mhurhangee/ep-ind-claims huggingface dataset:
A substantially planar removable covering for an object having a receiving surface, wherein the removable covering comprises (i) a left side and (ii) a right side, wherein said left and said right side of the covering comprises: a central tab; a first free section that is not adhered to the receiving surface of the object; a lateral tab that is not adhered to the receiving surface of the object; a first adhered section that is adhered to the receiving surface of the object; and a second adhered section that is adhered to the receiving surface of the object; wherein said first adhered section and said second adhered section are connected to opposite ends of said first free section; and wherein said first free section and said lateral tab are connected to opposite ends of said second adhered section; and wherein said central tab and said first free section are connected to opposite ends of said first adhered section; and wherein said lateral tab is positioned between said first free section and said second adhered section; and wherein the removable covering is sufficiently flexible to allow at least partial removal of said first adhered section from the object by application of a force to the removable covering. a central tab; a first free section that is not adhered to the receiving surface of the object; a lateral tab that is not adhered to the receiving surface of the object; a first adhered section that is adhered to the receiving surface of the object; and a second adhered section that is adhered to the receiving surface of the object; wherein said first adhered section and said second adhered section are connected to opposite ends of said first free section; and wherein said first free section and said lateral tab are connected to opposite ends of said second adhered section; and wherein said central tab and said first free section are connected to opposite ends of said first adhered section; and wherein said lateral tab is positioned between said first free section and said second adhered section; and wherein the removable covering is sufficiently flexible to allow at least partial removal of said first adhered section from the object by application of a force to the removable covering.
An antibacterial composition comprising at least two bacteriophages having lytic activity against a Pseudomonas aeruginosa (P. aeruginosa) strain, said at least two bacteriophages being selected from the bacteriophages having a genome comprising a nucleotide sequence of any one of SEQ ID NOs: 1 to 7 or a sequence having at least 97% identity to SEQ ID NOs: 2 to 7.
A radial foil bearing used for supporting a rotary shaft so as to encircle the rotary shaft, the radial foil bearing comprising: a cylindrical top foil disposed so as to face the rotary shaft; an intermediate foil disposed outside of the top foil in a radial direction thereof; a back foil disposed outside of the intermediate foil in the radial direction; and a cylindrical bearing housing accommodating the top foil, the intermediate foil and the back foil, wherein engagement grooves are formed on an inner circumferential surface of the bearing housing in an axial direction thereof, the top foil is formed by winding a rectangular metal foil which includes a first uneven portion and a second uneven portion, into a cylindrical shape so as to overlap the first and second uneven portions with each other, the first uneven portion being composed of a projecting portion and a depressed portion formed on one edge of the metal foil, the second uneven portion being composed of a depressed portion J and a projecting portion formed on another edge of the metal foil opposite to the one edge, the projecting portion of the first uneven portion is disposed so as to be pulled out near the bearing housing through the depressed portion of the second uneven portion the projecting portion of the second uneven portion is disposed so as to be pulled out near the bearing housing through the depressed portion of the first uneven portion, and projecting portions (16a, 16b) of the first and second uneven portions (18a, 18b) pulled out near the bearing housing engage with the engagement grooves. a cylindrical top foil disposed so as to face the rotary shaft; an intermediate foil disposed outside of the top foil in a radial direction thereof; a back foil disposed outside of the intermediate foil in the radial direction; and a cylindrical bearing housing accommodating the top foil, the intermediate foil and the back foil, wherein engagement grooves are formed on an inner circumferential surface of the bearing housing in an axial direction thereof, the top foil is formed by winding a rectangular metal foil which includes a first uneven portion and a second uneven portion, into a cylindrical shape so as to overlap the first and second uneven portions with each other, the first uneven portion being composed of a projecting portion and a depressed portion formed on one edge of the metal foil, the second uneven portion being composed of a depressed portion J and a projecting portion formed on another edge of the metal foil opposite to the one edge, the projecting portion of the first uneven portion is disposed so as to be pulled out near the bearing housing through the depressed portion of the second uneven portion the projecting portion of the second uneven portion is disposed so as to be pulled out near the bearing housing through the depressed portion of the first uneven portion, and projecting portions (16a, 16b) of the first and second uneven portions (18a, 18b) pulled out near the bearing housing engage with the engagement grooves.
A circularly polarized slotted waveguide antenna comprises, - At least one waveguide on which at least one slot is carved and characterized by, - At least one secondary waveguide placed on the face of the waveguide on which slot is carved, which is placed on the slot with an angle (θ) that is between mentioned slot and waveguide so that both TE10 and TE01 modes are excited inside the secondary waveguide with amplitudes of TE10 and TE01 modes equal or near equal, for guiding the radiation emanating from the slot. - At least one waveguide on which at least one slot is carved and characterized by, - At least one secondary waveguide placed on the face of the waveguide on which slot is carved, which is placed on the slot with an angle (θ) that is between mentioned slot and waveguide so that both TE10 and TE01 modes are excited inside the secondary waveguide with amplitudes of TE10 and TE01 modes equal or near equal, for guiding the radiation emanating from the slot.
An in-bed state monitoring system for monitoring an in-bed state of a subject on a bed, the system comprising: four load detectors (11, 12, 13, 14) which are configured to be placed at four corners of the bed to detect a load of the subject; and an edge sitting posture determining unit configured to compare a first detection value from a first load detector (11 or 12) of the four load detectors (11, 12, 13, 14), and a second detection value from a second load detector (13 or 14) of the four load detectors (11, 12, 13, 14) so as to predict that the subject is reaching a state of edge sitting posture based on a change in a magnitude relation between the first detection value and the second detection value, the first load detector (11 or 12) and the second load detector (13 or 14) being placed to interpose the bed between the first and second load detectors in a diagonal direction of the bed.
Device for limiting the rotational range of a swiveling arm, comprising a discoidal reaction element adapted to be connected to an element of said swiveling arm so as to integrally turn with said swiveling arm, and further comprising at least a limiting element adapted to cooperate with at least an abutting fixed element, characterized in that said limiting element is reversibly constrainable in any circumferential position along the external perimeter of said discoidal reaction element, in order to determine a limiting angle of the rotational range of said swiveling arm, wherein said discoidal reaction element comprises an upper face and a lower face, and wherein said limiting element comprises a reversible junction adapted to clamp said upper face and said lower face in a same circumferential position.
An optical device having at least one interconnection tab, comprising: a lens comprising a pair of opposed substrates (50A, 50B) having a gap therebetween filled with an electro-optic material, each said substrate having a facing surface with a substrate electrode (52A, 52B) covered by a polyimide alignment layer (54A, 54B) disposed thereon; a sealing material disposed between said pair of opposed substrates to contain said electro-optic material; and at least one interconnection tab interposed between said substrates, said interconnection tab comprising: an insulator layer having opposed surfaces (512, 514), each insulator layer surface comprising a tab electrode layer (522, 552) having at least a portion (524, 556) interposed between said substrates (50A, 50B) and being in contact with the corresponding alignment layer (54A, 54B) on the substrate electrode (52A, 52B) facing said tab electrode layer, and each insulator layer surface further comprising a pad electrode (532, 564) being electrically connected to the tab electrode layer (552, 522) on the opposite surface of the insulator layer. a lens comprising a pair of opposed substrates (50A, 50B) having a gap therebetween filled with an electro-optic material, each said substrate having a facing surface with a substrate electrode (52A, 52B) covered by a polyimide alignment layer (54A, 54B) disposed thereon; a sealing material disposed between said pair of opposed substrates to contain said electro-optic material; and at least one interconnection tab interposed between said substrates, said interconnection tab comprising: an insulator layer having opposed surfaces (512, 514), each insulator layer surface comprising a tab electrode layer (522, 552) having at least a portion (524, 556) interposed between said substrates (50A, 50B) and being in contact with the corresponding alignment layer (54A, 54B) on the substrate electrode (52A, 52B) facing said tab electrode layer, and each insulator layer surface further comprising a pad electrode (532, 564) being electrically connected to the tab electrode layer (552, 522) on the opposite surface of the insulator layer. an insulator layer having opposed surfaces (512, 514), each insulator layer surface comprising a tab electrode layer (522, 552) having at least a portion (524, 556) interposed between said substrates (50A, 50B) and being in contact with the corresponding alignment layer (54A, 54B) on the substrate electrode (52A, 52B) facing said tab electrode layer, and each insulator layer surface further comprising a pad electrode (532, 564) being electrically connected to the tab electrode layer (552, 522) on the opposite surface of the insulator layer.
Arrangement comprising a fluid-insulated phase conductor (1, 1a), which is arranged in such a way that an electrically insulating fluid flows around it, wherein the phase conductor (1, 1a) is divided at least in certain sections into a plurality of conductor tracks (16, 17, 18, 19, 20, 21), characterized in that the conductor tracks (16, 17, 18, 19, 20, 21) support one another via supporting faces which are protected against direct contact with one another by an electrically insulating medium, and the phase conductor (1, 1a) is arranged within an encapsulation housing (2, 2a), wherein the encapsulation housing (2, 2a) is a pressure vessel.
Method for adjusting a motor torque of a two-wheeled electric vehicle, comprising the steps of: - reading in a rider assistance profile which represents a dependency of the motor torque on a pedal operation by the rider, - determining at least one prespecified region (200 - 230) in the rider assistance profile, wherein the region has at least one discontinuous change in the gradient of the curve of the rider assistance profile, and - ascertaining a future speed of the two-wheeled electric vehicle depending on a current speed of the two-wheeled electric vehicle and a pedal operation by the rider, characterized by - checking whether the future speed of the two-wheeled electric vehicle is located within the prespecified region, and - changing the motor torque, depending on the pedal operation by the rider, in a deviation from the rider assistance profile when the future speed of the two-wheeled electric vehicle is located within the prespecified region, wherein abrupt transitions in the motor torque assistance are suppressed during an acceleration or braking process. - reading in a rider assistance profile which represents a dependency of the motor torque on a pedal operation by the rider, - determining at least one prespecified region (200 - 230) in the rider assistance profile, wherein the region has at least one discontinuous change in the gradient of the curve of the rider assistance profile, and - ascertaining a future speed of the two-wheeled electric vehicle depending on a current speed of the two-wheeled electric vehicle and a pedal operation by the rider, - checking whether the future speed of the two-wheeled electric vehicle is located within the prespecified region, and - changing the motor torque, depending on the pedal operation by the rider, in a deviation from the rider assistance profile when the future speed of the two-wheeled electric vehicle is located within the prespecified region, wherein abrupt transitions in the motor torque assistance are suppressed during an acceleration or braking process.
A method for aligning a cutter plate in a pelletizer for polymer pellets using a remote alignment adjustment device, the pelletizer comprising a die plate having a plurality of apertures for extrudate strands, a cutter plate with a plurality of blades and a drive shaft that is fixedly connected to the cutter plate, said die plate comprising a first side that is facing the cutter plate and an opposing second side (11") facing away from the cutter plate, the remote alignment adjustment device comprising a mechanical distance measurement probe, a camera for taking photos and/or videos and a mounting device that is attachable to the drive shaft, wherein the remote alignment adjustment device is connectable to a data processing device, characterized in that the method comprising the following steps: i) attaching the remote alignment adjustment device to the drive shaft using the mounting device in such a way that the remote alignment adjustment device is fixedly connected to the drive shaft and the mechanical distance measurement probe contacts a first position of the die plate obtaining measuring data of said first position in form of photos and/or videos, ii) transmitting said measuring data of the first position of the die plate from the remote alignment adjustment device to the data processing device, iii) rotating the drive shaft to a second position of the die plate in such a way that the mechanical distance measurement probe contacts a second position of the die plate obtaining measuring data of said second position in form of photos and/or videos, iv) transmitting said measuring data of the second position of the die plate from the remote alignment adjustment device to the data processing device, v) adjusting the alignment of the cutter plate and/or the die plate based on measuring data of the first and second positions supplied by the data processing device, vi) removing the remote alignment adjustment device from the pelletizer. i) attaching the remote alignment adjustment device to the drive shaft using the mounting device in such a way that the remote alignment adjustment device is fixedly connected to the drive shaft and the mechanical distance measurement probe contacts a first position of the die plate obtaining measuring data of said first position in form of photos and/or videos, ii) transmitting said measuring data of the first position of the die plate from the remote alignment adjustment device to the data processing device, iii) rotating the drive shaft to a second position of the die plate in such a way that the mechanical distance measurement probe contacts a second position of the die plate obtaining measuring data of said second position in form of photos and/or videos, iv) transmitting said measuring data of the second position of the die plate from the remote alignment adjustment device to the data processing device, v) adjusting the alignment of the cutter plate and/or the die plate based on measuring data of the first and second positions supplied by the data processing device, vi) removing the remote alignment adjustment device from the pelletizer.
An apparatus for stretching a film, the apparatus comprising: a plurality of gripping elements to hold opposing ends of a film; and opposing tracks along which the plurality of gripping elements travel, the opposing tracks defining a primary stretching region in which the tracks generally diverge to stretch a film held by the gripping elements, wherein the primary stretching region comprises (i) an initial stretching zone configured and arranged so that the machine direction draw ratio (MDDR) and the transverse direction draw ratio (TDDR) based on the tracks have the following relationship: MDDR < (TDDR) -1/2 and TDDR is increased by at least 0.5; and (ii) a later stretching zone configured and arranged so that MDDR is approximately equal to, i.e. equal to within ±5%, (TDDR) -1/2 and TDDR is increased by at least 0.5. a plurality of gripping elements to hold opposing ends of a film; and opposing tracks along which the plurality of gripping elements travel, the opposing tracks defining a primary stretching region in which the tracks generally diverge to stretch a film held by the gripping elements, wherein the primary stretching region comprises (i) an initial stretching zone configured and arranged so that the machine direction draw ratio (MDDR) and the transverse direction draw ratio (TDDR) based on the tracks have the following relationship: MDDR < (TDDR) -1/2 and TDDR is increased by at least 0.5; and (ii) a later stretching zone configured and arranged so that MDDR is (i) an initial stretching zone configured and arranged so that the machine direction draw ratio (MDDR) and the transverse direction draw ratio (TDDR) based on the tracks have the following relationship: MDDR < (TDDR) -1/2 and TDDR is increased by at least 0.5; and MDDR < (TDDR) -1/2 and TDDR is increased by at least 0.5; and (ii) a later stretching zone configured and arranged so that MDDR is approximately equal to, i.e. equal to within ±5%, (TDDR) -1/2 and TDDR is increased by at least 0.5.
An objective comprising: a first group including a plurality of lens groups (LG1, LG2) arranged at a predetermined interval; a second group composed of a single lens-group, which is fixed to an inner frame; a first pressing ring for fixing the first group together with a projection of an outer frame; a second pressing ring, the first pressing ring and the second pressing ring fixing the inner frame by holding it; and the outer frame, the outer frame accommodating the first group, the first pressing ring, the inner frame with the second group fixed to it, and the second pressing ring in this order along the optical axis, the outer frame fixing the first pressing ring and the second pressing ring by screwing, and the outer frame having a hole as an adjustment hole at a position facing the second group and the inner frame. a first group including a plurality of lens groups (LG1, LG2) arranged at a predetermined interval; a second group composed of a single lens-group, which is fixed to an inner frame; a first pressing ring for fixing the first group together with a projection of an outer frame; a second pressing ring, the first pressing ring and the second pressing ring fixing the inner frame by holding it; and the outer frame, the outer frame accommodating the first group, the first pressing ring, the inner frame with the second group fixed to it, and the second pressing ring in this order along the optical axis, the outer frame fixing the first pressing ring and the second pressing ring by screwing, and the outer frame having a hole as an adjustment hole at a position facing the second group and the inner frame.
An electric grass cutting machine comprising: a traveling device having a pair of left and right front wheels and a pair of left and right rear wheels; a mower device of a rear discharge type disposed under a machine body frame; a grass collecting container supported to a rear portion of the machine body frame; and characterized by an electric motor configured to drive the traveling device; and a gear transmission configured to speed-change an output from the electric motor and to transmit the speed-changed output to the traveling device; wherein a convey duct for guiding cut grass pieces from the mower device to the grass collecting container extends rearward between the left and right rear wheels, and the electric motor and the gear transmission are disposed between the left and right rear wheels and arranged one after the other in the front/rear direction at positions laterally of the conveying duct. a traveling device having a pair of left and right front wheels and a pair of left and right rear wheels; a mower device of a rear discharge type disposed under a machine body frame; a grass collecting container supported to a rear portion of the machine body frame; and characterized by an electric motor configured to drive the traveling device; and a gear transmission configured to speed-change an output from the electric motor and to transmit the speed-changed output to the traveling device; wherein a convey duct for guiding cut grass pieces from the mower device to the grass collecting container extends rearward between the left and right rear wheels, and the electric motor and the gear transmission are disposed between the left and right rear wheels and arranged one after the other in the front/rear direction at positions laterally of the conveying duct.
Method for synchronization between an automatic speech recognition processing operation on a voice sequence (S v) uttered by a speaker, on the one hand, and at least one action of said speaker that is intended to trigger said processing, on the other hand, characterized in that said processing operation is performed starting from an instant (t 0) preceding said action of the speaker, the time interval separating said instant (t 0) and said action of the speaker being a given time interval.