mhurhangee/ep-ind-claims huggingface dataset:
A tibial prosthesis (10, 20, 30, 40, 50, 60, 70, 80) for at least partially replacing a proximal portion of a tibia, the tibial prosthesis comprising: (a) an inferior surface for contact with a resected surface on the proximal portion of the tibia; and (b) a keel (14a, 14b, 14c, 16a, 16b, 16c, 24a, 24b, 24c, 26a, 26b, 26c, 84a, 84b, 84c) for penetration into a cavity formed in the proximal tibia, wherein the keel includes an anterior keel portion (14c, 16c, 24c, 84c), a medial keel portion (14a, 16a, 24a, 84a), and a lateral keel portion (14b, 16b, 24b, 84b), wherein the anterior keel portion extends in a generally medial-lateral direction, characterised in that the anterior keel portion also extends at an inferior-posterior angle away from the inferior surface, wherein an angle α between an inside surface (14c", 16c", 24c", 84c") of the anterior keel portion (14c, 16c, 24c, 84c) is less than 90 degrees with respect to the inferior surface. (a) an inferior surface for contact with a resected surface on the proximal portion of the tibia; and (b) a keel (14a, 14b, 14c, 16a, 16b, 16c, 24a, 24b, 24c, 26a, 26b, 26c, 84a, 84b, 84c) for penetration into a cavity formed in the proximal tibia, wherein the keel includes an anterior keel portion (14c, 16c, 24c, 84c), a medial keel portion (14a, 16a, 24a, 84a), and a lateral keel portion (14b, 16b, 24b, 84b), wherein the anterior keel portion extends in a generally medial-lateral direction, characterised in that the anterior keel portion also extends at an inferior-posterior angle away from the inferior surface, wherein an angle α between an inside surface (14c", 16c", 24c", 84c") of the anterior keel portion (14c, 16c, 24c, 84c) is less than 90 degrees with respect to the inferior surface.
A keyboard-type tone plate percussion instrument having a plurality of built-in resonance tubes (100, 200) and a plurality of tone plates, each of the plurality of built-in resonance tubes (100, 200) comprising: a resonance chamber (RM5, RM6) configured to cause a musical tone generated by an associated tone plate to resonate therein, and a lid member (103, 106, 108) that closes an upper portion of said resonance chamber (RM5, RM6), wherein each of said resonance chambers (RM5, RM6) includes a first opening provided in communication with said resonance chamber (RM5, RM6), said first opening facing and opening toward the associated tone plate; wherein each of said lid members (103, 106, 108) includes a second opening (104, 105, 107) provided in communication with said resonance chamber (RM5, RM6), said second opening (104, 105, 107) being located remote from and opening in a direction opposite to the associated tone plate; and wherein the second openings (104, 105, 107) of the lid members (103, 106, 108) are different in at least one of opening area and opening depth from one another, whereby each of said resonance chambers (RM5, RM6) causes the musical tone of a specific tone pitch sounded by the corresponding one of the tone plates to resonate therein. a resonance chamber (RM5, RM6) configured to cause a musical tone generated by an associated tone plate to resonate therein, and a lid member (103, 106, 108) that closes an upper portion of said resonance chamber (RM5, RM6), wherein each of said resonance chambers (RM5, RM6) includes a first opening provided in communication with said resonance chamber (RM5, RM6), said first opening facing and opening toward the associated tone plate; wherein each of said lid members (103, 106, 108) includes a second opening (104, 105, 107) provided in communication with said resonance chamber (RM5, RM6), said second opening (104, 105, 107) being located remote from and opening in a direction opposite to the associated tone plate; and wherein the second openings (104, 105, 107) of the lid members (103, 106, 108) are different in at least one of opening area and opening depth from one another, whereby each of said resonance chambers (RM5, RM6) causes the musical tone of a specific tone pitch sounded by the corresponding one of the tone plates to resonate therein.
A method for reporting channel state information, CSI, including a channel quality indicator, CQI, by a user equipment, the method comprising: receiving a reference signal on a downlink channel from an evolved NodeB, eNB; receiving an indication to use a first CQI table from the eNB; configuring first CSI comprising a first CQI index, which is selected on the first CQI table corresponding to a channel state based on the reference signal; transmitting the first CSI comprising the first CQI index on an uplink channel to the eNB; receiving an indication to use a second CQI table via a radio resource control, RRC, connection reconfiguration message from the eNB; during an RRC reconfiguration period upon receiving the RRC connection reconfiguration message from the eNB: configuring second CSI comprising a second CQI index, which is selected on the second CQI table; and transmitting the second CSI comprising the second CQI index on the uplink channel to the eNB; and after the RRC reconfiguration period: configuring third CSI comprising a third CQI index, which is selected on the second CQI table; and transmitting the third CSI comprising the third CQI index on the uplink channel to the eNB, wherein the second CSI is transmitted by using a physical uplink control channel, PUCCH, resource which is to be used only in the RRC reconfiguration period. receiving a reference signal on a downlink channel from an evolved NodeB, eNB; receiving an indication to use a first CQI table from the eNB; configuring first CSI comprising a first CQI index, which is selected on the first CQI table corresponding to a channel state based on the reference signal; transmitting the first CSI comprising the first CQI index on an uplink channel to the eNB; receiving an indication to use a second CQI table via a radio resource control, RRC, connection reconfiguration message from the eNB; during an RRC reconfiguration period upon receiving the RRC connection reconfiguration message from the eNB: configuring second CSI comprising a second CQI index, which is selected on the second CQI table; and transmitting the second CSI comprising the second CQI index on the uplink channel to the eNB; and configuring second CSI comprising a second CQI index, which is selected on the second CQI table; and transmitting the second CSI comprising the second CQI index on the uplink channel to the eNB; and after the RRC reconfiguration period: configuring third CSI comprising a third CQI index, which is selected on the second CQI table; and transmitting the third CSI comprising the third CQI index on the uplink channel to the eNB, configuring third CSI comprising a third CQI index, which is selected on the second CQI table; and transmitting the third CSI comprising the third CQI index on the uplink channel to the eNB, wherein the second CSI is transmitted by using a physical uplink control channel, PUCCH, resource which is to be used only in the RRC reconfiguration period.
Dishwasher, in particular domestic dishwasher, having a control device, in which at least one wash program for controlling a wash cycle (SG1, SG2) for cleaning items to be washed can be selected, wherein the wash cycle (SG1, SG2) comprises a number of water-conducting sub-wash cycles (VG, RG, ZG, KG), in which the items to be washed are in each case applied with wash liquor (S, SZ, SK) and having a storage device for storing wash liquor (SZ, SK) already used in the wash cycle (SG1, SG2) to be applied to the items to be washed, in order to use the stored wash liquor (SZ, SK) in a subsequent wash cycle again to be applied to items to be washed, characterised in that provision is made with at least one of the wash programs to store the wash liquor used in a last water-conducting sub-wash cycle of the wash cycle (SG1, SG2) at least partially in a first chamber of the storage device and to store the wash liquor used in a penultimate water-conducting sub-wash cycle of the wash cycle (SG1, SG2) at least partially in a second chamber of the storage device which is delimited therefrom and that with at least one of the wash programs an optional, manually or automatically activatable cleaning sequence (RS1, RS2) is provided in order to clean the storage device using heated wash liquor (SK, SZ).
An insulating substrate including through holes for conductors, said through holes being arranged in said insulating substrate: wherein a thickness of said insulating substrate is 25 to 300 μm; wherein a diameter of said through hole is 20 to 100 μm; wherein said insulating substrate comprises an alumina sintered body; wherein a relative density of said alumina sintered body is 99.5 percent or higher; and wherein an average grain size of said alumina sintered body is 2 to 50 μm, as determined by the method described in the description. wherein a thickness of said insulating substrate is 25 to 300 μm; wherein a diameter of said through hole is 20 to 100 μm; wherein said insulating substrate comprises an alumina sintered body; wherein a relative density of said alumina sintered body is 99.5 percent or higher; and wherein an average grain size of said alumina sintered body is 2 to 50 μm, as determined by the method described in the description.
Subframe, in particular rear axle subframe, for a passenger vehicle, comprising at least two longitudinal members, at least one crossmember (3, 4) which interconnects the longitudinal members, vehicle body connecting elements (5.1, 5.2) for connecting the subframe to a vehicle body, and at least one control arm connection for each side of the vehicle, characterised in that the control arm connection has at least one insert part (21, 22, 21', 22') which is received in an interlocking manner in an opening (19, 20) in the subframe and is integrally and/or frictionally connected to the subframe, the insert part (21, 22, 21', 22') having a connecting portion for forming a screw connection and being chosen from a group comprising at least two different insert parts (21, 22; 21', 22'), the various insert parts (21, 22, 21', 22') differing from one another in terms of the vertical position of the connecting portion.
A shredder, of the type with a vertical axis, comprising: - a substantially tubular casing, which is closed upward by a cover and downward by a base, - a rotating shaft, which is internal and coaxial to said casing, multiple supporting elements being keyed on said shaft, each supporting a plurality of shredding elements, said shredding elements have circular trajectories with a circumference that at least partially increases from the upper part toward the lower part of the shredder, characterized in that it has substantially four processing stages: - a first crushing stage, - a second disaggregation stage, - a third compaction stage, - a fourth micronization stage. - a substantially tubular casing, which is closed upward by a cover and downward by a base, - a rotating shaft, which is internal and coaxial to said casing, multiple supporting elements being keyed on said shaft, each supporting a plurality of shredding elements, said shredding elements have circular trajectories with a circumference that at least partially increases from the upper part toward the lower part of the shredder, characterized in that it has substantially four processing stages: - a first crushing stage, - a second disaggregation stage, - a third compaction stage, - a fourth micronization stage.
A user equipment, comprising: a processor; and a memory storing instructions, wherein the instructions, when run by the processor, cause the user equipment to perform a following step: determining a first set of subframes t n + j × P rsvp _ TX ′ SL, j = 0, 1,..., for a first set of transmission opportunities, and a second set of subframes t n + k + j × P rsvp _ TX ′ SL, j = 0, 1,... for a second set of transmission opportunities, wherein P rsvp _ TX ′ = P step × P rsvp _ TX / 100, the P rsvp_TX is a resource reservation interval indicated by higher layers and the P step is determined based on TDD UL/DL configuration, and the second set of subframes shall meet the conditions including -15 ≤ k ≤ 15, k ≠ 0 and k mod P rsvp _ TX ′ ≠ 0, and, transmitting a physical sidelink shared channel, PSSCH, in one or more subframes of the first set of the subframes and the second set of subframes. a processor; and a memory storing instructions, wherein the instructions, when run by the processor, cause the user equipment to perform a following step: determining a first set of subframes t n + j × P rsvp _ TX ′ SL, j = 0, 1,..., for a first set of transmission opportunities, and a second set of subframes t n + k + j × P rsvp _ TX ′ SL, j = 0, 1,... for a second set of transmission opportunities, wherein P rsvp _ TX ′ = P step × P rsvp _ TX / 100, the P rsvp_TX is a resource reservation interval indicated by higher layers and the P step is determined based on TDD UL/DL configuration, and the second set of subframes shall meet the conditions including -15 ≤ k ≤ 15, k ≠ 0 and k mod P rsvp _ TX ′ ≠ 0, and, transmitting a physical sidelink shared channel, PSSCH, in one or more subframes of the first set of the subframes and the second set of subframes.
A power supply device with an illuminated handle, comprising: a device body, comprising a case and a control board disposed in the case; a fan assembly, disposed in the case, characterized in that a light source set, disposed on an end surface of the fan assembly, comprising a flexible printed circuit board and a wire, the wire electrically connected to the flexible printed circuit board and connected to the control board; and a handle, combined with the fan assembly, wherein at least a part of the flexible printed circuit board is disposed on an end surface of the handle facing the fan assembly. a device body, comprising a case and a control board disposed in the case; a fan assembly, disposed in the case, characterized in that a light source set, disposed on an end surface of the fan assembly, comprising a flexible printed circuit board and a wire, the wire electrically connected to the flexible printed circuit board and connected to the control board; and a handle, combined with the fan assembly, wherein at least a part of the flexible printed circuit board is disposed on an end surface of the handle facing the fan assembly.
A gripping equipment for lifting apparatuses of the type comprising: a rigid supporting framework which is adapted to be fixed/attached to the lifting apparatus; one or more manually-operated gripping members which are firmly fixed to said rigid supporting framework and are adapted to grasp and hold a specific object to be moved; a revolving joint which is interposed between the rigid supporting framework and the lifting apparatus, and allows said rigid supporting framework to rotate with respect to the lifting apparatus about a substantially vertical, first rotation axis; and mechanical adjustment means that allow to adjust the position/orientation of said rigid supporting framework with respect to the vertical; the gripping equipment being characterised in that said adjustment means comprise an adjustment assembly (5, 12) which is interposed between the revolving joint and the rigid supporting framework, or between two rigid elements (10, 11) of said rigid supporting framework, and which comprises: a first rigid frame (20, 30) firmly fixed to a first rigid element of the rigid supporting framework; an oblong swinging rocker-arm (21, 32) which extends transversely to said first rotation axis, and is pivoted on said first rigid frame (20, 30) so as to be able to freely rotate about a second rotation axis (E, F) locally substantially orthogonal to said first rotation axis; and at least one manually-operated first tilt adjusting mechanism (23, 34) that connects the rocker-arm (21, 32) in a rigid and manually adjustable manner to said first rigid frame (20, 30), at a predetermined distance from said second rotation axis (E, F), and is capable of varying/ adjusting the tilt of the swinging rocker-arm (21, 32) with respect to said first rigid frame (20, 30).
A preform made of a polyester for producing a plastic container in a blow molding process which comprises a tube-like preform body which is closed at its one longitudinal end and at its other longitudinal end has a neck section provided with an opening for pouring, wherein the preform is produced by injection molding, wherein the polyester is based on furandicarboxylic acid and diols, wherein the diols are derived partly from the group of spiro compounds and partly from the group of conventional diols, wherein the group of conventional diols comprises monoethylene glycol, diethylene glycol, propylene glycol or butylene glycol, wherein the proportion of said spiro compound is at least 1, preferably at least 2 percent by weight, the percentages by weight being based on the total weight of the preform.
An isolated bacteriophage selected from the group consisting of SHFML-26 deposited under ATCC Deposit Accession No. PTA-121236, SHFML-11 deposited under ATCC Deposit Accession No. PTA-121234, SHSML-52-1 deposited under ATCC Deposit Accession No. PTA-121241, SHBML-50-1 deposited under ATCC Deposit Acquisition No. PTA-121239, SHBML-50-2 deposited under ATCC Deposit Accession PTA-121240, SHSML-45 deposited under ATCC Deposit Accession No. PTA-121238, or a combination thereof, said bacteriophages having lytic activity against Shigella species strains.
Assembly for a roadway manhole comprising a frame, a cover that can occupy a position in which it closes the opening of the frame by resting on at least two facing seating faces rigidly connected to the frame and protruding into the opening thereof, characterized in that the frame comprises a part added to one of the two seating faces that is provided with at least one hinging element that can be coupled to a corresponding hinging element on the cover to allow the cover to be hinged to the added part.
A gas channel forming member for a fuel cell having a separator and a (23, 24) membrane electrode assembly configured by holding a polymer electrolyte membrane between a pair of electrode catalyst layers (17, 18), wherein the gas channel forming member is arranged between the membrane electrode assembly and the separator (23, 24), the gas channel forming member comprising: a plurality of gas channels, which is formed on a surface facing the membrane electrode assembly; a plurality of water channels, which is formed on a surface facing the separator (23, 24) and, wherein each water channel has an outlet section; and a communication passage for allowing the gas channels and the water channels to communicate with each other, wherein fuel gas or oxidant gas flows through the gas channels, the water channels discharge generated water, each water channel has an upstream section, which is adjacent to the outlet section at an upstream side in a flow direction of the gas with the communication passage in between, each outlet section includes an outlet opening, the flow cross-sectional area of each outlet opening is greater than the flow cross-sectional area of the upstream section. the gas channels are each formed between adjacent pair of protrusions among protrusions that are arranged in parallel, and each of the outlet sections is formed throughout the section of the associated one of the protrusions extending from the most downstream one of the communication passages to the oulet opening. a plurality of gas channels, which is formed on a surface facing the membrane electrode assembly; a plurality of water channels, which is formed on a surface facing the separator (23, 24) and, wherein each water channel has an outlet section; and a communication passage for allowing the gas channels and the water channels to communicate with each other, wherein fuel gas or oxidant gas flows through the gas channels, the water channels discharge generated water, each water channel has an upstream section, which is adjacent to the outlet section at an upstream side in a flow direction of the gas with the communication passage in between, each outlet section includes an outlet opening, the flow cross-sectional area of each outlet opening is greater than the flow cross-sectional area of the upstream section. the gas channels are each formed between adjacent pair of protrusions among protrusions that are arranged in parallel, and each of the outlet sections is formed throughout the section of the associated one of the protrusions extending from the most downstream one of the communication passages to the oulet opening.
Method for producing a cold-rolled steel strip with a yield ratio Re/Rm of at least 0.7, in which a cold-rolled flat steel product is provided in a steel, which consists of (in wt.%) C: 0.05 - 0.20%, Si: 0.25 - 1.00%, Mn: 1.0 - 3.0%, Al: 0.02 - 1.5%, Cr: 0.1 - 1.5%, N: less than 0.02%, P: less than 0.03%, S: less than 0.05% and optionally one or more elements from the group "Ti, Mo, Nb, V, B" subject to Ti: being up to 0.15%, Mo: less than 2%, Nb: less than 0.1%, V: less than 0.12%, and B: 0.0005 - 0.003%, the remainder being iron and unavoidable production impurities, characterised in that the cold-rolled flat steel product provided undergoes additional heat treatment, during which it is annealed for an annealing time of 4.5 - 24 hours at an annealing temperature of 150 - 400°C.
Method of injecting additional data in one or more image sensor frames in an image sensor device, the method comprising: providing additional data in the form of a numeric sequence, controlling the lengths of subsequent blanking intervals in one or more image sensor frames in an image sensor device to represent the numeric sequence, and transmitting the one or more image sensor frames from the image sensor device. providing additional data in the form of a numeric sequence, controlling the lengths of subsequent blanking intervals in one or more image sensor frames in an image sensor device to represent the numeric sequence, and transmitting the one or more image sensor frames from the image sensor device.
A device for separating and recovering intestinal contents, characterized in that it comprises an impurity removal module and a target content collection module; wherein the impurity removal module is configured to remove the impurity from the intestinal contents, and has a cross-flow filtering structure; the target content collection module is mainly composed of a microporous membrane cross-flow filter, the microporous membrane has a spongy porous structure with a pore size of 0.01-20 μm, the microporous membrane has a porosity of 30% or more, and the microporous membrane is a hydrophilic film, the microporous membrane cross-flow filter has a disk-like structure, and is internally provided with a spiral flow channel; the ratio of the effective filtration area of the cross-flow disk to the overall area of the cross-flow disk is 0.3-0.9.
A cooling and heating trough for gastronomy containers for an optional operation as a heating trough or as a cooling trough, which includes a bottom and side walls (13, 14, 15), wherein both the bottom and the side walls (13, 14, 15) are made of stainless steel, and wherein a cooling device is provided which cools both the side walls (13, 14, 15) and the bottom, wherein further a heating device which heats the bottom is provided, and characterised in that the bottom is firmly connected at a plurality of locations to a sandwich plate, which is preferably made of a layer of stainless steel, a layer of aluminium, and a layer of stainless steel.