mhurhangee/ep-ind-claims huggingface dataset:
A data communication apparatus, for transmitting one or more blocks of data within a frame comprising a two-dimensional grid of transmission symbol positions, wherein the data communication apparatus is configured to select a group of transmission symbol positions, which is a subset of the two-dimensional grid of transmission symbol positions, for a transmission of a data portion, wherein a length of the selected group of transmission symbol positions is a short transmission time interval; and wherein the data communication apparatus is configured to select one or more reference symbol positions (DMRS; 312; 1750, 1752,1754,1756,1758) associated to the selected group of transmission symbol positions, out of a plurality of possibilities, based on an information (DMRS_position) describing a desired relative position of the reference symbol position with respect to the selected group of transmission symbol positions; wherein the data communication apparatus is configured to receive an information (1711; DMRS_Position) indicating whether a reference symbol position is at a beginning of a selected group of transmission symbol positions or at an end of a selected group of transmission symbol positions; or wherein the data communication apparatus is configured to receive an information (1711; DMRS_position) indicating whether a reference symbol position is at a beginning of a selected group of transmission symbol positions or at an end of a selected group of transmission symbol positions or in an inner part of a selected group of transmission symbol positions or whether there are reference symbol positions both at a beginning and at an end of a selected group of transmission symbol positions.
A liquid washing, cleaning, post-treatment or auxiliary washing agent containing (a) from 2 to 60 wt.% of a surfactant selected from the group consisting of anionic, nonionic, cationic and zwitterionic surface-active agents, and mixtures thereof, (b) silver and/or a silver compound, (c) unneutralized fatty acid, (d) ammonium hydroxide, (e) and additional conventional ingredients of washing, cleaning, post-treatment or auxiliary washing agents. (a) from 2 to 60 wt.% of a surfactant selected from the group consisting of anionic, nonionic, cationic and zwitterionic surface-active agents, and mixtures thereof, (b) silver and/or a silver compound, (c) unneutralized fatty acid, (d) ammonium hydroxide, (e) and additional conventional ingredients of washing, cleaning, post-treatment or auxiliary washing agents.
A method for preparing a contractile construct, comprising (a) seeding immature contractile cells onto the surface of a three-dimensional fibroblast containing scaffold (3DFCS) to produce a contractile construct, wherein the immature contractile cells are derived from human induced pluripotent stem cells (hiPSCs) and wherein the immature contractile cells are immature cardiomyocytes; and (b) culturing the contractile construct under conditions to maintain or promote striation formation. (a) seeding immature contractile cells onto the surface of a three-dimensional fibroblast containing scaffold (3DFCS) to produce a contractile construct, wherein the immature contractile cells are derived from human induced pluripotent stem cells (hiPSCs) and wherein the immature contractile cells are immature cardiomyocytes; and (b) culturing the contractile construct under conditions to maintain or promote striation formation.
An aerial work platform able to be transported on a trailer or flatbed lorry, comprising: - a chassis provided with members for translation on the ground, - a work platform comprising a deck and a guardrail, - a lifting structure arranged on the chassis and comprising: ∘ a boom able to be raised and lowered by modifying the inclination thereof with respect to the chassis, ∘ a pendular arm mounted by a first end on the top end of the boom so as to be able to be raised and lowered with respect to the boom by pivoting, the pendular arm supporting the platform at a second end, which is on the side opposite to its first end, - an obstacle detection system (51, 52) for detecting the proximity of the platform to an obstacle, characterized in that the aerial work platform further comprises on-board electronics designed to automatically put the aerial work platform in a compact position at the request of an operator, the on-board electronics being designed to control the lifting structure according to the detection information supplied by the obstacle detection system (51, 52) so as to automatically bring the aerial work platform, taking account of the surroundings of the aerial work platform, into a compact position in which the aerial work platform is suitable for transport on a trailer or flatbed lorry. - a chassis provided with members for translation on the ground, - a work platform comprising a deck and a guardrail, - a lifting structure arranged on the chassis and comprising: ∘ a boom able to be raised and lowered by modifying the inclination thereof with respect to the chassis, ∘ a pendular arm mounted by a first end on the top end of the boom so as to be able to be raised and lowered with respect to the boom by pivoting, the pendular arm supporting the platform at a second end, which is on the side opposite to its first end, ∘ a boom able to be raised and lowered by modifying the inclination thereof with respect to the chassis, ∘ a pendular arm mounted by a first end on the top end of the boom so as to be able to be raised and lowered with respect to the boom by pivoting, the pendular arm supporting the platform at a second end, which is on the side opposite to its first end, - an obstacle detection system (51, 52) for detecting the proximity of the platform to an obstacle,
An imaging element comprising: a photoelectric conversion element; a first amplification element configured to amplify a signal from the photoelectric conversion element; a second amplification element configured to amplify an output from the first amplification element; an offset element provided between an output node of the first amplification element and a gate of the second amplification element; a first reset element configured to reset a charge at a gate of the first amplification element; and a second reset element configured to reset a charge at a gate of the second amplification element; wherein the offset element is a capacitor configured to accumulate a charge via a feedback loop of an output from the second amplification element, thereby generating an offset bias; and wherein an output of the second amplification element is connected to a first input of a differential amplifier provided at least partially outside of the imaging element, a reference signal is connected to a second input of the differential amplifier, and an output from the differential amplifier is connected to the second reset element. a photoelectric conversion element; a first amplification element configured to amplify a signal from the photoelectric conversion element; a second amplification element configured to amplify an output from the first amplification element; an offset element provided between an output node of the first amplification element and a gate of the second amplification element; a first reset element configured to reset a charge at a gate of the first amplification element; and a second reset element configured to reset a charge at a gate of the second amplification element; wherein the offset element is a capacitor configured to accumulate a charge via a feedback loop of an output from the second amplification element, thereby generating an offset bias; and wherein an output of the second amplification element is connected to a first input of a differential amplifier provided at least partially outside of the imaging element, a reference signal is connected to a second input of the differential amplifier, and an output from the differential amplifier is connected to the second reset element.
A housing tool comprising: a tube-shaped pipe body that is wound in a circular shape for holding a medical elongated body; a fastening member that fixes adjacent portions of the wound pipe body; and a mounting member (60, 100, 110) that includes an engagement portion (61A, 61B, 81A, 81B. 91A, 91B, 101, 111) to be engaged with the fastening member, that reaches an outer side of a circumference of the pipe body wound in a circular shape, and covers an end portion of the pipe body from which the medical elongated body is derived, characterised in that the mounting member (60, 100, 110) supports a region of the distal end portion of the pipe body from one surface side, and engagement portions (61A, 61B, 81A, 81B. 91A, 91B, 101, 111) support a region of the distal end portion of the pipe body from the other surface side. a tube-shaped pipe body that is wound in a circular shape for holding a medical elongated body; a fastening member that fixes adjacent portions of the wound pipe body; and a mounting member (60, 100, 110) that includes an engagement portion (61A, 61B, 81A, 81B. 91A, 91B, 101, 111) to be engaged with the fastening member, that reaches an outer side of a circumference of the pipe body wound in a circular shape, and covers an end portion of the pipe body from which the medical elongated body is derived, characterised in that the mounting member (60, 100, 110) supports a region of the distal end portion of the pipe body from one surface side, and engagement portions (61A, 61B, 81A, 81B. 91A, 91B, 101, 111) support a region of the distal end portion of the pipe body from the other surface side.
Device for comminuting plastics, preferably plastics hollow bodies such as, for example, plastics bottles, having a charging device and a comminuting device, wherein the charging device comprises at least one conveyor unit and the comminuting device comprises a rotor which is equipped with a tool and rotates within a housing, wherein the conveyor unit conveys at an angle in the range of from 45° to 90° to the rotor axis at least in the region immediately in front of the rotor, and the conveyor unit is in the form of a conveyor screw, characterised in that the conveyor screw is equipped at least in part with tools which are in the form of blades and/or ripper teeth.
A glass tube cleaning and cutting device (10; 20), comprising: a glass tube cutting device configured to cut a continuous glass tube at a predetermined length by intermittently contacting a cutting blade with an outer circumference surface of the continuously travelling continuous glass tube to impose scratches on the outer circumference surface of the continuous glass tube so as to obtain a plurality of cut-off glass tubes; the continuous glass tube being formed by tube pulling while blowing air through the continuous glass tube from an upstream side to a downstream side; and a blower provided on a more downstream side of the travelling continuous glass tube than the cutting blade, the blower being configured to blow opposing air into a tip end opening of the continuous glass tube from the downstream side of the travelling continuous glass tube, the opposing air being caused to be opposed to the air (A1 and to come out of respective rear end openings of the plurality of cut-off glass tubes when cutting the continuous glass tube. a glass tube cutting device configured to cut a continuous glass tube at a predetermined length by intermittently contacting a cutting blade with an outer circumference surface of the continuously travelling continuous glass tube to impose scratches on the outer circumference surface of the continuous glass tube so as to obtain a plurality of cut-off glass tubes; the continuous glass tube being formed by tube pulling while blowing air through the continuous glass tube from an upstream side to a downstream side; and a blower provided on a more downstream side of the travelling continuous glass tube than the cutting blade, the blower being configured to blow opposing air into a tip end opening of the continuous glass tube from the downstream side of the travelling continuous glass tube, the opposing air being caused to be opposed to the air (A1 and to come out of respective rear end openings of the plurality of cut-off glass tubes when cutting the continuous glass tube.
Steam power station having a working medium circuit for a working medium, wherein the working medium circuit - viewed in the flow direction of the working medium - has a first heat exchanger system for evaporating the working medium, a steam turbine system, a second heat exchanger system for condensing the working medium and a working medium pump system, wherein at least one coolant circuit of an absorption heat pump at least partially encompasses the first heat exchanger system and at least partially the second heat exchanger system, wherein the absorption heat pump is designed for transferring heat energy from the second heat exchanger system to the first heat exchanger system, wherein an expulsion line leads from a turbine bleed point of the steam turbine system via an expulsion system of the absorption heat pump to a injection point into the working medium circuit, wherein the working medium in the expulsion line provides heat energy for an expulsion process of the absorption heat pump, characterized in that the working medium pump system supplies the working medium condensed in the second heat exchanger system to the first heat exchanger system.
A communication system including a first crypto device, a second crypto device and a communication link connecting the first crypto device to the second crypto device, at least one of the crypto devices being arranged to send encrypted messages to the other of the crypto devices over the communication link; wherein each of the crypto devices comprises a microprocessor and a configurable logic device, configured to carry out encryption and/or decryption on the encrypted messages; wherein the system includes a failure monitor arranged to monitor for a failure of at least one of the crypto devices, and, in the event of failure, to continue the sending of the messages but without encryption; wherein the microprocessor is arranged to generate a signal for the configurable logic device to confirm that the microprocessor is functioning correctly, to monitor the configurable logic device to confirm that the configurable logic device is functioning correctly, and to generate a signal for the failure monitor to confirm that the microprocessor and/or the configurable logic device is/are functioning correctly; wherein the configurable logic device is arranged to generate a signal for the microprocessor to confirm that the configurable logic device is functioning correctly, to monitor the microprocessor to confirm that the microprocessor is functioning correctly, and to generate a signal for the failure monitor to confirm that the microprocessor and/or the configurable logic device is/are functioning correctly. wherein each of the crypto devices comprises a microprocessor and a configurable logic device, configured to carry out encryption and/or decryption on the encrypted messages; wherein the system includes a failure monitor arranged to monitor for a failure of at least one of the crypto devices, and, in the event of failure, to continue the sending of the messages but without encryption; wherein the microprocessor is arranged to generate a signal for the configurable logic device to confirm that the microprocessor is functioning correctly, to monitor the configurable logic device to confirm that the configurable logic device is functioning correctly, and to generate a signal for the failure monitor to confirm that the microprocessor and/or the configurable logic device is/are functioning correctly; wherein the configurable logic device is arranged to generate a signal for the microprocessor to confirm that the configurable logic device is functioning correctly, to monitor the microprocessor to confirm that the microprocessor is functioning correctly, and to generate a signal for the failure monitor to confirm that the microprocessor and/or the configurable logic device is/are functioning correctly.
An automotive lamp comprising: a light distribution pattern generator structured to generate a light distribution pattern divided into multiple meshes based on an image of a region ahead of a vehicle and captured by a camera, wherein light intensity in each mesh is uniform; a light source unit structured to emit light to said region ahead of the vehicle according to the light distribution pattern, wherein the light source unit includes a matrix pattern forming device having multiple pixels and each of multiple pixels is controlled independently such that the emitted light has the light distribution pattern; and a mode controller structured to adaptively select one of a plurality of control modes, wherein the plurality of control modes include a first mode in which the light distribution pattern is generated with relatively high resolution and relatively low speed, and a second mode in which the light distribution pattern is generated with relatively low resolution and relatively high speed. a light distribution pattern generator structured to generate a light distribution pattern divided into multiple meshes based on an image of a region ahead of a vehicle and captured by a camera, wherein light intensity in each mesh is uniform; a light source unit structured to emit light to said region ahead of the vehicle according to the light distribution pattern, wherein the light source unit includes a matrix pattern forming device having multiple pixels and each of multiple pixels is controlled independently such that the emitted light has the light distribution pattern; and a mode controller structured to adaptively select one of a plurality of control modes, wherein the plurality of control modes include a first mode in which the light distribution pattern is generated with relatively high resolution and relatively low speed, and a second mode in which the light distribution pattern is generated with relatively low resolution and relatively high speed.
A surface cleaning apparatus, comprising: a base assembly including a suction nozzle and at least one wheel, and having an upper surface; a hand-held portion having a hand grip and a suction source in fluid communication with the suction nozzle and configured for generating a working airstream; a working air path from the suction nozzle to an air outlet in the hand-held portion and including the suction source; and a brake assembly (100, 200, 300, 400) provided on the base assembly, characterized in that the brake assembly (100,200,300,400) is defined by a body with at least a portion of the body extending into the base assembly and another portion extending beyond the upper surface of the base assembly and that the portion extending beyond the upper surface of the base assembly is accessible from an exterior of the base assembly and that the brake assembly is configured to be moveable between a first position, wherein at least a portion of the brake assembly engages the at least one wheel, and a second position, and that the brake assembly further comprises a lock located on a first leg of the brake assembly, the lock comprising an arm (114, 214, 314, 414) and a protrusion (116, 216, 316, 416), the arm biased into a locking position. a base assembly including a suction nozzle and at least one wheel, and having an upper surface; a hand-held portion having a hand grip and a suction source in fluid communication with the suction nozzle and configured for generating a working airstream; a working air path from the suction nozzle to an air outlet in the hand-held portion and including the suction source; and a brake assembly (100, 200, 300, 400) provided on the base assembly, characterized in that the brake assembly (100,200,300,400) is defined by a body with at least a portion of the body extending into the base assembly and another portion extending beyond the upper surface of the base assembly and that the portion extending beyond the upper surface of the base assembly is accessible from an exterior of the base assembly and that the brake assembly is configured to be moveable between a first position, wherein at least a portion of the brake assembly engages the at least one wheel, and a second position, and that the brake assembly further comprises a lock located on a first leg of the brake assembly, the lock comprising an arm (114, 214, 314, 414) and a protrusion (116, 216, 316, 416), the arm biased into a locking position.
A sliding caliper disc brake arrangement comprising: a brake carrier having a guide pin; a brake caliper having a bore to receive the guide pin; a sealing boot for sealing between the guide pin and the caliper, on the side of the caliper facing away from the carrier, the sealing boot having a caliper sealing end portion which is disposed between the outer wall of the guide pin and the inner wall of the caliper bore and is fixed to the inner wall of the caliper bore, an elastomeric collapsible mid portion, and a guide pin sealing end portion having a sealing bead; and a retaining clip for holding the sealing bead of the sealing boot to the guide pin, the retaining clip being fixed to the guide pin and including at least a retaining ring overlying a circumferential periphery of the end of the guide pin which faces away from the carrier, the guide pin being provided with an axial bore extending from the end of the pin facing away from the carrier, at least part way through the guide pin, the sealing bead of the sealing boot being held by the retaining clip at least partly within the axial bore, characterised in that a recess is provided in the internal wall of the axial bore of the guide pin, for accepting resilient clips to hold the retaining clip onto the guide pin. a brake carrier having a guide pin; a brake caliper having a bore to receive the guide pin; a sealing boot for sealing between the guide pin and the caliper, on the side of the caliper facing away from the carrier, the sealing boot having a caliper sealing end portion which is disposed between the outer wall of the guide pin and the inner wall of the caliper bore and is fixed to the inner wall of the caliper bore, an elastomeric collapsible mid portion, and a guide pin sealing end portion having a sealing bead; and a retaining clip for holding the sealing bead of the sealing boot to the guide pin, the retaining clip being fixed to the guide pin and including at least a retaining ring overlying a circumferential periphery of the end of the guide pin which faces away from the carrier,
A device, in particular a machine, for manufacturing Wiegand wire from a wire, in particular from a pulse wire, wherein the device has a first chuck, a second chuck and a third chuck, wherein the wire is guided through each of the three chucks (6, 7, 8), in particular so that the wire is releasably connectable in a rotationally-fixed manner to the three chucks, in particular releasably connectable in a rotationally-fixed and force-locked manner to the three chucks, wherein the chucks (6, 7, 8) are spaced apart from one another in the wire direction, wherein the second chuck is arranged between the first and the third chuck in the wire direction, wherein the second chuck is rotatably mounted, so that a first wire region can be acted upon by torsion and a second wire region can be acted upon by the opposite torsion, wherein the first wire region is arranged between the first chuck and the second chuck, wherein the second wire region is arranged between the third chuck and the second chuck, wherein the spacing in the wire direction between the first and the second chuck (6, 7) is controllable or regulatable by means of a first linear actuator, wherein the spacing in the wire direction between the second and the third chuck (8, 7) is controllable or regulatable by means of a second linear actuator.