mhurhangee/ep-ind-claims huggingface dataset:
A seat assist device, comprising: a base; a lift platform having a front portion and a rear portion, with the front portion of the lift platform being pivotally connected with the base; a lifting arm connected with the rear portion of the lift platform, the lifting arm extending from the lift platform to project beyond the front potion of the lift platform, with the lifting arm terminating in handles for grasping by a user; a lift bar pivotally connected between the base and the lifting arm, whereby a user sitting upon the seat assist device can press downward on the handles to cause the rear portion of the lift platform to rise and, in doing so, assist the user in rising from a seated position; and a slide slideably connected with the lifting arm, and wherein the lift bar is pivotally connected with the slide, thereby pivotally connecting the lift bar with the lifting arm; the seat assist device being characterised by further comprising a slide lock attaching with the lifting arm, the slide lock being formed to selectively lock the slide in place with respect to the lifting arm. a base; a lift platform having a front portion and a rear portion, with the front portion of the lift platform being pivotally connected with the base; a lifting arm connected with the rear portion of the lift platform, the lifting arm extending from the lift platform to project beyond the front potion of the lift platform, with the lifting arm terminating in handles for grasping by a user; a lift bar pivotally connected between the base and the lifting arm, whereby a user sitting upon the seat assist device can press downward on the handles to cause the rear portion of the lift platform to rise and, in doing so, assist the user in rising from a seated position; and a slide slideably connected with the lifting arm, and wherein the lift bar is pivotally connected with the slide, thereby pivotally connecting the lift bar with the lifting arm; the seat assist device being characterised by further comprising a slide lock attaching with the lifting arm, the slide lock being formed to selectively lock the slide in place with respect to the lifting arm.
A method for improving the weldability of hot stamping parts, comprising: providing a hot stamping part with a surface oxide layer formed by hot stamping an Al-Si plated steel sheet; selecting a welding region in the hot stamping part; removing the surface oxide layer of the welding region; removing remnant of oxide layer and portion of plating layer of the welding region; and performing welding on a welding region with a remaining portion of the plating layer on a hot stamping part with remnant of oxide layer and portion of plating layer removed thereby improving weldability of the hot stamping parts with obtaining corrosion resistance. providing a hot stamping part with a surface oxide layer formed by hot stamping an Al-Si plated steel sheet; selecting a welding region in the hot stamping part; removing the surface oxide layer of the welding region; removing remnant of oxide layer and portion of plating layer of the welding region; and performing welding on a welding region with a remaining portion of the plating layer on a hot stamping part with remnant of oxide layer and portion of plating layer removed thereby improving weldability of the hot stamping parts with obtaining corrosion resistance.
A soluble peptide for use in the treatment of B-chronic lymphocytic leukemia, wherein the soluble peptide is able to induce programmed cell death in a tumor cell and comprises the amino acids sequence: KRFYVVMWKK (SEQ ID NO:1) or a function-conservative variant which differs from 1, 2 or 3 amino acids to SEQ ID NO:1, and wherein, the soluble peptide has an amino acids sequence of less than 15 amino acids.
A multiview display comprising: an array of multiview pixels configured to provide a plurality of different views of the multiview display, a multiview pixel comprising a plurality of light valves configured to modulate a plurality of light beams having different principal angular directions corresponding to view directions of the different views; a light guide configured to guide light; and an array of multibeam elements, each multibeam element of the multibeam element array being configured to couple out a portion of the guided light as the plurality of light beams, characterised in that the plurality of light beams is a tilted plurality of light beams, wherein a tilt of the tilted plurality of light beams is configured to direct a central axis of the tilted plurality toward a center of a view zone of the multiview display such that different views of a displayed image converge at corresponding different locations across the view zone, and wherein a lateral offset of a multibeam element of the multibeam element array relative to a location of a corresponding multiview pixel of the multiview display is configured to provide the tilt of the tilted plurality of light beams toward the view zone center, wherein an inter-element distance between a pair of multibeam elements of the multibeam element array being greater than an inter-pixel distance between a corresponding pair of multiview pixels of the multiview display results in the lateral offset of the multibeam elements relative to the location of the corresponding multiview pixels. an array of multiview pixels configured to provide a plurality of different views of the multiview display, a multiview pixel comprising a plurality of light valves configured to modulate a plurality of light beams having different principal angular directions corresponding to view directions of the different views; a light guide configured to guide light; and an array of multibeam elements, each multibeam element of the multibeam element array being configured to couple out a portion of the guided light as the plurality of light beams, characterised in that the plurality of light beams is a tilted plurality of light beams, wherein a tilt of the tilted plurality of light beams is configured to direct a central axis of the tilted plurality toward a center of a view zone of the multiview display such that different views of a displayed image converge at corresponding different locations across the view zone, and wherein a lateral offset of a multibeam element of the multibeam element array relative to a location of a corresponding multiview pixel of the multiview display is configured to provide the tilt of the tilted plurality of light beams toward the view zone center, wherein an inter-element distance between a pair of multibeam elements of the multibeam element array being greater than an inter-pixel distance between a corresponding pair of multiview pixels of the multiview display results in the lateral offset of the multibeam elements relative to the location of the corresponding multiview pixels.
A method of controlling a mobile terminal, the method comprising: displaying (S110, S120) an application screen of an executing application and a corresponding keypad on a display of the mobile terminal; in response to a user input, modifying, via a controller of the mobile terminal, the keypad into a new keypad arrangement; displaying, via the controller, a display window in a vacant space created by the modification of the keypad, characterized in that: when a specific region of the application screen is selected to enter or modify a content included in the specific region, changing the keypad to a drawing tool or changing the language of the keypad according to the content included in the specific region, wherein when the content included in the specific region is composed of only text, a layout of the keypad is modified to a relevant language of the content, or when the content included in the specific region is an image, the keypad is changed to the drawing tool while displaying the selected specific region in an enlarged manner on the display window. displaying (S110, S120) an application screen of an executing application and a corresponding keypad on a display of the mobile terminal; in response to a user input, modifying, via a controller of the mobile terminal, the keypad into a new keypad arrangement; displaying, via the controller, a display window in a vacant space created by the modification of the keypad, characterized in that: when a specific region of the application screen is selected to enter or modify a content included in the specific region, changing the keypad to a drawing tool or changing the language of the keypad according to the content included in the specific region, wherein when the content included in the specific region is composed of only text, a layout of the keypad is modified to a relevant language of the content, or when the content included in the specific region is an image, the keypad is changed to the drawing tool while displaying the selected specific region in an enlarged manner on the display window. when a specific region of the application screen is selected to enter or modify a content included in the specific region, changing the keypad to a drawing tool or changing the language of the keypad according to the content included in the specific region, wherein when the content included in the specific region is composed of only text, a layout of the keypad is modified to a relevant language of the content, or when the content included in the specific region is an image, the keypad is changed to the drawing tool while displaying the selected specific region in an enlarged manner on the display window.
Heating boiler for granular fuel, more particularly pellets, having an air supply which is divided into primary and secondary air supply (4, 5) and the air flow ratio of which is variable, and having a combustion chamber into which the primary air and secondary air supply (4, 5) open at least partially and which has a movably mounted grating forming passage openings for the primary air, characterized in that the grating interacts, in at least one of its movement positions (13, 14, 15), with the secondary air supply to change the air flow ratio between primary and secondary air (8, 10) by the grating changing a flow cross-section from the secondary air supply depending on its movement position.
A method of executing a program with a processor, the processor being capable of executing a set of instructions, the method comprising: providing an original instruction from a sequence of instructions comprising a program stored in a memory, the original instruction including an opcode and an operand; generating an address from the original instruction, the address depending on both the opcode and the operand of the original instruction; generating (203, 204) a jump and link instruction to the address, the jump and link instruction comprising an instruction for the processor to execute instructions at the address and then return to the instruction following the original instruction in the program; determining whether the original instruction is a member of the set of instructions; selecting (206, 207, 208) the jump and link instruction or the original instruction based on the result of the step of determining, so that the jump and link instruction is selected if the original instruction is not a member of the set of instructions; and providing the selected instruction to an instruction cache of the processor. providing an original instruction from a sequence of instructions comprising a program stored in a memory, the original instruction including an opcode and an operand; generating an address from the original instruction, the address depending on both the opcode and the operand of the original instruction; generating (203, 204) a jump and link instruction to the address, the jump and link instruction comprising an instruction for the processor to execute instructions at the address and then return to the instruction following the original instruction in the program; determining whether the original instruction is a member of the set of instructions; selecting (206, 207, 208) the jump and link instruction or the original instruction based on the result of the step of determining, so that the jump and link instruction is selected if the original instruction is not a member of the set of instructions; and providing the selected instruction to an instruction cache of the processor.
Method for obtaining a construction material and a chemical of industrial interest, wherein the method comprises - opening a landfill which has been closed with a layer of earth or other geological material; - taking landfill waste from the landfill, said landfill waste comprising one or more metals and materials based carbonaceous materials and further one or more mineral materials of geological origin; - separating the waste into a plurality of material fractions, thereby obtaining a metal fraction, a carbon compound fraction for forming syngas and a slag, and a rest-material fraction; - forming syngas and a slag from the carbon compound fraction; - using the syngas to obtain the chemical of industrial interest; and - preparing the construction material from the slag. - opening a landfill which has been closed with a layer of earth or other geological material; - taking landfill waste from the landfill, said landfill waste comprising one or more metals and materials based carbonaceous materials and further one or more mineral materials of geological origin; - separating the waste into a plurality of material fractions, thereby obtaining a metal fraction, a carbon compound fraction for forming syngas and a slag, and a rest-material fraction; - forming syngas and a slag from the carbon compound fraction; - using the syngas to obtain the chemical of industrial interest; and - preparing the construction material from the slag.
A prosthetic ankle joint assembly comprising a proximal mounting interface (116P, 170), a distal mounting interface, and a joint mechanism (16, 116) interconnecting the proximal (116P, 170) and distal mounting interfaces and constructed to allow damped rotational movement of the distal mounting interface relative to the proximal mounting interface (116P, 170) about a medial-lateral joint flexion axis, wherein: the joint mechanism (16, 116) is arranged to provide a continuous hydraulically damped range of ankle motion during walking with dynamically variable damping resistance associated with ankle motion in the dorsiflexion direction; the ankle joint assembly further comprises a control system coupled to the joint mechanism (16, 116) having at least one sensor for generating signals indicative of a kinetic and/or kinematic parameter of locomotion; the joint mechanism (16, 116) and the control system are arranged such that the damping resistance effective over said range of motion and associated with motion in the dorsiflexion direction is adapted automatically in response to the signals; and wherein the control system is arranged to generate signals indicative of speed of locomotion and to cause the damping resistance over at least a part of said range of ankle motion in the direction of dorsiflexion to be increased when the signals are indicative of a reduction in the speed of locomotion. the joint mechanism (16, 116) is arranged to provide a continuous hydraulically damped range of ankle motion during walking with dynamically variable damping resistance associated with ankle motion in the dorsiflexion direction; the ankle joint assembly further comprises a control system coupled to the joint mechanism (16, 116) having at least one sensor for generating signals indicative of a kinetic and/or kinematic parameter of locomotion; the joint mechanism (16, 116) and the control system are arranged such that the damping resistance effective over said range of motion and associated with motion in the dorsiflexion direction is adapted automatically in response to the signals; and wherein the control system is arranged to generate signals indicative of speed of locomotion and to cause the damping resistance over at least a part of said range of ankle motion in the direction of dorsiflexion to be increased when the signals are indicative of a reduction in the speed of locomotion.
A Radio Frequency Identification, RFID, reader including a printed circuit board, PCB, the PCB comprising: a built-in RFID read-write tag uniquely assigned to the RFID reader and integrated into the RFID reader, the built-in RFID read-write tag including RFID tag circuitry having a memory and first RF communication circuitry adapted for communicating with an external RFID reader (1a, 1b); a reader circuitry adapted for reading from or writing information on RFID tags including the built-in RFID read-write tag and an external tag; a second RF communication circuitry coupled to the reader circuitry and adapted for communication with the external RFID tag; and a circuit link adapted for coupling the RFID tag circuitry to the reader circuitry, the built-in RFID read-write tag communicating with the reader circuitry via the circuit link and communicating with the external RFID reader (1a, 1b) via the first RF communication circuitry. a built-in RFID read-write tag uniquely assigned to the RFID reader and integrated into the RFID reader, the built-in RFID read-write tag including RFID tag circuitry having a memory and first RF communication circuitry adapted for communicating with an external RFID reader (1a, 1b); a reader circuitry adapted for reading from or writing information on RFID tags including the built-in RFID read-write tag and an external tag; a second RF communication circuitry coupled to the reader circuitry and adapted for communication with the external RFID tag; and a circuit link adapted for coupling the RFID tag circuitry to the reader circuitry, the built-in RFID read-write tag communicating with the reader circuitry via the circuit link and communicating with the external RFID reader (1a, 1b) via the first RF communication circuitry.
An air freshener comprising: a body case forming a filter installation opening in one side thereof; a filter housing disposed in the body case, the filter housing having a power terminal (148a, 148b) disposed therein; a drawer configured to be withdrawn from an inner space of the filter housing through the filter installation opening; and an electric dust collector separably located in the drawer, the electric dust collector having a power-receiving terminal (518, 548) disposed therein, the electric dust collector comprises a high-potential electrode and a low-potential electrode to generate an electric field to collect electrified dust particles, wherein the power terminal (148a, 148b) contacts the power-receiving terminal (518, 548) in a state in which the drawer is settled in the inner space of the filter housing characterized in that the electric dust collector comprises a short-circuit switch for short-circuiting the high-potential electrode and the low-potential electrode when a pushed state of the short-circuit switch is released, and the filter housing comprises a short-circuit protrusion protruding in a direction in which the drawer is withdrawn for pushing the short-circuit switch in the state in which the drawer is settled in the inner space of the filter housing. a body case forming a filter installation opening in one side thereof; a filter housing disposed in the body case, the filter housing having a power terminal (148a, 148b) disposed therein; a drawer configured to be withdrawn from an inner space of the filter housing through the filter installation opening; and an electric dust collector separably located in the drawer, the electric dust collector having a power-receiving terminal (518, 548) disposed therein, the electric dust collector comprises a high-potential electrode and a low-potential electrode to generate an electric field to collect electrified dust particles, wherein the power terminal (148a, 148b) contacts the power-receiving terminal (518, 548) in a state in which the drawer is settled in the inner space of the filter housing characterized in that the electric dust collector comprises a short-circuit switch for short-circuiting the high-potential electrode and the low-potential electrode when a pushed state of the short-circuit switch is released, and the filter housing comprises a short-circuit protrusion protruding in a direction in which the drawer is withdrawn for pushing the short-circuit switch in the state in which the drawer is settled in the inner space of the filter housing.
Apparatus for cryptographically securing a communication device for an industrial automation system, wherein the apparatus comprises - a first Ethernet plug-in connection element for connecting to a communication network, within which it is possible for messages to be transmitted in a cryptographically secured manner, - a second Ethernet plug-in connection element for connecting to the communication device and - a cryptography module, which is configured for storing cryptographic keys and/or certificates assigned to the communication device and/or users of the communication device, for encrypting messages sent by the communication device and for decrypting messages sent to the communication device, - wherein the cryptography module comprises a processor, which is configured for encrypting and decrypting messages, and functions of the cryptography module can be controlled by an engineering tool via an encrypted connection and/or via a dedicated configuration interface of the apparatus, - wherein there is provision on the second Ethernet plug-in connection element for a safety sensor for monitoring a disconnection of the connection to the communication device, which safety sensor is configured to trigger a blocking of the cryptographic keys and/or certificates and/or of the cryptography module when the connection to the communication device is disconnected, - wherein the safety sensor for monitoring the disconnection of the connection between the apparatus and the communication device can be activated and/or deactivated by the engineering tool via the encrypted connection and/or via the dedicated configuration interface. - a first Ethernet plug-in connection element for connecting to a communication network, within which it is possible for messages to be transmitted in a cryptographically secured manner, - a second Ethernet plug-in connection element for connecting to the communication device and - a cryptography module, which is configured for storing cryptographic keys and/or certificates assigned to the communication device and/or users of the communication device, for encrypting messages sent by the communication device and for decrypting messages sent to the communication device, - wherein the cryptography module comprises a processor, which is configured for encrypting and decrypting messages, and functions of the cryptography module can be controlled by an engineering tool via an encrypted connection and/or via a dedicated configuration interface of the apparatus, - wherein there is provision on the second Ethernet plug-in connection element for a safety sensor for monitoring a disconnection of the connection to the communication device, which safety sensor is configured to trigger a blocking of the cryptographic keys and/or certificates and/or of the cryptography module when the connection to the communication device is disconnected, - wherein the safety sensor for monitoring the disconnection of the connection between the apparatus and the communication device can be activated and/or deactivated by the engineering tool via the encrypted connection and/or via the dedicated configuration interface.
Automatic coffee machine with a wet chamber, which is connected to an opening on a lid arranged above via a ventilation duct and to the surrounding environment via a fresh air opening, characterised in that the opening is arranged on the lid such that at the same time it serves as a drain opening for liquid situated on the lid, which is discharged into the wet chamber via the drain opening and the ventilation duct.