mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting a physical sidelink broadcast channel, PSBCH, of a first user equipment, comprising: transmitting, to one or more second user equipments, a PSBCH carrying information, wherein the information carried in the PSBCH is used to determine a periodicity and a number of slots, wherein the slots comprise sidelink, SL, slots, and obtaining a first reference subcarrier spacing, SCS, wherein the first reference SCS is configured by the network, characterized in that a number of slots which is determined by the information carried in the PSBCH is further determined by the first reference SCS and a second reference SCS, wherein the second reference SCS is pre-configured, or pre-defined, or determined by the information carried in the PSBCH. transmitting, to one or more second user equipments, a PSBCH carrying information, wherein the information carried in the PSBCH is used to determine a periodicity and a number of slots, wherein the slots comprise sidelink, SL, slots, and obtaining a first reference subcarrier spacing, SCS, wherein the first reference SCS is configured by the network, characterized in that a number of slots which is determined by the information carried in the PSBCH is further determined by the first reference SCS and a second reference SCS, wherein the second reference SCS is pre-configured, or pre-defined, or determined by the information carried in the PSBCH.
A method for fastening a first electrically conductive layer (11, 11A) to a second electrically conductive layer (11B, 13, 13S) using electrical resistance welding, comprising: - placing the first (11, 11A) and second layers (11B, 13, 13S) together in physical and electrical contact; - placing an electrically conductive fastener (10, 20, 410, 710, 810, 910, 3210, 3310, 3410, 4410, 4510, 4610, 4710, 4810) which has a higher melting point than the first layer and the second layer in physical and electrical contact with the first layer to form an electrically conductive stack inclusive of the fastener, the first layer and the second layer; - applying an electrical potential across the stack, inducing a current to flow through the stack and causing resistive heating, the resistive heating causing a softening of the first layer (11, 11A); - urging the fastener (10, 20, 410, 710, 810, 910, 3210, 3310, 3410, 4410, 4510, 4610, 4710, 4810) into the softened first layer (11, 11A) toward the second layer (13, 13S) forming a molten weld zone (Pd, Pe, 4410W, 4510W6) in the first layer that extends beyond the fastener and includes at least a portion of the second layer; - allowing the weld zone (Pd, Pe, 4410W, 4510W6, 4810W) to cool and solidify, joining the first layer and the second layer. - placing the first (11, 11A) and second layers (11B, 13, 13S) together in physical and electrical contact; - placing an electrically conductive fastener (10, 20, 410, 710, 810, 910, 3210, 3310, 3410, 4410, 4510, 4610, 4710, 4810) which has a higher melting point than the first layer and the second layer in physical and electrical contact with the first layer to form an electrically conductive stack inclusive of the fastener, the first layer and the second layer; - applying an electrical potential across the stack, inducing a current to flow through the stack and causing resistive heating, the resistive heating causing a softening of the first layer (11, 11A); - urging the fastener (10, 20, 410, 710, 810, 910, 3210, 3310, 3410, 4410, 4510, 4610, 4710, 4810) into the softened first layer (11, 11A) toward the second layer (13, 13S) forming a molten weld zone (Pd, Pe, 4410W, 4510W6) in the first layer that extends beyond the fastener and includes at least a portion of the second layer; - allowing the weld zone (Pd, Pe, 4410W, 4510W6, 4810W) to cool and solidify, joining the first layer and the second layer.
A method for controlling an electronic apparatus in which a normal operating system, OS, and a secure OS are installed, the method characterised by: searching, by the electronic apparatus in which the normal OS and the secure OS are installed, for at least one external terminal in which a secure OS is installed, from amongst a plurality of external terminals; displaying a first UI including the searched at least one external terminal in which the secure OS is installed; based on a first terminal in which the normal OS and the secure OS are installed being selected from among the searched at least one external terminal included in the first UI, performing communication between the electronic apparatus and the first terminal; searching, by the electronic apparatus in which the normal OS and the secure OS are installed, for at least one external terminal in which a normal OS is installed, from among a plurality of external terminals capable of being connected to the first terminal; displaying a second UI including the searched at least one external terminal in which a normal OS is installed; and based on a second terminal in which the normal OS is installed and the secure OS is not installed being selected from among the searched at least one external terminal included in the second UI performing communication between the electronic apparatus and the second terminal in which the normal OS is installed and the secure OS is not installed through the first terminal in which the normal OS and the secure OS are installed. searching, by the electronic apparatus in which the normal OS and the secure OS are installed, for at least one external terminal in which a secure OS is installed, from amongst a plurality of external terminals; displaying a first UI including the searched at least one external terminal in which the secure OS is installed; based on a first terminal in which the normal OS and the secure OS are installed being selected from among the searched at least one external terminal included in the first UI, performing communication between the electronic apparatus and the first terminal; searching, by the electronic apparatus in which the normal OS and the secure OS are installed, for at least one external terminal in which a normal OS is installed, from among a plurality of external terminals capable of being connected to the first terminal; displaying a second UI including the searched at least one external terminal in which a normal OS is installed; and based on a second terminal in which the normal OS is installed and the secure OS is not installed being selected from among the searched at least one external terminal included in the second UI performing communication between the electronic apparatus and the second terminal in which the normal OS is installed and the secure OS is not installed through the first terminal in which the normal OS and the secure OS are installed.
Apparatus for separating a surface layer from animal food products conveyable in the product transport direction of the apparatus, comprising a frame, a driven carrier roller having a structured, cylindrical roller circumferential surface, which is rotatable around a roller rotational axis extending transversally to the product transport direction over the working width of the apparatus, comprising a cutting device which is opposite the carrier roller with a blade holder pressure body holding the separating blade, which extends with the carrier roller over its zenith area and, seen from the product transport direction, in the space lying behind the carrier roller, which has a concave pressing surface corresponding with the roller circumferential surface and which is pivotable around a pressure body pivoting axis extending in the apparatus transverse direction, and comprising a pressure device exerting a pressing force on the blade holder pressure body, wherein the roller circumferential surface and the pressure body pressing surface form a traction gap transporting the separated surface layer through the separating blade and automatically changeable in working mode, which has a traction gap inlet area and a traction gap outlet area, wherein the traction gap is automatically widened against the pressing force exerted on the blade holder pressure body in the traction gap inlet area according to the thickness of the pulled in surface layer, wherein the pressure body pivoting axis is set up as a rear pivoting axis on the side of the blade holder pressure body facing away from the carrier roller in the apparatus longitudinal direction and wherein the apparatus has a pressure body guiding device automatically shifting the blade holder pressure body out of a defined initial position with which the rear pivoting axis of the blade holder pressure body, seen in the working rotation direction of the carrier roller, is arranged in the area behind the separating blade and is automatically, as well as by means of a guide track guidably shiftable such that in the case of the carriage of the surface layer against the pressing force of the pivoting up blade holder pressure body, the traction gap becomes wide in the inlet area and narrower in the outlet area and the blade holder pressure body is held freely yieldable in the direction against the pressing force so that along the traction gap a floating application occurs against the completely pulled in surface layer under formation of a process gap with a gap size homogenizing the pressing force and automatically adjusting to the thickness of the surface layer, wherein the guiding device is set up such that the blade holder pressure body in the case of the floating application on the surface layer fully pulled into the traction gap is held without contact with the guide track, by means of which the rear pressure body pivoting axis is guided shiftably during the pivoting up of the blade holder pressure body out of its initial position.
A compound of formula wherein: A represents R1 represents a branched alkyl radical, or a radical NR 4 R 5; R2 is a hydrogen atom, a linear or branched alkyl radical, a monohydroxyalkyl radical; R3 is a hydrogen; R4 and R5, identical or different, represent a linear or branched alkyl radical; R4 and R5, taken together, may also be bound and form a pyrrolidine-type heterocycle with the nitrogen atom to which they are bound, this heterocycle which may optionally be substituted; W represents O, S, NH or CH 2; X, Y, Z, identical or different, represent O, or N; the central heterocycle corresponds to one of the structures presented below, the dotted bonds which may correspond to a single or double bond according to the nature of the atoms X, Y and Z and their covalency as well as their addition salts with a pharmaceutically acceptable acid, their addition salts with a pharmaceutically acceptable base and their enantiomers. A represents R1 represents a branched alkyl radical, or a radical NR 4 R 5; R2 is a hydrogen atom, a linear or branched alkyl radical, a monohydroxyalkyl radical; R3 is a hydrogen; R4 and R5, identical or different, represent a linear or branched alkyl radical; R4 and R5, taken together, may also be bound and form a pyrrolidine-type heterocycle with the nitrogen atom to which they are bound, this heterocycle which may optionally be substituted; W represents O, S, NH or CH 2; X, Y, Z, identical or different, represent O, or N; the central heterocycle corresponds to one of the structures presented below, the dotted bonds which may correspond to a single or double bond according to the nature of the atoms X, Y and Z and their covalency as well as their addition salts with a pharmaceutically acceptable acid, their addition salts with a pharmaceutically acceptable base and their enantiomers.
Electrical arrangement - comprising a current conductor guided through a bushing in a carrier element, - an electrically conductive adapter element that is fitted onto the conductor end, projecting out of the bushing, of the current conductor, and - an electrical connection terminal fitted onto the adapter element, wherein the adapter element is a sleeve, the sleeve wall of which is provided with a separating slot that extends along the sleeve longitudinal axis from one of the two sleeve ends (102, 103) to the other of the two sleeve ends (102, 103), characterized in that the sleeve has, in addition to the separating slot, at least one groove that extends radially from the outside to the inside and has a radially inner groove base, wherein the groove depth is between 50% and 99% of the sleeve wall thickness and the sleeve has precisely six such grooves arranged in a rotationally symmetrical manner. - comprising a current conductor guided through a bushing in a carrier element, - an electrically conductive adapter element that is fitted onto the conductor end, projecting out of the bushing, of the current conductor, and - an electrical connection terminal fitted onto the adapter element, wherein
A single use bedpan bag for use in a bed pan system comprising said bag and a bedpan chair, wherein the bedpan chair includes a seat with an outer periphery, the seat having an opening substantially and functionally corresponding to the opening in a toilet seat on a traditional water-flushed toilet, wherein the bedpan bag is provided with a top, a bottom, an outer side and an inner side, the bedpan bag including at least one receptacle portion between the inner side and the bottom for receiving faeces and/or urine, wherein the bedpan bag further includes, preferably at the top, a fixing part, and further includes a tear-off edge for separating the receptacle portion from the fixing part, the tear-off edge being closer to the fixing part than to the bottom of the receptacle portion, and that the tear-off edge is prepared as perforation or other pre-pressed deformation of the bag, the bedpan bag being configured such that when placed in the opening of the seat of the bed pan chair, it will cover the entire opening in the seat, characterised in that the fixing part includes fixing means in the form of adhesives for fixing the fixing part to the bedpan chair seat.
A power-combining system for generating a coherent high-power wavefront comprising: a combining-radiating assembly having a plurality of ports; phase controllers to generate signals with a predetermined phase shift for an associated one of the ports; characterised by a plurality of coherent sources to receive signals from an associated one of the phase controllers and to provide the signals to an associated port of the combining-radiating assembly with the predetermined phase shifts; and a dual-directional coupler 106) provided between each of the sources and each of the ports, each coupler configured to measure incident and reflected power at the associated port for use in setting the predetermined phase shift at each of the associated ports, wherein energy from the ports is coherently combined and radiated by combining-radiating assembly to provide a coherent wavefront. a combining-radiating assembly having a plurality of ports; phase controllers to generate signals with a predetermined phase shift for an associated one of the ports; characterised by a plurality of coherent sources to receive signals from an associated one of the phase controllers and to provide the signals to an associated port of the combining-radiating assembly with the predetermined phase shifts; and a dual-directional coupler 106) provided between each of the sources and each of the ports, each coupler configured to measure incident and reflected power at the associated port for use in setting the predetermined phase shift at each of the associated ports, wherein energy from the ports is coherently combined and radiated by combining-radiating assembly to provide a coherent wavefront.
Method of manufacturing timepiece hairsprings in a wafer, comprising a step in which: b) between at least one source emitting radiation and a photosensitive resin carried by a face of the wafer, a reusable mask stops at least a part of the radiation except at the level of zones comprising several windows which define the contours of the timepiece hairsprings and which this reusable mask comprises, characterized in that the reusable mask is a corrected reusable mask in that at least some of the windows are dimensionally different from each other so as to reduce an extent of a dispersion of the elastic torques of at least some of the timepiece hairsprings made in the same wafer.
A combined pumping system suitable to be connected to a vacuum chamber, said system comprising a getter pump an ion pump; and a flange having an internal side and an external side, the internal side of the flange being internal to the vacuum chamber when the pumping system is connected to the vacuum chamber and the external side of the flange being external to the vacuum chamber when the pumping system is connected to the vacuum chamber, characterized in that said getter and ion pumps (12, 13) are mounted on the flange and arranged on the internal side of said flange at two different points thereof.
A method of investigating a flux of output electrons emanating from a sample in a charged-particle microscope, which flux is produced in response to irradiation of the sample by a beam of input charged particles, characterized in that the method comprises the following steps: - Using a detector to intercept at least a portion of the flux so as to produce a set {I j} of pixeled images I j of at least part of the sample, whereby the cardinality of the set {I j} is M > 1. - For each pixel p i in each image I j, determining the accumulated signal strength S ij, thus producing an associated set of signal strengths {S ij}. - Using the set {S ij} to calculate the following values: ▪ An average signal strength S per pixel position i; ▪ A variance σ 2 S in S per pixel position i. - Using these values S and σ 2 S to produce at least one map of said part of the sample, selected from the group comprising: ▪ A first map, representing variation in energy of detected electrons as a function of position. ▪ A second map, representing variation in number of detected electrons as a function of position, whereby each produced map is produced using both of the values of S and σ 2 S. - Using a detector to intercept at least a portion of the flux so as to produce a set {I j} of pixeled images I j of at least part of the sample, whereby the cardinality of the set {I j} is M > 1. - For each pixel p i in each image I j, determining the accumulated signal strength S ij, thus producing an associated set of signal strengths {S ij}. - Using the set {S ij} to calculate the following values: ▪ An average signal strength S per pixel position i; ▪ A variance σ 2 S in S per pixel position i. ▪ An average signal strength S per pixel position i; ▪ A variance σ 2 S in S per pixel position i. - Using these values S and σ 2 S to produce at least one map of said part of the sample, selected from the group comprising: ▪ A first map, representing variation in energy of detected electrons as a function of position. ▪ A second map, representing variation in number of detected electrons as a function of position, whereby each produced map is produced using both of the values of S and σ 2 S. ▪ A first map, representing variation in energy of detected electrons as a function of position. ▪ A second map, representing variation in number of detected electrons as a function of position, whereby each produced map is produced using both of the values of S and σ 2 S.
A magnesium fuel cell comprising a negative electrode material comprising a magnesium alloy, and an electrolytic solution for eluting magnesium ions from the negative electrode material, wherein the magnesium alloy contains 3 wt.-% to 9 wt.-% aluminum and 1 wt.-% to 3 wt.-% calcium, and wherein the content of lithium in the magnesium alloy is not more than 1 wt.-%.
A container exchange station, having a placement position for supplying and removing containers for objects and a provision position for removing the objects from a container, a conveyor device being provided in the container exchange station in order to move a container from the placement position to the provision position, the container exchange station having two levels for containers that are arranged one above the other, a container moving device being arranged in the upper area of the container exchange station, which container moving device comprises a transverse carriage and a lifting device that is arranged on the transverse carriage, the transverse carriage being arranged so as to be movable between the placement position and the provision position, and the lifting device having a receiving device for receiving a container and a lifting drive for lifting the receiving device between two levels of the container exchange station, characterized in that the container exchange station is designed in the form of a portal structure comprising portal columns that are connected to one another by portal supports, the upper area in which the container moving device is arranged being situated above the two levels of the container exchange station, and the transverse carriage being arranged on a guide structure that is provided on the portal supports.
A tempering machine for the production of chocolates and similar products, comprising a motorized conveyor belt suitable for advancing in a horizontal direction of an edible material to be coated with chocolate; and at least dosing and distributing means (E,A,15) of tempered chocolate, said means (E,A,15) being positioned in correspondence with an operative coating section and being suitable for distributing chocolate onto said edible material advancing on said belt for coating the same edible material and producing said chocolates; characterized in that it comprises actuator-inverter means (32,V) suitable for being connected to said motorized belt for alternatively controlling the inversion of the advance direction of said belt so as to allow the same belt to advance in a direction opposite to said horizontal direction, and viceversa.
A method of determining the prognosis of a subject with pancreatic cancer, comprising measuring the level of at least miR-196a-2 in a test sample from said subject, wherein a decrease in the level of the at least one miR gene product, relative to the level of the corresponding miR gene product in a control sample, is indicative of an adverse prognosis.
A method for rails heat treating, comprising continuous cooling of a head followed by controlled cooling of rail profile elements, wherein a rail from rolling heat is initially being cooled with compressed air, and then with water-and-air mixture; cooling a rail foot is performed simultaneously with cooling a rail head, characterized in that the cooling of a rail made of hypoeutectoid non-alloyed carbon steel, hypereutectoid non-alloyed carbon steel or alloyed steel, from rolling and/or repeated heat, begins at temperature no lower than austenization temperature, using a gas medium being an air medium with controlled air humidity change and pressure being controlled during the heat treating process; wherein the water-and-air mixture is prepared by pulse quasicontinuous water injection into air flow according to a programmed regime with a pulse length change within the range from 20 to 10 000 ms and a pulse ratio from 1 to 10 000, wherein the ratio is a relation of the sum of a pause time between pulses and a pulse duration to the pulse duration; thereby controlling the cooling ability of the gas medium.