mhurhangee/ep-ind-claims huggingface dataset:
Storage apparatus for containers, which operates according to the first-in first-out principle, comprising at least one inlet belt (31 E) which can be driven along an inlet direction; at least one outlet belt which can be driven along an outlet direction; a storage module which is formed by the at least one inlet belt (31 E) and at least one outlet belt arranged in parallel with respect to each other, having a width and a first edge (30 1) on which the inlet belt (31 E) of the storage module for the containers is provided, and a second edge (30 2) on which an outlet belt for the containers is provided; a transfer unit which comprises an outer guide, so that the containers can be transferred from the inlet belt (31 E) to the outlet belt of the storage module, and a shifting unit, by means of which the transfer unit can be shifted depending on the required storage capacity in the storage apparatus along the inlet belt (31 E) or outlet belt; characterized in that at least one further drivable transfer belt (9, 31; 32) is arranged between the inlet belt (31 E) and the outlet belt, said further transfer belt being parallel substantially to the entire length of the storage module in such a way that a first transfer belt, which is directly adjacent to the inlet belt (31 E), extends in parallel over the entire length of the storage module and can be driven in the inlet direction, and a second transfer belt, which is directly adjacent to the outlet belt, extends in parallel over the entire length of the storage module and can be driven in the outlet direction, are arranged between the inlet belt (31 E) and the outlet belt.
A method for hash-based block matching, the method comprising: for each of multiple candidate blocks: evaluating whether the candidate block satisfies a complexity criterion; if the candidate block satisfies (2220-yes) the complexity criterion, determining a block hash value for the candidate block and adding the block hash value to a hash table, characterized in that: for a given candidate block of the multiple candidate blocks, the complexity criterion is satisfied if: at least one row of the given candidate block has non-uniform sample values; and/or at least one column of the given candidate block has non-uniform sample values, or there is at least one non-zero AC coefficient outside the top row of AC coefficients and/or leftmost column of AC coefficients for the candidate block. for each of multiple candidate blocks: evaluating whether the candidate block satisfies a complexity criterion; if the candidate block satisfies (2220-yes) the complexity criterion, determining a block hash value for the candidate block and adding the block hash value to a hash table, characterized in that: for a given candidate block of the multiple candidate blocks, the complexity criterion is satisfied if: evaluating whether the candidate block satisfies a complexity criterion; if the candidate block satisfies (2220-yes) the complexity criterion, determining a block hash value for the candidate block and adding the block hash value to a hash table, for a given candidate block of the multiple candidate blocks, the complexity criterion is satisfied if: at least one row of the given candidate block has non-uniform sample values; and/or at least one column of the given candidate block has non-uniform sample values, or there is at least one non-zero AC coefficient outside the top row of AC coefficients and/or leftmost column of AC coefficients for the candidate block.
A method for the manufacture of a part of a structural component of a vehicle, such as an automotive vehicle, made up of a first part connected to a second part by spot welding, wherein at least the first part is made of a boron steel plate with a thickness comprised between 1 and 3 mm and provided with an aluminium and silicon protective coating, which has been subjected to a prior hot stamping formation operation, and the tensile strength of the first part measured after hot stamping is comprised between 1200 MPa and 1600 MPa characterized in that the method comprises a treatment of improvement of the spot weldability of the first part before connecting the first part to the second part by spot welding, said treatment of improving the spot weldability comprising subjecting at least one localized and previously selected zone of the first part to a heat treatment by irradiating said zone with a diode laser beam of a power comprised between 500 W and 6 kW and using an optic to magnify the laser beam to a suitable size until reaching a temperature comprised between 400 °C and 900 °C, and being followed by leaving said zone of the first part to cool at a cooling rate equal to or less than 10 °C/s, providing said localized zone with an intentionally lower martensite content and accordingly with a lower yield strength and greater elongation in comparison with those of its adjacent zones not subjected to the treatment of improvement of the spot weldability.
A urinary catheter assembly comprising: - a urinary catheter, at least a part of which is provided with a hydrophilic coating; - a wetting fluid; and - a receptacle enclosing the wetting fluid and at least the part of the catheter being provided with the hydrophilic coating; characterized in that the receptacle is in direct contact with the hydrophilic coating of the catheter over essentially the entire length of said part of the catheter being provided with the hydrophilic coating, wherein the direct contact between the hydrophilic coating and the receptacle occurs in a number of contact points being distributed around the circumference of the catheter, said contact points being discrete contact points or contact points being continuously connected, and wherein at least one of the inner surface of the receptacle facing the hydrophilic coating and the outer surface of the hydrophilic coating, facing the receptacle, comprises a surface texture forming channels between the receptacle and the hydrophilic coating, the areas between the channels forming said areas of direct contact between the receptacle and the hydrophilic coating. - a urinary catheter, at least a part of which is provided with a hydrophilic coating; - a wetting fluid; and - a receptacle enclosing the wetting fluid and at least the part of the catheter being provided with the hydrophilic coating;
A process for the preparation of 2,6-di-tert-butyl phenol by reacting phenol with isobutylene in presence of an aluminum phenoxide catalyst, comprising i) preparing an aluminum phenoxide catalyst and phenol comprising mixture a) by mixing aluminum metal with phenol, and activating the catalyst by heating the mixture to a temperature of 100 to 180°C, and ii) carrying out a reaction b) by reacting mixture a) with an isobutylene comprising stream comprising 20 to 90% by weight of isobutylene and 10 to 80% by weight of 1-butene and/or 2-butene, which reaction is carried out under pressure and the maximum pressure is 5 to 20 bar. i) preparing an aluminum phenoxide catalyst and phenol comprising mixture a) by mixing aluminum metal with phenol, and activating the catalyst by heating the mixture to a temperature of 100 to 180°C, and ii) carrying out a reaction b) by reacting mixture a) with an isobutylene comprising stream comprising 20 to 90% by weight of isobutylene and 10 to 80% by weight of 1-butene and/or 2-butene, which reaction is carried out under pressure and the maximum pressure is 5 to 20 bar.
A handheld mobile imaging device, comprising: a single ion source to erase and write to an electronic paper display by depositing charges onto an imaging surface of the electronic paper display as the imaging device and the electronic paper display are moved relative to each other,; a ground connector to maintain an electrical connection to a ground electrode of the electronic paper display as the imaging device and the electronic paper display are moved relative to each other during erasing or writing to the electronic paper display; and an interface for transferring data between the imaging device and a computing device. a single ion source to erase and write to an electronic paper display by depositing charges onto an imaging surface of the electronic paper display as the imaging device and the electronic paper display are moved relative to each other,; a ground connector to maintain an electrical connection to a ground electrode of the electronic paper display as the imaging device and the electronic paper display are moved relative to each other during erasing or writing to the electronic paper display; and an interface for transferring data between the imaging device and a computing device.
A method for triggering input commands of a program run on a computing system comprising a computing device in a home use environment, the method comprising: monitoring a field of view in front of an image capture device, having known white balance characteristics and facing towards a user, wherein a grid of pixels is associated with the image capture device; identifying a hand-held light source within the field of view, wherein the light source comprises one or more light emitting diodes (LED(s)) and a diffuser placed over the LED(s) to defocus the light source and expand an area representing the light source within the grid of pixels to occupy more than one pixel, and defining the expanded area (134, 136) representing the light source within the grid of pixels; wherein the light source can be triggered to change from one light color to another by an actuator; detecting a change from a first color light to a second color light emitted from the light source; and in response to detecting the change, triggering an input command at the program run on the computing device; wherein the method of operation of identifying a light source within the field of view includes tracking predetermined pixel values associated with respective colors emitted from the defocussed light source having known characteristics, and calculating coordinates of a centroid of the tracked pixel values in the defined expanded area. monitoring a field of view in front of an image capture device, having known white balance characteristics and facing towards a user, wherein a grid of pixels is associated with the image capture device; identifying a hand-held light source within the field of view, wherein the light source comprises one or more light emitting diodes (LED(s)) and a diffuser placed over the LED(s) to defocus the light source and expand an area representing the light source within the grid of pixels to occupy more than one pixel, and defining the expanded area (134, 136) representing the light source within the grid of pixels; wherein the light source can be triggered to change from one light color to another by an actuator; wherein the light source comprises one or more light emitting diodes (LED(s)) and a diffuser placed over the LED(s) to defocus the light source and expand an area representing the light source within the grid of pixels to occupy more than one pixel, and defining the expanded area (134, 136) representing the light source within the grid of pixels; wherein the light source can be triggered to change from one light color to another by an actuator; detecting a change from a first color light to a second color light emitted from the light source; and in response to detecting the change, triggering an input command at the program run on the computing device; wherein the method of operation of identifying a light source within the field of view includes tracking predetermined pixel values associated with respective colors emitted from the defocussed light source having known characteristics, and calculating coordinates of a centroid of the tracked pixel values in the defined expanded area.
Adaptor housing (1, 1', 1", 1′′′) for accommodating a contact insert (2, 2'), - wherein, on its outer wall, the adaptor housing (1, 1', 1", 1′′′) has two connecting means, integrally formed opposite one another, of mutually complementary design for reversible connection to an adaptor housing (1, 1', 1", 1′′′) of the same type and/or to a top-hat rail-fixing element, - and wherein, on the plugging side, the adaptor housing (1, 1', 1", 1′′′) has at least one locking means for reversible locking of the adaptor housing (1, 1', 1", 1′′′) to a further adaptor housing (1, 1', 1", 1′′′), characterized - in that the adaptor housing (1, 1', 1", 1′′′) has a fastening means for reversibly fastening the contact carrier (2, 2') in the adaptor housing (1, 1', 1'', 1'''), - in that the fastening means is formed as a separate component and is reversibly latchable on the outside of the adaptor housing (1, 1', 1", 1′′′) and - in that the adaptor housing (1, 1', 1", 1′′′) has an opening, and in that the fastening means has a pin, wherein the pin of the fastening means engages through the opening of the adaptor housing (1, 1', 1", 1′′′). - wherein, on its outer wall, the adaptor housing (1, 1', 1", 1′′′) has two connecting means, integrally formed opposite one another, of mutually complementary design for reversible connection to an adaptor housing (1, 1', 1", 1′′′) of the same type and/or to a top-hat rail-fixing element, - and wherein, on the plugging side, the adaptor housing (1, 1', 1", 1′′′) has at least one locking means for reversible locking of the adaptor housing (1, 1', 1", 1′′′) to a further adaptor housing (1, 1', 1", 1′′′), - in that the adaptor housing (1, 1', 1", 1′′′) has a fastening means for reversibly fastening the contact carrier (2, 2') in the adaptor housing (1, 1', 1'', 1'''), - in that the fastening means is formed as a separate component and is reversibly latchable on the outside of the adaptor housing (1, 1', 1", 1′′′) and - in that the adaptor housing (1, 1', 1", 1′′′) has an opening, and in that the fastening means has a pin, wherein the pin of the fastening means engages through the opening of the adaptor housing (1, 1', 1", 1′′′).
An optical line termination comprising a SERDES that parallelizes burst data received from a termination device, wherein the SERDES includes a dummy-data generating unit that generates dummy data, a data selecting unit that selects either the dummy data or the burst data based on whether there is the burst data, a clock extracting unit that extracts clock from data selected by the data selecting unit, a data extracting unit that extracts information data based on clock extracted by the clock extracting unit and data selected by the data selecting unit, and a parallelizing unit that parallelizes information data extracted by the data extracting unit, wherein the dummy-data generating unit generates the dummy data such that the dummy data has data changes from which the clock extracting unit is capable of extracting clock, and the data selecting unit detects whether there is the burst data based on a data-head instruction signal indicating a head of the burst data and a data-end instruction signal indicating an end of the burst data.
A cooling jacket for a hollow airfoil of a turbine nozzle of a turbomachine, including: - a main body extending along a radial direction between a radially outer end and a radially inner end and including suction and pressure faces and a central intake duct defining a first ventilation air circulation area characterized in that the central intake duct is connected to these two faces by two separating walls (36a, 36b) defining second and third ventilation air circulation areas, each of the suction and pressure faces including at least two rows of drill holes to expel the ventilation air from the second and third ventilation air circulation areas, - an outer plate disposed at the radially outer end of the main body, the outer plate including first, second and third holes to allow the ventilation air respectively into the first, second and third ventilation air circulation areas, and - an inner plate disposed at the radially inner end of the main body, the inner plate including a central opening to expel air from the first ventilation air circulation area, the inner and outer plates being secured by soldering to the main body (30, 32, 36a, 36b) to form a one-piece unit with three ventilation air circulation areas, independent and airtight with respect to one another, before its installation in the hollow airfoil of the turbine nozzle. - a main body extending along a radial direction between a radially outer end and a radially inner end and including suction and pressure faces and a central intake duct defining a first ventilation air circulation area characterized in that the central intake duct is connected to these two faces by two separating walls (36a, 36b) defining second and third ventilation air circulation areas, each of the suction and pressure faces including at least two rows of drill holes to expel the ventilation air from the second and third ventilation air circulation areas, - an outer plate disposed at the radially outer end of the main body, the outer plate including first, second and third holes to allow the ventilation air respectively into the first, second and third ventilation air circulation areas, and - an inner plate disposed at the radially inner end of the main body, the inner plate including a central opening to expel air from the first ventilation air circulation area, - an outer plate disposed at the radially outer end of the main body, the outer plate including first, second and third holes to allow the ventilation air respectively into the first, second and third ventilation air circulation areas, and - an inner plate disposed at the radially inner end of the main body, the inner plate including a central opening to expel air from the first ventilation air circulation area, the inner and outer plates being secured by soldering to the main body (30, 32, 36a, 36b) to form a one-piece unit with three ventilation air circulation areas, independent and airtight with respect to one another, before its installation in the hollow airfoil of the turbine nozzle.
Hand-guided soil-working machine, especially a lawnmower, having a mobile housing with a guide handle that extends obliquely upwards towards the operator, which guide handle is pivotally mounted on the housing by means of a bearing and on the one hand can be arrested in different operating positions (A, B, C) in order to match its upper end to the operating height desired by the operator, while on the other hand the guide handle can be folded out of the operating positions (A, B, C) into at least one forwardly inclined rest position, and wherein the pivot axis for setting different operating positions and the pivot axis for folding into the rest position are identical, characterised in that the pivot bearing has two axially displaced pivoting regions of which the first pivoting region comprises the said operating positions (A, B, C), while the second pivoting region comprises the folding of the guide handle out of the operating positions into at least one rest position; a clamping device is provided, which acts in the direction of the pivot axis and releases or blocks the two pivoting regions as desired; and the release of the first pivoting region is effected before the release of the second pivoting region.
A registration method for common service entity, CSE, comprising: an originator CSE sending a CSE resource creation request message to a receiver CSE, wherein the CSE resource creation request message comprises an identifier of the originator CSE and a type of the originator CSE, or, an identifier of the originator CSE, a type of the originator CSE, and an M2M service provider's identifier of the originator CSE; the receiver CSE detecting whether there is already a resource corresponding to the identifier of the originator CSE in local; the receiver CSE creating a resource for the originator CSE if there is no resource corresponding to the identifier of the originator CSE in local, setting a resource name according to the identifier of the originator CSE, saving the type of the originator CSE as an attribute, and generating a CSE resource creation response message indicating that the resource creation is successful; the receiver CSE sending the CSE resource creation response message to the originator CSE; and the originator CSE creating a resource for the receiver CSE, setting a resource name according to an identifier of the receiver CSE, and saving a type of the receiver CSE as an attribute. an originator CSE sending a CSE resource creation request message to a receiver CSE, wherein the CSE resource creation request message comprises an identifier of the originator CSE and a type of the originator CSE, or, an identifier of the originator CSE, a type of the originator CSE, and an M2M service provider's identifier of the originator CSE; the receiver CSE detecting whether there is already a resource corresponding to the identifier of the originator CSE in local; the receiver CSE creating a resource for the originator CSE if there is no resource corresponding to the identifier of the originator CSE in local, setting a resource name according to the identifier of the originator CSE, saving the type of the originator CSE as an attribute, and generating a CSE resource creation response message indicating that the resource creation is successful; the receiver CSE sending the CSE resource creation response message to the originator CSE; and the originator CSE creating a resource for the receiver CSE, setting a resource name according to an identifier of the receiver CSE, and saving a type of the receiver CSE as an attribute.
A method for operating a spark ignited gaseous fuel internal combustion engine including at least one main combustion chamber, a pre-chamber assembly including a pre-chamber, the pre-chamber being configured to be fluidly connected to the main combustion chamber,and at least one ignition device (34; 134) accommodated in the pre-chamber assembly and configured to initiate an ignition event within an ignition region, the method comprising: supplying pressurized fuel to the ignition region at times between about 30° to about 0°, particularly between about 10° to about 2° crank angle before the ignition event is initiated by the ignition device (34; 134) for enriching the ignition region with fuel and generating a stratified charge of combustion mixture in the pre-chamber, an enriched combustion mixture in the ignition region and a lean combustion mixture in the rest of the pre-chamber; and initiating an ignition event in the ignition region for combusting the enriched air/fuel mixture within the ignition region. supplying pressurized fuel to the ignition region at times between about 30° to about 0°, particularly between about 10° to about 2° crank angle before the ignition event is initiated by the ignition device (34; 134) for enriching the ignition region with fuel and generating a stratified charge of combustion mixture in the pre-chamber, an enriched combustion mixture in the ignition region and a lean combustion mixture in the rest of the pre-chamber; and initiating an ignition event in the ignition region for combusting the enriched air/fuel mixture within the ignition region.