or a condition selected from a muscular dystrophy and axonal defect.
A physiotherapy instrument for human body facet joint inflammation, comprising a rigid housing forming an L-shaped therapy cavity , a negative pressure generation control system , and a sealed connecting component, wherein the housing is provided with at least one opening for a limb to enter and leave, and the therapy cavity is connected to the negative pressure generation control system by means of an air passage , wherein the housing comprises a plurality of rigid parts structurally fitted, in use, to engage with each other to form a cavity wall of the therapy cavity after a bent limb of a user is received, and the housing is airtightly fixable to the limb at the at least one opening by means of the sealed connecting component, whereby the housing is configured for receiving a user's knee joint or elbow joint that is bent before being placed in the housing. wherein the housing is provided with at least one opening for a limb to enter and leave, and the therapy cavity is connected to the negative pressure generation control system by means of an air passage , wherein the housing comprises a plurality of rigid parts structurally fitted, in use, to engage with each other to form a cavity wall of the therapy cavity after a bent limb of a user is received, and the housing is airtightly fixable to the limb at the at least one opening by means of the sealed connecting component, whereby the housing is configured for receiving a user's knee joint or elbow joint that is bent before being placed in the housing.
A disk-type recording medium , comprising: synchronization patterns for synchronization being recorded in two adjacent tracks (L, G) with a shift in a track direction so that positions of the synchronization patterns in the track direction do not overlap in the adjacent tracks (L, G), wherein the two adjacent tracks are a land (L) and a groove (G), and all intervals between two successive ones of the synchronization patterns arranged in the track direction in each of the two adjacent tracks (L, G) are unequal. synchronization patterns for synchronization being recorded in two adjacent tracks (L, G) with a shift in a track direction so that positions of the synchronization patterns in the track direction do not overlap in the adjacent tracks (L, G), wherein the two adjacent tracks are a land (L) and a groove (G), and all intervals between two successive ones of the synchronization patterns arranged in the track direction in each of the two adjacent tracks (L, G) are unequal.
A method for compressing data blocks associated with a plurality of prioritized data streams, the method comprising: receiving a data block associated with a first data stream (S 1 ) of the plurality of prioritized data streams (S 1 to S M ), wherein each of the plurality of prioritized data streams (S 1 to S M ) is associated with a history buffer comprising one or more allocated history sections; determining if a history size increase is permitted for the history buffer of the first data stream (S 1 ) by determining whether a predetermined maximum history size is greater than a difference between the count of the number of history size increases previously granted to the plurality of prioritized data streams (S 1 to S M ) and a maximum of all history section decrease counts received from a decompressor ; and compressing the data block using a long range compressor associated with the first stream. receiving a data block associated with a first data stream (S 1 ) of the plurality of prioritized data streams (S 1 to S M ), wherein each of the plurality of prioritized data streams (S 1 to S M ) is associated with a history buffer comprising one or more allocated history sections; determining if a history size increase is permitted for the history buffer of the first data stream (S 1 ) by determining whether a predetermined maximum history size is greater than a difference between the count of the number of history size increases previously granted to the plurality of prioritized data streams (S 1 to S M ) and a maximum of all history section decrease counts received from a decompressor ; and compressing the data block using a long range compressor associated with the first stream.
A method of secure communication in a transmitter , the method comprising: transmitting, to a receiver , a hash value of channel information in the transmitter ; receiving, from the receiver , a response corresponding to the hash value; determining secret information based on the channel information and the response; the method being characterized by further comprising determining a method of generating a training sequence that is shared with the receiver , wherein the method of generating the training sequence comprises changing an order of data in a public training sequence based on the secret information and generating the training sequence further based on the changed order; generating the training sequence based on the method of generating the training sequence, and the secret information; and communicating with the receiver based on channel information derived from the training sequence. transmitting, to a receiver , a hash value of channel information in the transmitter ; receiving, from the receiver , a response corresponding to the hash value; determining secret information based on the channel information and the response; the method being characterized by further comprising determining a method of generating a training sequence that is shared with the receiver , wherein the method of generating the training sequence comprises changing an order of data in a public training sequence based on the secret information and generating the training sequence further based on the changed order; generating the training sequence based on the method of generating the training sequence, and the secret information; and communicating with the receiver based on channel information derived from the training sequence. determining a method of generating a training sequence that is shared with the receiver , wherein the method of generating the training sequence comprises changing an order of data in a public training sequence based on the secret information and generating the training sequence further based on the changed order; generating the training sequence based on the method of generating the training sequence, and the secret information; and communicating with the receiver based on channel information derived from the training sequence.
An induction cooking table including a rectangular hob, and several identical inductors each having a centre , the inductors being distributed according to a two-dimensional arrangement in a heating plane extending below the hob, the centres of the inductors being aligned in rows and columns according to a first direction (D1) and a second direction (D2), characterised in that each inductor is formed of a winding of substantially oval-contoured conductive wires and has a main axis (A1) of symmetry, the main axes (A1) of the inductors extending according to directions parallel to one another and oblique with respect to said first direction (D1) and to said second direction (D2).
An operation apparatus for a master-slave-based medical robotic system comprising: an operation unit configured to receive a user input; a vibration unit configured to present a vibration of an operation target of the operation unit; characterized in that the operation apparatus further comprises: a contact unit comprising a first contact surface configured to transmit the vibration by the vibration unit to a finger of a user; and an installation unit comprising a second contact surface configured to come into contact with the finger of the user and coupled to the operation unit, the installation unit comprising an opening through which a protruding part of the contact unit comprising the first contact surface protrudes and the installation unit being attached to the contact unit via an elastic body. an operation unit configured to receive a user input; a vibration unit configured to present a vibration of an operation target of the operation unit; a contact unit comprising a first contact surface configured to transmit the vibration by the vibration unit to a finger of a user; and an installation unit comprising a second contact surface configured to come into contact with the finger of the user and coupled to the operation unit, the installation unit comprising an opening through which a protruding part of the contact unit comprising the first contact surface protrudes and the installation unit being attached to the contact unit via an elastic body.
A method of operation of a wireless portable tire monitoring system, the method comprising: at a wireless portable tire monitor having at least one processor and a memory that stores sensor mappings and vehicle profiles: receiving sensor information from one or more tire-mounted sensors , each sensor being associated with a tire according to a sensor mapping, and each tire and associated sensor being associated with a vehicle according to a vehicle profile; and monitoring a status of at least one of the one or more tires. receiving sensor information from one or more tire-mounted sensors , each sensor being associated with a tire according to a sensor mapping, and each tire and associated sensor being associated with a vehicle according to a vehicle profile; and monitoring a status of at least one of the one or more tires.
Device for determining physiological data by analyzing human excrements in a toilet (T), using at least one indicator (11, 11', 11") and/or sensor, comprising a measurement system where for each measurement, an indicator (11, 11', 11") or sensor, respectively, can be brought in a measurement position in which sufficient contact with the urine or stool to be examined is established, the indicator (11, 11', 11") or sensor, respectively, being embodied as an independent unit; characterized in that the actual indicator (11, 11', 11") or sensor, respectively, can be placed in the measurement position inside the toilet by means of an element which can be unrolled or extended telescopically.
An apparatus for shaping a component from a particularly sheet-like semi-finished product , for example, a metal sheet strip, in a roll forming process line or a roll line for profiling to shape, by means of at least one processing device which includes as follows: a shaping device formed such that it shapes or similarly mechanically processes at least a partial area of the semi-finished product or similar, and a synchronization device , characterized in that the synchronization device includes a freewheeling synchronization roll and is formed and arranged such that it is or can be brought into synchronization engagement with already shaped areas of the semi-finished product and positions the semi-finished product in precision fit to the shaping device , wherein the shaping device includes at least one shaping roll enabling a roll shaping of the semi-finished product , wherein the shaping roll is arranged coaxially to the synchronization roll . a shaping device formed such that it shapes or similarly mechanically processes at least a partial area of the semi-finished product or similar, and a synchronization device , characterized in that the synchronization device includes a freewheeling synchronization roll and is formed and arranged such that it is or can be brought into synchronization engagement with already shaped areas of the semi-finished product and positions the semi-finished product in precision fit to the shaping device , wherein the shaping device includes at least one shaping roll enabling a roll shaping of the semi-finished product , wherein the shaping roll is arranged coaxially to the synchronization roll .
A process for manufacturing pellets of material that can be used as a road binder or as a sealing binder, comprising a core and a coating layer, in a fluidized air bed facility , said process comprising the following steps: (i) feeding the cores into the process chamber (II), (ii) fluidizing the cores present in the process chamber (II), by injecting an air stream , and (iii) feeding the coating layer precursor composition to the fluidized bed by means of at least one spray nozzle emerging from below into the fluidized bed , said facility comprising, in the process chamber (II), at least one insert delimiting a fluidized bed zone in which the air flow rate is higher relative to the rest of the process chamber (II), said core consisting of a first composition comprising at least one material chosen from: a bitumen base, a pitch and a clear binder, and said coating layer consisting of a second composition comprising at least one viscosifying compound and at least one anticaking agent. (i) feeding the cores into the process chamber (II), (ii) fluidizing the cores present in the process chamber (II), by injecting an air stream , and (iii) feeding the coating layer precursor composition to the fluidized bed by means of at least one spray nozzle emerging from below into the fluidized bed ,
Method of manufacturing a multi-phase busbar comprising providing a first conducting layer made of a sheet metal, a first conducting pin mounted to said first conducting layer which extends in a direction perpendicular to the first conducting layer , a second conducting layer made of a sheet metal, said second conducting layer comprising a first opening through which said first conducting pin projects, a second conducting pin which extends in a direction parallel to said first conducting pin , wherein the first and second conducting layers are mechanically interconnected to each other and electrically insulated from each by cured resin , and wherein each of said first and second conducting layers comprises a first and second connection area at its opposing end portions for electrically connecting said conducting layer to an electric power supply and/or a connecting area of a further multi-phase busbar , wherein the method further comprises the steps of providing liquid curable resin and providing a mold with a recess formed between an inner surface of the mold and the lateral edges of the first and second conducting layers , and: - providing a first and a second holding element , each having a base body with slot shaped receiving pockets (14a; 16a) formed therein for receiving the first and second connecting areas of each one of said first and second conducting layers - inserting said first connecting areas of said first and second conducting layers in said first slot shaped receiving pockets of said first holding element , - inserting said second connecting areas of said first and second conducting layer in said slot shaped receiving pockets of said second holding element , - placing said first and second holding elements with said first and second conducting layers arranged there between in the mold , - filling up said mold with said liquid curable resin , - curing said liquid resin , and - removing said holding elements from said connecting areas . - providing a first and a second holding element , each having a base body with slot shaped receiving pockets (14a; 16a) formed therein for receiving the first and second connecting areas of each one of said first and second conducting layers - inserting said first connecting areas of said first and second conducting layers in said first slot shaped receiving pockets of said first holding element , - inserting said second connecting areas of said first and second conducting layer in said slot shaped receiving pockets of said second holding element , - placing said first and second holding elements with said first and second conducting layers arranged there between in the mold , - filling up said mold with said liquid curable resin , - curing said liquid resin , and - removing said holding elements from said connecting areas .
Hybrid material for plastic scintillation measurement comprising: - a polymeric matrix; and - a fluorescent mixture incorporated in the polymeric matrix and comprising, in a molar concentration with respect to the total number of moles of primary fluorophore in the incorporated fluorescent mixture: i) from 95.6 molar% to 99.1 molar% of a main primary fluorophore consisting of naphthalene; and ii) from 0.9 molar% to 4.4 molar% of an additional primary fluorophore, the centroid of the light absorption spectrum and of the fluorescence emission spectrum of which have respectively a wavelength comprised between 250 nm and 340 nm and comprised between 330 nm and 380 nm, the fluorescence decay constant of which is comprised between 1 ns and 10 ns and the fluorescence quantum yield in a nonpolar solvent of which is comprised between 0.2 and 1. - a polymeric matrix; and - a fluorescent mixture incorporated in the polymeric matrix and comprising, in a molar concentration with respect to the total number of moles of primary fluorophore in the incorporated fluorescent mixture: i) from 95.6 molar% to 99.1 molar% of a main primary fluorophore consisting of naphthalene; and ii) from 0.9 molar% to 4.4 molar% of an additional primary fluorophore, the centroid of the light absorption spectrum and of the fluorescence emission spectrum of which have respectively a wavelength comprised between 250 nm and 340 nm and comprised between 330 nm and 380 nm, the fluorescence decay constant of which is comprised between 1 ns and 10 ns and the fluorescence quantum yield in a nonpolar solvent of which is comprised between 0.2 and 1. i) from 95.6 molar% to 99.1 molar% of a main primary fluorophore consisting of naphthalene; and ii) from 0.9 molar% to 4.4 molar% of an additional primary fluorophore, the centroid of the light absorption spectrum and of the fluorescence emission spectrum of which have respectively a wavelength comprised between 250 nm and 340 nm and comprised between 330 nm and 380 nm, the fluorescence decay constant of which is comprised between 1 ns and 10 ns and the fluorescence quantum yield in a nonpolar solvent of which is comprised between 0.2 and 1.