mhurhangee/ep-ind-claims huggingface dataset:
Retaining means with an axial passage for receiving a format part, especially for receiving a structural component or a working tool, comprising several clamping tongues facing in the direction of the format part, the clamping tongues being angularly aligned against an outer lateral surface of the format part and being elastically deformable, whereby the format part is held stationary in a first movement direction (E') by the clamping tongues when its outer lateral surface is contacting the clamping tongues and whereby the format part is movable and / or guidable in a second movement direction, the second movement direction being opposite to the first movement direction (E'), wherein the retaining means comprises at least one adjustment means, wherein the surface contact between the respective clamping tongues and the format part is released upon actuation and / or upon a defined alignment of the at least one adjustment means, characterized in that wherein the retaining means comprises an upper base body and a lower base body, together forming a conical inner space, within which the angularly aligned clamping tongues and / or the format part are at least partially arranged in a state when the outer lateral surface of the format part is in contact with the clamping tongues.
An implantable electric lead comprising: a lead body comprising a lumen; a distal lead portion comprising an electrode; a conductor electrically connected to said electrode and running in said lumen; a proximal lead portion comprising: a connector pin connectable to an implantable medical device; a connector ring electrically connected to said conductor; and a connector coupling mechanically interconnecting said connector pin and said connector ring, wherein said connector pin, said connector ring and said connector coupling are co-axially arranged relative each other in said proximal lead portion, characterized by a rotational lock in the form of a sealing ring of an elastically deformable, flexible material coaxially positioned around said connector coupling in an interface between said connector coupling and said connector ring and arranged for restraining rotation of said connector coupling relative said connector ring. a lead body comprising a lumen; a distal lead portion comprising an electrode; a conductor electrically connected to said electrode and running in said lumen; a proximal lead portion comprising: a connector pin connectable to an implantable medical device; a connector ring electrically connected to said conductor; and a connector coupling mechanically interconnecting said connector pin and said connector ring, wherein said connector pin, said connector ring and said connector coupling are co-axially arranged relative each other in said proximal lead portion, characterized by a rotational lock in the form of a sealing ring of an elastically deformable, flexible material coaxially positioned around said connector coupling in an interface between said connector coupling and said connector ring and arranged for restraining rotation of said connector coupling relative said connector ring. a connector pin connectable to an implantable medical device; a connector ring electrically connected to said conductor; and a connector coupling mechanically interconnecting said connector pin and said connector ring, wherein said connector pin, said connector ring and said connector coupling are co-axially arranged relative each other in said proximal lead portion, characterized by a rotational lock in the form of a sealing ring of an elastically deformable, flexible material coaxially positioned around said connector coupling in an interface between said connector coupling and said connector ring and arranged for restraining rotation of said connector coupling relative said connector ring.
A target engagement system comprising: a night vision goggle system (16; 40) including a microchannel plate, referred to hereinafter as MCP, for amplification operating within a wavelength band, a laser module for projecting light onto a target, characterized in that the light operates at a wavelength outside of the wavelength band detectable by the night vision goggle system (16; 40), and that the target engagement system comprises a receive system adapted to receive light reflected from the target and to convert the light into a wavelength within the wavelength band, wherein the receive system provides the converted light to the MCP, and the MCP amplifies the converted light for viewing by a user; and the receive system includes a clip-on device for removably attaching the receive system directly on the night vision goggle system (16; 40). a night vision goggle system (16; 40) including a microchannel plate, referred to hereinafter as MCP, for amplification operating within a wavelength band, a laser module for projecting light onto a target, characterized in that the light operates at a wavelength outside of the wavelength band detectable by the night vision goggle system (16; 40), and that the target engagement system comprises a receive system adapted to receive light reflected from the target and to convert the light into a wavelength within the wavelength band, wherein the receive system provides the converted light to the MCP, and the MCP amplifies the converted light for viewing by a user; and the receive system includes a clip-on device for removably attaching the receive system directly on the night vision goggle system (16; 40).
A vessel comprising: a hull that includes side walls (20a,20b) of a port side and a starboard side, a bottom, and a plurality of decks including a freeboard deck; a bulkhead that is provided inside the hull to divide an interior of the hull into a plurality of rooms (41, 42) in a longitudinal direction of the hull; and a flood control watertight compartment (31a,31b,32a,32b) that is disposed inside at least one of the plurality of rooms (41,42), divides a space from a deck below the freeboard deck or the bottom to the freeboard deck, and is in contact with one of the side walls (20a,20b) and the bulkhead, characterized in that an upper surface of the flood control watertight compartment (31a,31b,32a,32b) is raised to be higher than the freeboard deck such that the flood control watertight compartment (31a,31b,32a,32b) communicates from the deck below the freeboard deck or the bottom to the upper surface. a hull that includes side walls (20a,20b) of a port side and a starboard side, a bottom, and a plurality of decks including a freeboard deck; a bulkhead that is provided inside the hull to divide an interior of the hull into a plurality of rooms (41, 42) in a longitudinal direction of the hull; and a flood control watertight compartment (31a,31b,32a,32b) that is disposed inside at least one of the plurality of rooms (41,42), divides a space from a deck below the freeboard deck or the bottom to the freeboard deck, and is in contact with one of the side walls (20a,20b) and the bulkhead, characterized in that an upper surface of the flood control watertight compartment (31a,31b,32a,32b) is raised to be higher than the freeboard deck such that the flood control watertight compartment (31a,31b,32a,32b) communicates from the deck below the freeboard deck or the bottom to the upper surface.
An expander-integrated compressor, comprising: a motor; a compressor, connected to an output shaft of the motor and configured to be driven by the motor to compress fluid; an expander, connected to the output shaft of the motor and configured to expand the fluid to recover power for the output shaft from the fluid; at least one non-contact bearing (32, 34, 36), disposed between the compressor and the expander, and configured to support the output shaft without contact; a casing, for accommodating the motor, the compressor, the expander and the at least one non-contact bearing (32, 34, 36); characterised in that an extraction line, provided so as to be in communication with a region between the compressor and the expander in an internal space of the casing, and configured to extract and send at least a part of leakage fluid from a side on the compressor toward a side on the expander in the internal space of the casing, from the region to a fluid line connected to an intake side or a discharge side of the compressor outside the casing; an extraction valve provided on the extraction line for adjusting the extraction amount of the leakage refrigerant; and a controller for controlling the extraction valve, wherein the casing is configured to seal the region from outside of the casing so that a flow of the at least a part of leakage fluid through the extraction line is the only fluid flow between the region and the outside of the casing. a motor; a compressor, connected to an output shaft of the motor and configured to be driven by the motor to compress fluid; an expander, connected to the output shaft of the motor and configured to expand the fluid to recover power for the output shaft from the fluid; at least one non-contact bearing (32, 34, 36), disposed between the compressor and the expander, and configured to support the output shaft without contact; a casing, for accommodating the motor, the compressor, the expander and the at least one non-contact bearing (32, 34, 36); characterised in that an extraction line, provided so as to be in communication with a region between the compressor and the expander in an internal space of the casing, and configured to extract and send at least a part of leakage fluid from a side on the compressor toward a side on the expander in the internal space of the casing, from the region to a fluid line connected to an intake side or a discharge side of the compressor outside the casing; an extraction valve provided on the extraction line for adjusting the extraction amount of the leakage refrigerant; and a controller for controlling the extraction valve, wherein the casing is configured to seal the region from outside of the casing so that a flow of the at least a part of leakage fluid through the extraction line is the only fluid flow between the region and the outside of the casing.
A breathing assistance apparatus for use with delivery of respiratory gases to a user, comprising: a mask (140, 150) comprising a body (142, 154) and a cushion (144, 156), wherein the body is made from a substantially rigid plastics material and the cushion is made from a substantially soft plastics material, said cushion substantially forming a seal with said user's airways, and headgear comprising substantially flexible, soft straps (35, 36, 37, 38), wherein the straps are made of a composite foam layered material, wherein the headgear further comprising a curved member, the curved member comprising a central section to which said mask is attached, and a pair of contoured side arms extending over said user's cheeks, the straps being attached to the side arms, wherein said curved member is substantially rigid compared to said straps, said curved member is moulded in a three-dimensional manner to fit the contours of said user's cheeks, and the pair of contoured side arms each include weakened or narrow areas to allow for additional bending, moulding, or twisting, and wherein said mask has an inlet port (143,151) and said curved member is attached to said inlet port, anchoring said mask to said user's face in use, wherein the central section of the curved member curves under the inlet port, effectively anchoring on the inlet port. a mask (140, 150) comprising a body (142, 154) and a cushion (144, 156), wherein the body is made from a substantially rigid plastics material and the cushion is made from a substantially soft plastics material, said cushion substantially forming a seal with said user's airways, and headgear comprising substantially flexible, soft straps (35, 36, 37, 38), wherein the straps are made of a composite foam layered material, wherein the headgear further comprising a curved member, the curved member comprising a central section to which said mask is attached, and a pair of contoured side arms extending over said user's cheeks, the straps being attached to the side arms, wherein said curved member is substantially rigid compared to said straps, said curved member is moulded in a three-dimensional manner to fit the contours of said user's cheeks, and the pair of contoured side arms each include weakened or narrow areas to allow for additional bending, moulding, or twisting, and wherein said mask has an inlet port (143,151) and said curved member is attached to said inlet port, anchoring said mask to said user's face in use, wherein the central section of the curved member curves under the inlet port, effectively anchoring on the inlet port.
Self-propelled and self-steering floor cleaning apparatus comprising a running gear for traveling on the floor surface, at least one cleaning device for cleaning the floor surface, a control device, and a sensor device, wherein the control device is formed and configured to locate and/or navigate the floor cleaning apparatus in an environment depending on at least one signal from the sensor device, wherein the sensor device comprises on a front side of the floor cleaning apparatus with respect to its forward direction a first distance measuring unit, which is configured as or comprises a stereo camera system, and a second distance measuring unit, which is configured as or comprises a scanning unit with structured light, wherein viewing areas (76, 86) of the first distance measuring unit and of the second distance measuring unit are directed in the forward direction of the floor cleaning apparatus and overlap, characterized in that the second distance measuring unit is arranged with respect to a height direction above the first distance measuring unit on the floor cleaning apparatus.
A method for adjusting a transmission timing for cell groups in a wireless access system supporting Carrier Aggregation, CA, the method comprising: receiving a Physical Downlink Control Channel, PDCCH, signal including reserved bits indicating multiple cell groups; receiving a Medium Access Control, MAC, message including multiple timing adjust values for the multiple cell groups; and transmitting an uplink signal by applying the multiple timing adjust values to the corresponding cell groups indicated by the reserved bits, wherein the multiple cell groups include a first cell group and a second cell group, the first cell group includes a first Primary Cell, PCell, and the second cell group includes a second PCell, and wherein if a cyclic redundancy check, CRC, of the PDCCH is scrambled by random access - radio network temporary identifier, RA-RNTI, a Hybrid Automatic Repeat request, HARQ, process number field is used for the reserved bits indicating the multiple cell groups. receiving a Physical Downlink Control Channel, PDCCH, signal including reserved bits indicating multiple cell groups; receiving a Medium Access Control, MAC, message including multiple timing adjust values for the multiple cell groups; and transmitting an uplink signal by applying the multiple timing adjust values to the corresponding cell groups indicated by the reserved bits, wherein the multiple cell groups include a first cell group and a second cell group, the first cell group includes a first Primary Cell, PCell, and the second cell group includes a second PCell, and wherein if a cyclic redundancy check, CRC, of the PDCCH is scrambled by random access - radio network temporary identifier, RA-RNTI, a Hybrid Automatic Repeat request, HARQ, process number field is used for the reserved bits indicating the multiple cell groups.
A wireless communication system (102; 202; 302; 502; 602), comprising: a radio frequency assistant apparatus (106; 206; 306; 406; 540; 640) activated to receive a radio frequency signal, transform the frequency of the radio frequency signal and transmit the transformed radio frequency signal to a user equipment, responsive to commands received wirelessly by said radio frequency assistant; and said user equipment configures and controls said radio frequency assistant through said wireless commands via a wireless link (110; 210; 310; 410; 530; 630) between said user equipment and said radio frequency assistant; wherein said user equipment (108; 208; 308; 408; 504; 604) is configured to configure and control an operating frequency of said radio frequency assistant (106; 206; 306; 406; 540; 640) by sending a number of commands over said wireless link, said commands including a command to adjust the operating frequency in response to detection by the user equipment of a frequency offset between a frequency of the user equipment and the operating frequency. a radio frequency assistant apparatus (106; 206; 306; 406; 540; 640) activated to receive a radio frequency signal, transform the frequency of the radio frequency signal and transmit the transformed radio frequency signal to a user equipment, responsive to commands received wirelessly by said radio frequency assistant; and said user equipment configures and controls said radio frequency assistant through said wireless commands via a wireless link (110; 210; 310; 410; 530; 630) between said user equipment and said radio frequency assistant; wherein said user equipment (108; 208; 308; 408; 504; 604) is configured to configure and control an operating frequency of said radio frequency assistant (106; 206; 306; 406; 540; 640) by sending a number of commands over said wireless link, said commands including a command to adjust the operating frequency in response to detection by the user equipment of a frequency offset between a frequency of the user equipment and the operating frequency.
A wireless bearing monitoring system with a mobile measuring device for vehicles, agricultural and industrial machinery, which system comprises at least one measuring device and an online device, and a Wi-Fi network for communication between the measuring device and the online device; the measuring device comprising a housing equipped with sensors, the housing contains a two-sided printed circuit board, and a microcontroller, an ambient temperature and humidity sensor and an acceleration sensor are connected to the upper side of the printed circuit board, further comprising a charging unit on the lower side, to which a battery is connected, furthermore, an infrared temperature sensor and a vibration sensor connected to the printed circuit board, and the measuring device is provided with a vent plug; the connection between the sensors and the microcontroller is established via the printed circuit board, the signals received by the microcontroller are processed and then transmitted to the online device, characterized in that the infrared temperature sensor is located at the end of a flexible hose connected to a side wall of the housing, and is connected to the printed circuit board by an electrical wire led through the hose, the vibration sensor fixed to the inside of the bottom of the housing is also connected to the printed circuit board by electrical wire; further comprising at least two magnets on the outside of the bottom of the housing, one of the magnets is connected to the charging unit by electrical wire, furthermore, another magnet is equipped with electrical wire providing the ground, the magnets are fixed to the housing in an unreleasable manner, and the magnets fix the housing to the surface of a vehicle in a releasable manner.
An electrooptical device, comprising: - a semiconductor substrate having a front side and a back side; - at least one photonic component arranged on the front side of the semiconductor substrate, the photonic component comprising an active layer made of a non-linear optical material; characterized in that - at least one cavity extends through the semiconductor substrate and connects the active layer on the front side of the semiconductor substrate with the back side of the semiconductor substrate; and wherein - the non-linear optical material is a material that is insertable through the cavity from the back side of the semiconductor substrate to form the active layer. - a semiconductor substrate having a front side and a back side; - at least one photonic component arranged on the front side of the semiconductor substrate, the photonic component comprising an active layer made of a non-linear optical material; characterized in that - at least one cavity extends through the semiconductor substrate and connects the active layer on the front side of the semiconductor substrate with the back side of the semiconductor substrate; and wherein - the non-linear optical material is a material that is insertable through the cavity from the back side of the semiconductor substrate to form the active layer.
A radiation-curable ink jet ink which comprises at least 50% by weight of cyclic trimethylolpropane formal acrylate (CFTA), no more than 5% by weight of a di- or higher functional monomer or monomers and a free radical photoinitiator, and which comprises less than 1% by weight of volatile organic compounds having a boiling point of less than 170 °C at atmospheric pressure.
A front wall element for a sanitary unit adapted for showering or bathing in a bathroom, including a wall element that is attachable to a supply wall of the bathroom comprising at least one supply connection (60, 62), and a ceiling element that is oriented at an angle, in particular at a right angle, relative to the wall element, wherein the ceiling element can be disposed directly under a ceiling of the bathroom and holds a rainfall shower head, wherein operating controls required in particular for operating the shower head are attached to the wall element characterized in that the front wall element includes a frame, which can be placed at an angle in the bathroom, wherein, in the area of the wall element, the frame can be oriented vertically, wherein, in the area of the ceiling element, the frame can be oriented horizontally, and wherein the frame can be attached with its vertical section to the supply wall, while the horizontal section of the frame can come to rest directly against the ceiling of the bathroom, that the wall element comprises a hinged cover plate and the cover plate can be disposed on the frame on the wall element so as to be rotatable by way of hinges in the manner of a door, wherein the hinges are laterally disposed on the frame, wherein the operating controls are retained on the cover plate.