mhurhangee/patent-ind-claim-en huggingface dataset:
A reticle transfer apparatus, comprising a reticle, a reticle stage and a robot , the robot configured to support, transport and transfer the reticle onto the reticle stage , wherein the reticle transfer apparatus further comprises: a first set of marks and a second set of marks , both provided on the reticle; a pre-alignment unit , disposed on one side of the reticle stage and configured to perform a first pre-alignment process by detecting the first set of marks and perform a second pre-alignment process by detecting the second set of marks during transfer of the reticle; characterized in that it further comprises a control unit, configured to adjust a position of the reticle relative to the reticle stage based on results of the first pre-alignment process such that the reticle is prevented from colliding with the reticle stage and to adjust a further position of the reticle relative to the reticle stage based on results of the second pre-alignment process such that the reticle is positioned in a predetermined range relative to the reticle stage . a first set of marks and a second set of marks , both provided on the reticle; a pre-alignment unit , disposed on one side of the reticle stage and configured to perform a first pre-alignment process by detecting the first set of marks and perform a second pre-alignment process by detecting the second set of marks during transfer of the reticle; characterized in that it further comprises a control unit, configured to adjust a position of the reticle relative to the reticle stage based on results of the first pre-alignment process such that the reticle is prevented from colliding with the reticle stage and to adjust a further position of the reticle relative to the reticle stage based on results of the second pre-alignment process such that the reticle is positioned in a predetermined range relative to the reticle stage .
A system for managing reduced pressure at a plurality of tissue sites undergoing reduced pressure treatment on a patient, the system comprising: a reduced-pressure source for providing reduced pressure; a pressure management module ; a first conduit fluidly coupled between the reduced-pressure source and the pressure management module for supplying reduced pressure to the pressure management module ; a plurality of reduced-pressure dressings; a plurality of reduced-pressure delivery conduits fluidly coupled to the pressure management module; wherein the plurality of reduced-pressure dressings are coupled to the plurality of reduced-pressure delivery conduits ; a plurality of a sensing conduits fluidly coupled to the pressure management module ; and wherein each reduced-pressure dressing has a sensing conduit of the plurality of sensing conduits and a reduced-pressure delivery conduit of the plurality of reduced-pressure delivery conduits associated with the reduced-pressure dressing. a reduced-pressure source for providing reduced pressure; a pressure management module ; a first conduit fluidly coupled between the reduced-pressure source and the pressure management module for supplying reduced pressure to the pressure management module ; a plurality of reduced-pressure dressings; a plurality of reduced-pressure delivery conduits fluidly coupled to the pressure management module; wherein the plurality of reduced-pressure dressings are coupled to the plurality of reduced-pressure delivery conduits ; a plurality of a sensing conduits fluidly coupled to the pressure management module ; and wherein each reduced-pressure dressing has a sensing conduit of the plurality of sensing conduits and a reduced-pressure delivery conduit of the plurality of reduced-pressure delivery conduits associated with the reduced-pressure dressing.
Packaging for a medical needle having a hub with a patient end of the medical needle protruding from a distal end thereof, the packaging comprising: a tube having: a first closed end into which the patient end of the medical needle is inserted so that the hub contacts an interior of the tube; a second closed end enclosing a proximal end of the hub; and a circumferential region disposed between the proximal end of the hub and the second closed end for opening the package to expose the proximal end of the hub to allow removal of the medical needle; characterized in that the tube is one of a plurality of tubes cut to unit length from a spiral tube; and wherein the circumferential region comprises a weakened area to ease breaking the tube at the circumferential region to allow removal of the medical needle. a first closed end into which the patient end of the medical needle is inserted so that the hub contacts an interior of the tube; a second closed end enclosing a proximal end of the hub; and a circumferential region disposed between the proximal end of the hub and the second closed end for opening the package to expose the proximal end of the hub to allow removal of the medical needle; characterized in that the tube is one of a plurality of tubes cut to unit length from a spiral tube; and wherein the circumferential region comprises a weakened area to ease breaking the tube at the circumferential region to allow removal of the medical needle.
Monitoring system for tracking vehicles, e.g. cars, buses or yachts, wherein the monitoring system comprises optical readers configured to acquire machine-readable codes , wherein the monitoring system has a licence plate of a vehicle with at least two of the machine-readable codes , wherein the machine-readable codes are printed on the licence plate , wherein the machine-readable codes are different from one another, wherein the machine-readable codes are arranged in different regions of the licence plate , wherein the at least two machine-readable codes are configured as barcode and as data matrix code or as barcode and as QR code or as data matrix code and as QR code, wherein the optical readers are configured as standard or long-range code scanners, wherein the long-range code scanner has a range of up to 21 metres, such that a machine-readable code can be read and checked from a distance of 21 metres with respect to the optical reader, wherein the machine-readable codes or the data of the machine-readable codes are stored in an electronic database of the monitoring system and in each case comprise the same number uniquely assigned to the vehicle.
A digital broadcasting receiver comprising: an A/D converter for converting received analog signals to a digital signal data stream; an Orthogonal Frequency Division Multiplexing, OFDM, demodulator for producing a set of complex I and Q components of subcarriers from the digital signal data stream, wherein the set of complex I and Q components is formed using a Fourier transform on the digital signal data stream; a CSI estimator for estimating Channel State Information, CSI, from the set of complex I and Q components, wherein the CSI is indicative of reliability for each subcarrier in an OFDM symbol; and a TPS decoder for decoding Transmission Parameter Signaling, TPS, data from the set of complex I and Q components by multiplying the I component of each subcarrier that carries the TPS data with the CSI corresponding to the subcarrier. an A/D converter for converting received analog signals to a digital signal data stream; an Orthogonal Frequency Division Multiplexing, OFDM, demodulator for producing a set of complex I and Q components of subcarriers from the digital signal data stream, wherein the set of complex I and Q components is formed using a Fourier transform on the digital signal data stream; a CSI estimator for estimating Channel State Information, CSI, from the set of complex I and Q components, wherein the CSI is indicative of reliability for each subcarrier in an OFDM symbol; and a TPS decoder for decoding Transmission Parameter Signaling, TPS, data from the set of complex I and Q components by multiplying the I component of each subcarrier that carries the TPS data with the CSI corresponding to the subcarrier.
Printing device comprising a printing surface having a first region and a second region, wherein the first region and the second region are at least partially adjacent to each other and form at least one boundary line , wherein the first region is a first magnetic region and is part of a first magnetic volume , wherein the magnetic volume comprises a first magnetic pole and a second magnetic pole , wherein the first magnetic pole faces the printing surface and the second magnetic pole faces away from the printing surface , and wherein the boundary line can be used to produce a contour on a substrate to be printed, wherein the printing device comprises a thickness of less than one millimeter, wherein the printing device is flexible and wherein the printing surface is compressible and wherein the printing device can be arranged on a counter-pressure device of a printing machine in the intended use. a printing surface having a first region and a second region, wherein the first region and the second region are at least partially adjacent to each other and form at least one boundary line , wherein the first region is a first magnetic region and is part of a first magnetic volume , wherein the magnetic volume comprises a first magnetic pole and a second magnetic pole , wherein the first magnetic pole faces the printing surface and the second magnetic pole faces away from the printing surface , and wherein the boundary line can be used to produce a contour on a substrate to be printed, wherein the printing device comprises a thickness of less than one millimeter, wherein the printing device is flexible and wherein the printing surface is compressible and wherein the printing device can be arranged on a counter-pressure device of a printing machine in the intended use.
A chewable tablet comprising a population of particles and an active pharmaceutical ingredient, the population of particles comprising directly compressible (DC) and non-directly compressible (non-DC) sugar alcohol particles, excluding non-DC erythritol particles, the non-DC sugar alcohol particles having not been granulated prior to tableting and providing the tablet with a plurality of discrete non-DC areas, each being composed of a single non-DC sugar alcohol particle or comprising several non-DC sugar alcohol particles, and the non-DC areas resulting in induced saliva generation upon mastication of the tablet.
A terminal comprising: a transmitting section configured to transmit uplink control information, UCI, by using an uplink control channel; and a control section configured to control a frequency resource for mapping the uplink control channel to use to transmit the UCI, by using a single table that defines hopping timings for each duration of the uplink control channel, wherein, in the single table, the duration of the uplink control channel may be associated with common hopping timing information, which shows a hopping timing that applies in common to a case an index of a starting symbol corresponds to the even number and a case the index of the starting symbol corresponds to the odd number and wherein a hopping timing for a specific duration defined in the single table is determined based on a ratio, which is 50%, of UCI and a demodulation reference signal mapped to a same frequency resource in the case an index of a starting symbol corresponds to the even number and in the case the index of the starting symbol corresponds to the odd number. a transmitting section configured to transmit uplink control information, UCI, by using an uplink control channel; and a control section configured to control a frequency resource for mapping the uplink control channel to use to transmit the UCI, by using a single table that defines hopping timings for each duration of the uplink control channel, wherein, in the single table, the duration of the uplink control channel may be associated with common hopping timing information, which shows a hopping timing that applies in common to a case an index of a starting symbol corresponds to the even number and a case the index of the starting symbol corresponds to the odd number and wherein a hopping timing for a specific duration defined in the single table is determined based on a ratio, which is 50%, of UCI and a demodulation reference signal mapped to a same frequency resource in the case an index of a starting symbol corresponds to the even number and in the case the index of the starting symbol corresponds to the odd number.
A shelf-stable mousse comprising (i) an aerated fat-free composition of a whipping agent, water and a sugar syrup, which composition is in admixture with (ii) at least one of a fat-containing substance; wherein the mousse has a water activity of less than 0.75, a hardness of less than 0.8N (measured as the force required to insert a probe to a depth of 7mm into the mousse), and a loss factor tan δ value of greater than 0.95, wherein the whipping agent is a protein and is present in the mousse in an amount of from 0.6 to 1.5 wt%, and wherein the fat-containing substance is present in the mousse in an amount of from 10 to 20wt%.
A method for assembling an annular seal element , which is formed by a sealing cord which runs around an opening , on a seal receptacle which runs around on the outside of a component , comprising the steps of: - introducing two assembly fingers into the opening of the annular seal element , - stretching the annular seal element by moving the assembly fingers apart from one another, with the formation of a cord portion of the sealing cord , said cord portion being freely tensioned between the assembly fingers, - placing the freely tensioned cord portion onto the seal receptacle in a contact region , - applying the annular seal element , by way of its opening , onto the seal receptacle , - removing the assembly fingers from the annular seal element , characterized in that , for the application of the annular seal element , the assembly fingers are moved so as to follow the profile of the seal receptacle , in order to travel around the seal receptacle in opposite directions. - introducing two assembly fingers into the opening of the annular seal element , - stretching the annular seal element by moving the assembly fingers apart from one another, with the formation of a cord portion of the sealing cord , said cord portion being freely tensioned between the assembly fingers, - placing the freely tensioned cord portion onto the seal receptacle in a contact region , - applying the annular seal element , by way of its opening , onto the seal receptacle , - removing the assembly fingers from the annular seal element , characterized
Short-circuit semiconductor component comprising a semiconductor body , in which a rear-side base zone of a first conduction type (p), an inner zone of a second conduction type (n) complementary to the first conduction type (p), and a front-side base zone of the first conduction type (p) are arranged successively in a vertical direction (v) proceeding from a rear side with a rear-side centre defined by its geometric centroid towards a front side , situated opposite the rear side , with a front-side centre defined by its geometric centroid, wherein the rear-side base zone is electrically conductively connected to a rear-side electrode , applied on the rear side , with a lateral rear-side electrode width (W ER ) given by its lateral extent, and the front-side base zone is electrically conductively connected to a front-side electrode , applied on the front side , with a lateral front-side electrode width (W EV ) given by its lateral extent, wherein at least one front-side switch-on structure is embedded into the front-side base zone and is at least partly covered by the front-side electrode , and/or at least one rear-side switch-on structure is embedded into the rear-side base zone and is at least partly covered by the rear-side electrode , wherein the respective switch-on structure is an emitter structure of the second conduction type (n), which is electrically conductively contacted with the electrode applied on the base zone respectively embedding said structure and which is able to be switched on by means of at least one triggering structure which acts on it electrically via the semiconductor body and which is activatable in turn by means of an electrical switch-on signal fed to it, characterized in that the triggering structure is configured and arranged in such a way that it causes a predestruction in its activated state by the injection of an electric current surge with a predetermined energy input into the semiconductor body between the triggering structure and the front-side and/or rear-side switch-on structure , wherein the electric current surge irreversibly destroys a first semiconductor junction formed between the respective switch-on structure and the base zone embedding the latter and/or a second semiconductor junction formed between said base zone and the inner zone , and wherein after the predestruction the semiconductor body is destroyed by a current flowing via the front-side electrode and the rear-side electrode in such a way that a fused junction forms between the front-side electrode and the rear-side electrode .
A separator comprising: a porous polymer substrate having a plurality of pores; a separator base including a porous coating layer formed on at least one surface of the porous polymer substrate, said porous coating layer comprising a plurality of inorganic particles and a binder polymer disposed partially or totally on the surface of the inorganic particles to connect and fix the inorganic particles with each other; and an adhesive porous layer formed on at least one surface of the separator base , said adhesive porous layer comprising an adhesive resin which shows adhesive property through heating at a temperature lower than a melting point of the porous polymer substrate, wherein the adhesive porous layer is provided with a porous structure formed by phase separation caused by an evaporation rate of a solvent and that of a non-solvent, when applying and drying a coating composition including the adhesive resin, the solvent and the non-solvent on at least one surface of the separator base, characterized in that the inorganic particles are a combination of boehmite particles and alumina particles, the boehmite particles having a smaller average particle diameter and a smaller density than the alumina particles. a porous polymer substrate having a plurality of pores; a separator base including a porous coating layer formed on at least one surface of the porous polymer substrate, said porous coating layer comprising a plurality of inorganic particles and a binder polymer disposed partially or totally on the surface of the inorganic particles to connect and fix the inorganic particles with each other; and an adhesive porous layer formed on at least one surface of the separator base , said adhesive porous layer comprising an adhesive resin which shows adhesive property through heating at a temperature lower than a melting point of the porous polymer substrate, wherein the adhesive porous layer is provided with a porous structure formed by phase separation caused by an evaporation rate of a solvent and that of a non-solvent, when applying and drying a coating composition including the adhesive resin, the solvent and the non-solvent on at least one surface of the separator base, characterized in that the inorganic particles are a combination of boehmite particles and alumina particles, the boehmite particles having a smaller average particle diameter and a smaller density than the alumina particles.
Method for decoding the contents of an IO link communication on an active IO link interface, wherein a communication speed, an IO link operating type, a used IO link M-sequence type are identified and wherein information contents are selected via a configuration interface and displayed or forwarded in formatted form, characterized in that IO link data are capacitively coupled out and digitized using an A/D converter, the resultant digital data flow, following filtering and processing by signal processing software, is converted back into an analogue substantially two-value signal and UART frames encoded therein are decoded using a UART interface hardware unit.
Pickling plant for surface treatment with a pickling medium for strip steel as normal steel, electrical steel strip, stainless steel and extra-high-strength and ultra-high-strength steel of the third generation in order to thereby create a surface suitable for subsequent shaping by further processing, comprising a plurality of treatment tanks connected in series, wherein the pickling plant is of modular construction and at least one first treatment tank as immersion bath module is provided in working direction from the strip entry , a plurality of treatment tanks in the form of spray pickling modules (17, n) being arranged downstream of the module and at least one closing-off second immersion bath module being downstream of the spray pickling modules (17, n), characterised in that the spray pickling modules (17, n) are activatable individually and independently of one another in time and the duration of action on the strip , which is to be treated, by the pickling medium is individually settable in dependence on the steel quality thereof and that the spray pickling modules (17, n) can be individually switched on and off in number and/or spray intensity in dependence on the steel qualities, which are to be treated, of the strip to be treated. the pickling plant is of modular construction and at least one first treatment tank as immersion bath module is provided in working direction from the strip entry , a plurality of treatment tanks in the form of spray pickling modules (17, n) being arranged downstream of the module and at least one closing-off second immersion bath module being downstream of the spray pickling modules (17, n), characterised in that the spray pickling modules (17, n) are activatable individually and independently of one another in time and the duration of action on the strip , which is to be treated, by the pickling medium is individually settable in dependence on the steel quality thereof and that the spray pickling modules (17, n) can be individually switched on and off in number and/or spray intensity in dependence on the steel qualities, which are to be treated, of the strip to be treated.
A medium comprising uridine at a concentration of 0.5 to 10 mM and N-acetyl-D-mannosamine at a concentration of 1 to 15 mM for expressing a glycoprotein by culturing cells, wherein preferably the concentration of uridine is 1 to 8 mM and the concentration of N-acetyl-D-mannosamine is 4 to 12 mM, wherein more preferably the concentration of uridine is 2 to 5 mM and the concentration of N-acetyl-D-mannosamine is 5 to 10 mM, wherein further more preferably the concentration of uridine is about 3 mM and the concentration of N-acetyl-D-mannosamine is about 8 mM.