mhurhangee/ep-ind-claims huggingface dataset:
A compression-forming system comprising a molten resin mass-feeding device equipped with holder units for holding molten resin masses, a compression-forming machine equipped with metal female molds which are conveyed along a circular track, and a molten resin mass position detector, wherein said molten resin mass position detector consists of a temperature sensor arranged on a downstream of the position where the molten resin mass is handed over to the female mold, and the portion where the temperature is to be measured by said temperature sensor is on the outer side of the position of the forming hole of the female molds in the radial direction of rotation, said holder units are arranged at an end of an expansion unit, said temperature sensor is connected to a decision unit in a control unit for deciding the presence of the molten resin mass, and said decision unit judges the presence of the molten resin masses on said portion by the temperature of said portion by a temperature difference between the female molds and the molten resin mass that is the temperature of said portion of said female molds to detect that the molten resin masses are defectively handed over, characterized in that said temperature sensor measures the temperature of a portion on the outer side of an allowable range in which the molten resin masses are fed to the female molds from the above and tilted thereof, and when said control unit which controls the expansion units and the compression forming machine discontinues the extrusion of the molten resin from an extrusion port to the holder units if it is decided that the molten resin mass is on the outer side of the allowable range, the operation of the compression-forming machine is brought to a halt after the molten resin masses still remaining in the holder units are all handed over to the female molds and are formed into a predetermined shape.
Brake pad of a vehicle brake, in particular of a disc brake of a commercial vehicle, the brake pad comprising: - a brake pad carrier having a support surface, - a friction lining attached to the support surface - a recess extending from the support surface in an axial direction, and - a wear indication device arranged at least partially inside the recess, characterized in that the brake pad carrier further has a clamping member (39, 39') resting against an inner wall of the recess, wherein the clamping member (39, 39') is configured to apply a clamping force on the wear indication device in a radial direction. - a brake pad carrier having a support surface, - a friction lining attached to the support surface - a recess extending from the support surface in an axial direction, and - a wear indication device arranged at least partially inside the recess, characterized in that the brake pad carrier further has a clamping member (39, 39') resting against an inner wall of the recess, wherein the clamping member (39, 39') is configured to apply a clamping force on the wear indication device in a radial direction.
A processor chip, comprising an application processor, a communication processor, and a memory controller, wherein the memory controller is configured to: define an area of memory as secure memory, and allow only an access request with a security attribute to access the secure memory; the application processor is configured to: execute a common application in a rich execution environment, enter a trusted execution environment after being triggered by the common application, execute a secure application in the trusted execution environment, and write an instruction request for a secure element into the secure memory by using the secure application, wherein an access request that is for the secure memory and sent by the application processor in the trusted execution environment has a security attribute; and the communication processor is configured to: read the instruction request from the secure memory in the trusted execution environment, and send the instruction request to the secure element.
An oxide single crystal production method comprising: preparing a starting material by adding to a target composition represented by La 9.33 Si 6 O 26, La 2 O 3 in excess by 0.1 to 5 wt% with respect to a total amount thereof; and processing the starting material by use of a Czochralski method to produce an oxide single crystal having the target composition with a lattice constant "a" of 0.9717 nm (inclusive) to 0.9734 nm (inclusive) and a lattice constant "c" of 0.7185 nm (inclusive) to 0.7220 nm (inclusive). preparing a starting material by adding to a target composition represented by La 9.33 Si 6 O 26, La 2 O 3 in excess by 0.1 to 5 wt% with respect to a total amount thereof; and processing the starting material by use of a Czochralski method to produce an oxide single crystal having the target composition with a lattice constant "a" of 0.9717 nm (inclusive) to 0.9734 nm (inclusive) and a lattice constant "c" of 0.7185 nm (inclusive) to 0.7220 nm (inclusive).
Body trimmer comprising a base unit with a hollow body containing - a cutting block at the front end of the base unit composed of a fixed blade and a mobile blade driven in oscillation; - an electric motor comprising an output shaft designed to actuate said mobile blade; - at least one comb; - a means of rotative adjustment connected to a comb by means of transmission, said means of rotative adjustment fitted at the rear end of the base unit, characterised in that said means of transmission comprises at least one longitudinal lever connected to the comb by fastening means and in that said longitudinal lever is fitted at the edge of said hollow body. - a cutting block at the front end of the base unit composed of a fixed blade and a mobile blade driven in oscillation; - an electric motor comprising an output shaft designed to actuate said mobile blade; - at least one comb; - a means of rotative adjustment connected to a comb by means of transmission, said means of rotative adjustment fitted at the rear end of the base unit, characterised in that said means of transmission comprises at least one longitudinal lever connected to the comb by fastening means and in that said longitudinal lever is fitted at the edge of said hollow body.
A process of seamless microcapsule formation wherein two different solutions, which are not dissolved with each other or are hardly dissolved with each other, contact each other, the solutions being a core solution which is a hydrophobic solution or suspension of an active ingredient and a shell solution, and wherein a shell/core mixed suspension is processed through a nozzle having a single orifice, to form a capsule or a bead of shell/core mixed suspension which is then ejected into a cooling or hardening solution and wherein the shell solution is gelled or solidified, the core containing a surfactant as an auxiliary agent.
A method of generating a super-resolution image (I SR) by a processing device, the method comprising the following steps: up-scaling an input image to generate an up-scaled image; and modifying the pixel value of a first pixel of the up-scaled image by: generating a similarity value for each of a plurality of candidate pixels in said input image and/or in one or more further input images, the candidate pixels being chosen based on the position of said first pixel in said up-scaled image, the similarity value being generated by evaluating the similarity of a group of surrounding pixels of each of said candidate pixels with a group of surrounding pixels of said first pixel; selecting a first subset of said candidate pixels based on said similarity values; and generating the modified pixel value of said first pixel based on the pixel values and similarity values of said first subset of candidate pixels. up-scaling an input image to generate an up-scaled image; and generating a similarity value for each of a plurality of candidate pixels in said input image and/or in one or more further input images, the candidate pixels being chosen based on the position of said first pixel in said up-scaled image, the similarity value being generated by evaluating the similarity of a group of surrounding pixels of each of said candidate pixels with a group of surrounding pixels of said first pixel; selecting a first subset of said candidate pixels based on said similarity values; and generating the modified pixel value of said first pixel based on the pixel values and similarity values of said first subset of candidate pixels.
An autologous biological vaccine for use in a method for treating cancer, characterized in that it comprises: - a tumor-associated antigen from blood extracted from a cancer patient; - a solvent; - an attenuated parvovirus; and - three amino acids, wherein one of the amino acids is essential and corresponds to lysine and the other two, which are not essential, correspond to proline and glycine. - a tumor-associated antigen from blood extracted from a cancer patient; - a solvent; - an attenuated parvovirus; and - three amino acids, wherein one of the amino acids is essential and corresponds to lysine and the other two, which are not essential, correspond to proline and glycine.
An electric motor with a stator and with a rotor which is rotatably mounted therein, with which the stator comprises a stator core with stator grooves, in which stator windings are received, said stator windings comprising end-windings which extend at the end side and outside the grooves, wherein end-winding shields are arranged between the end-windings and the rotor, wherein the stator grooves each comprise a winding-free gap which is open to the rotor, and a winding-free space is each formed in the stator groove, between the winding parts which are located in the grooves and the gap, and wherein the end-winding shields comprise at least one shielding ring between the end-windings and the rotor, said ring connecting axially onto the stator core and being electrically connected to the stator core, characterised in that the shielding ring comprises a metallic sheet metal strip which is integrated between two plastic rings (29, 30) which are clip-fastened to one another amid the inclusion of the peripheral sheet-metal strip.
An apparatus for guiding a medical tool, comprising: a medical tool; at least one crank arm comprising at least a portion of a first hinged coupling for hinged coupling to a stabilizer; at least one link arm comprising at least a portion of a second hinged coupling for hinged coupling to the crank arm at a location spaced from the first hinged coupling; a tool holder for supporting a medical tool on the link arm at a location spaced from the first hinged coupling; wherein the rotational axes of the first and second hinged couplings intersect to define a remote fulcrum; wherein the apparatus comprises a shaft, for actuating longitudinal and rotational motion of the medical tool, characterized in that the medical tool comprises a combination of an ultrasound transducer, a biopsy needle and a needle guide for allowing collection of ultrasound images for use in guiding operation of the needle. a medical tool; at least one crank arm comprising at least a portion of a first hinged coupling for hinged coupling to a stabilizer; at least one link arm comprising at least a portion of a second hinged coupling for hinged coupling to the crank arm at a location spaced from the first hinged coupling; a tool holder for supporting a medical tool on the link arm at a location spaced from the first hinged coupling; wherein the rotational axes of the first and second hinged couplings intersect to define a remote fulcrum; wherein the apparatus comprises a shaft, for actuating longitudinal and rotational motion of the medical tool, characterized in that the medical tool comprises a combination of an ultrasound transducer, a biopsy needle and a needle guide for allowing collection of ultrasound images for use in guiding operation of the needle.
A processing device, comprising: a processing unit configured to - perform an authentication process (S114-S120) of authenticating a communication target device through communication of a first communication range (R1-1), and characterised in that the processing unit is configured to - disconnect the communication of a first communication range (R1-2) between the communication target device and the processing device when disconnection information, which corresponds to the communication target device and is used for disconnecting the communication of the first communication range (R1-2) which is being performed, is acquired from an external device, wherein the disconnection information is based on data including a determination result indicating that the communication target device is located within the second communication range (R2-1) of another processing device. a processing unit configured to - perform an authentication process (S114-S120) of authenticating a communication target device through communication of a first communication range (R1-1), and - perform an authentication process (S114-S120) of authenticating a communication target device through communication of a first communication range (R1-1), and characterised in that the processing unit is configured to - disconnect the communication of a first communication range (R1-2) between the communication target device and the processing device when disconnection information, which corresponds to the communication target device and is used for disconnecting the communication of the first communication range (R1-2) which is being performed, is acquired from an external device, wherein the disconnection information is based on data including a determination result indicating that the communication target device is located within the second communication range (R2-1) of another processing device. - disconnect the communication of a first communication range (R1-2) between the communication target device and the processing device when disconnection information, which corresponds to the communication target device and is used for disconnecting the communication of the first communication range (R1-2) which is being performed, is acquired from an external device, wherein the disconnection information is based on data including a determination result indicating that the communication target device is located within the second communication range (R2-1) of another processing device.
A method for operating by a first User Equipment, UE, in wireless communication system, the method comprising: generating, by the first UE identified by a first identifier, ID, a first Medium Access Control Protocol Data Unit, MAC PDU including the first ID as a source identifier, ID, for a first sidelink Proximity-based Service, ProSe, direct communication with a second UE; transmitting, by the first UE, the first MAC PDU to the second UE; receiving, by the first UE, a second MAC PDU from the second UE in response to the first MAC PDU, and determining, by the first UE, a collision of the first ID based on the second MAC PDU, wherein based on an operation associated with the first MAC PDU being not successfully processed by the second UE, the first UE receives the second MAC PDU including an indicator indicating that a collision of the first ID is detected, wherein the operation associated with the first MAC PDU is not successfully processed when a deciphering failure occurs for a pre-defined consecutive number of PDCP, Packet Data Convergence Protocol, PDUs; or when a deciphering failure occurs for a pre-defined number of PDCP PDUs within a pre-defined time interval; or when a deciphering failure occurs for all PDCP PDUs within a pre-defined time interval; and wherein the PDCP PDUs are PDCP PDUs included in MAC PDUs received by the second UE from the first UE and other UEs addressed by the same first ID. generating, by the first UE identified by a first identifier, ID, a first Medium Access Control Protocol Data Unit, MAC PDU including the first ID as a source identifier, ID, for a first sidelink Proximity-based Service, ProSe, direct communication with a second UE; transmitting, by the first UE, the first MAC PDU to the second UE; receiving, by the first UE, a second MAC PDU from the second UE in response to the first MAC PDU, and determining, by the first UE, a collision of the first ID based on the second MAC PDU, wherein based on an operation associated with the first MAC PDU being not successfully processed by the second UE, the first UE receives the second MAC PDU including an indicator indicating that a collision of the first ID is detected, wherein the operation associated with the first MAC PDU is not successfully processed when a deciphering failure occurs for a pre-defined consecutive number of PDCP, Packet Data Convergence Protocol, PDUs; or when a deciphering failure occurs for a pre-defined number of PDCP PDUs within a pre-defined time interval; or when a deciphering failure occurs for all PDCP PDUs within a pre-defined time interval; and wherein the PDCP PDUs are PDCP PDUs included in MAC PDUs received by the second UE from the first UE and other UEs addressed by the same first ID.
A method for controlling a hazard warning device, which comprises a control apparatus and a plurality of trigger apparatuses connected to the control apparatus, the trigger apparatuses each being connected to at least one alarm apparatus, characterized by the steps of: - identification data are assigned to the trigger apparatuses in an initialization step, - a control signal for activating or deactivating the alarm apparatuses are periodically sent by the control apparatus to all trigger apparatuses, identification data of one or more trigger apparatuses being transmitted with the control signal, - the trigger apparatuses compare the identification data transmitted by the control apparatus with the identification data assigned to each of said trigger apparatuses, - if the trigger apparatuses detect matching of the compared identification data, they send a control signal for activating or deactivating the alarm apparatuses connected to said trigger apparatuses, such that the alarm apparatuses to be activated or deactivated are activated or deactivated synchronously. - identification data are assigned to the trigger apparatuses in an initialization step, - a control signal for activating or deactivating the alarm apparatuses are periodically sent by the control apparatus to all trigger apparatuses, identification data of one or more trigger apparatuses being transmitted with the control signal, - the trigger apparatuses compare the identification data transmitted by the control apparatus with the identification data assigned to each of said trigger apparatuses, - if the trigger apparatuses detect matching of the compared identification data, they send a control signal for activating or deactivating the alarm apparatuses connected to said trigger apparatuses, such that the alarm apparatuses to be activated or deactivated are activated or deactivated synchronously.
Installation for storing thermal energy, said installation having a charging circuit for a working gas, wherein, in the charging circuit, the following units are connected to one another in the stated sequence by a first line for the working gas: • a first thermal fluid energy machine, • a heat accumulator and • a second thermal fluid energy machine, wherein, as viewed in the throughflow direction of the working gas from the first thermal fluid energy machine to the second thermal fluid energy machine, the first thermal fluid energy machine is connected as work machine and the second thermal fluid energy machine is connected as prime mover, wherein the stated heat accumulator can also be connected, via a second line, into a discharging circuit for steam as working medium, wherein, in the discharging circuit, the following units are connected to one another in the stated sequence by the second line: • a pump, • the heat accumulator, and • a third thermal fluid energy machine, in particular a steam turbine, connected as prime mover, wherein the heat accumulator has a length that is traversed, along the length, by the steam. • a first thermal fluid energy machine, • a heat accumulator and • a second thermal fluid energy machine, • a pump, • the heat accumulator, and • a third thermal fluid energy machine, in particular a steam turbine, connected as prime mover,
Method for producing a resultant test plan for testing a measurement object, wherein at least one dataset is produced by measuring the measurement object, wherein the measurement object or a part of the measurement object is assigned to at least one object class based on data, wherein a test plan assigned to the object class is determined as an object-class-specific test plan, and wherein the resultant test plan is determined in dependence on the object-class-specific test plan, characterized in that measurement information for measuring the measurement object is determined in dependence on the object class, wherein - the measurement information comprises details for a user regarding a suitable measurement according to the specification of the object-class-specific test plan. wherein at least one dataset is produced by measuring the measurement object, wherein the measurement object or a part of the measurement object is assigned to at least one object class based on data, wherein a test plan assigned to the object class is determined as an object-class-specific test plan, and wherein the resultant test plan is determined in dependence on the object-class-specific test plan, characterized in that measurement information for measuring the measurement object is determined in dependence on the object class, wherein - the measurement information comprises details for a user regarding a suitable measurement according to the specification of the object-class-specific test plan. - the measurement information comprises details for a user regarding a suitable measurement according to the specification of the object-class-specific test plan.