mhurhangee/ep-ind-claims huggingface dataset:
A management method of a storage system, wherein the method comprises: obtaining, by the storage system, a maintenance-free parameter, wherein the maintenance-free parameter comprises at least one of a maintenance-free rate and a maintenance-free period, wherein the maintenance-free rate is a probability that redundant space is not all damaged, and the maintenance-free period is a period in which a storage medium of the storage system does not need to be maintained; determining, by the storage system, a capacity of an over provisioning redundant space, according to the maintenance-free parameter, wherein, over-provisioning redundant space, is space over-provisioned by a storage system for use by the storage system but unavailable to a user; configuring, by the storage system, the over provisioning redundant space of the storage system with the determined capacity. obtaining, by the storage system, a maintenance-free parameter, wherein the maintenance-free parameter comprises at least one of a maintenance-free rate and a maintenance-free period, wherein the maintenance-free rate is a probability that redundant space is not all damaged, and the maintenance-free period is a period in which a storage medium of the storage system does not need to be maintained; determining, by the storage system, a capacity of an over provisioning redundant space, according to the maintenance-free parameter, wherein, over-provisioning redundant space, is space over-provisioned by a storage system for use by the storage system but unavailable to a user; configuring, by the storage system, the over provisioning redundant space of the storage system with the determined capacity.
A track guidance system, wherein a metallic guide means which marks a route for a vehicle and is in particular elongate, in particular a metal strip or metal wire, is arranged in an installation, in particular in a travelling plane of a vehicle, characterised in that the vehicle has a first pair and a second pair of metal surfaces (1, 2, 4, 5), the metal surfaces (1, 2, 4, 5) of each pair being at a lesser distance from each other than the pairs are from each other, the metal surfaces (1, 2, 4, 5) of the pairs being embodied and arranged such that upon displacement of the vehicle in the transverse direction to the route direction and/or direction of extent of the guide means at least within a position region the capacitance of the first pair increases and the capacitance of the second pair decreases, the capacitances being part of an electronic circuit of the vehicle.
An orthopedic fixation device comprising: a coupling element (310; 510) having a bore extending therethrough, an interior surface disposed about the bore; - a bone fastener, wherein the bone fastener comprises a head and an extension that extends from the head, wherein the head is configured for loading into the coupling element (310; 510) through the bottom of the bore; - a locking cap assembly, wherein the locking clamp assembly comprises: - a body having a bore extending through the body and a pair of tabs extending from opposite sides of the body, wherein the bore includes a threaded portion, and wherein a radially outermost surface of each tab includes a flat portion; and - a set screw extending through the bore of the body and having threads corresponding to the threaded portion of the bore of the body; - a saddle (306; 406; 506;) having a bore extending through the saddle (306; 406; 506;), wherein the saddle (306; 406; 506;) includes a lower portion sized and shaped to receive at least a portion of the head of the bone fastener; characterized in that - the coupling element (310; 510) has an annular channel (316; 516) formed in a distal portion of the interior surface and the fixation device further comprises - a retaining clip disposed below the fastener in the annular channel of the coupling element (310; 510), wherein an inner diameter of the retaining clip is less than a maximum diameter of the head of the bone fastener - wherein the retaining clip has an upper and a lower surface including a plurality of hills and valleys to advantageously lock the retaining clip in place and prevent it from moving within the coupling element. - a bone fastener, wherein the bone fastener comprises a head and an extension that extends from the head, wherein the head is configured for loading into the coupling element (310; 510) through the bottom of the bore; - a locking cap assembly, wherein the locking clamp assembly comprises: - a body having a bore extending through the body and a pair of tabs extending from opposite sides of the body, wherein the bore includes a threaded portion, and wherein a radially outermost surface of each tab includes a flat portion; and - a set screw extending through the bore of the body and having threads corresponding to the threaded portion of the bore of the body; - a saddle (306; 406; 506;) having a bore extending through the saddle (306; 406; 506;), wherein the saddle (306; 406; 506;) includes a lower portion sized and shaped to receive at least a portion of the head of the bone fastener; characterized in that - the coupling element (310; 510) has an annular channel (316; 516) formed in a distal portion of the interior surface and the fixation device further comprises - a retaining clip disposed below the fastener in the annular channel of the coupling element (310; 510), wherein an inner diameter of the retaining clip is less than a maximum diameter of the head of the bone fastener - wherein the retaining clip has an upper and a lower surface including a plurality of hills and valleys to advantageously lock the retaining clip in place and prevent it from moving within the coupling element.
A method of sending data in a wireless communication system, the method performed by a user equipment comprising a first and a second antenna, the method comprising: processing at least one information bit to obtain first and second sets of at least one modulation symbol; processing the first set of at least one modulation symbol for transmission from the first transmit antenna using a first orthogonal resource; processing the second set of at least one modulation symbol for transmission from the second transmit antenna using a second orthogonal resource different from the first orthogonal resource; generating a first reference signal for transmission from the first transmit antenna using the first orthogonal resource, wherein the first orthogonal resource generates the first reference signal using: a first reference signal sequence, and at least one first orthogonal sequence; and generating a second reference signal for transmission from the second transmit antenna using the second orthogonal resource, wherein the second orthogonal resource generates the second reference signal using: a second reference signal sequence different from the first reference signal sequence, and at least one second orthogonal sequence different from the at least one first orthogonal sequence. processing at least one information bit to obtain first and second sets of at least one modulation symbol; processing the first set of at least one modulation symbol for transmission from the first transmit antenna using a first orthogonal resource; processing the second set of at least one modulation symbol for transmission from the second transmit antenna using a second orthogonal resource different from the first orthogonal resource; generating a first reference signal for transmission from the first transmit antenna using the first orthogonal resource, wherein the first orthogonal resource generates the first reference signal using: a first reference signal sequence, and at least one first orthogonal sequence; and a first reference signal sequence, and at least one first orthogonal sequence; and generating a second reference signal for transmission from the second transmit antenna using the second orthogonal resource, wherein the second orthogonal resource generates the second reference signal using: a second reference signal sequence different from the first reference signal sequence, and at least one second orthogonal sequence different from the at least one first orthogonal sequence. a second reference signal sequence different from the first reference signal sequence, and at least one second orthogonal sequence different from the at least one first orthogonal sequence.
A controller (601, 701, 800) comprising means for performing: - discovering a mapping between receive analogue to digital converters, RxADCs (151, 161, 201, 202, 203, 204), of a full duplex node (100, 200, 600, 700) and cable modems (111-113, 121-123, 131-133, 141-143) connected to the full duplex node; and wherein the cable modems share a common communication bandwidth (310, 320, 330, 340); and - determining, based on the mapping, sounding groups (405, 152, 162, 218, 228, 238, 248) by grouping cable modems (111-113, 121-123) mapped to a same RxADC into a respective sounding group; and wherein a sounding group is indicative for an upper bound of possible interfering cable modems; and wherein cable modems (111-113, 121-123, 131-133, 141-143) mapped to different RxADCs (151, 161, 201, 202, 203, 204) are connected to different radio frequency, RF, ports (110-120, 130-140). - discovering a mapping between receive analogue to digital converters, RxADCs (151, 161, 201, 202, 203, 204), of a full duplex node (100, 200, 600, 700) and cable modems (111-113, 121-123, 131-133, 141-143) connected to the full duplex node; and wherein the cable modems share a common communication bandwidth (310, 320, 330, 340); and - determining, based on the mapping, sounding groups (405, 152, 162, 218, 228, 238, 248) by grouping cable modems (111-113, 121-123) mapped to a same RxADC into a respective sounding group; and wherein a sounding group is indicative for an upper bound of possible interfering cable modems; and wherein cable modems (111-113, 121-123, 131-133, 141-143) mapped to different RxADCs (151, 161, 201, 202, 203, 204) are connected to different radio frequency, RF, ports (110-120, 130-140). and wherein a sounding group is indicative for an upper bound of possible interfering cable modems; and wherein cable modems (111-113, 121-123, 131-133, 141-143) mapped to different RxADCs (151, 161, 201, 202, 203, 204) are connected to different radio frequency, RF, ports (110-120, 130-140).
A flowable food product dispenser operable to selectively dispense a food product as desired by a user, comprising: a main body having an open interior sized to receive a supply of flowable food product to be dispensed; a pump assembly supported on the main body, the pump assembly including a first end in fluid communication with the supply of flowable food product and a dispensing end extending from the main body, wherein the pump assembly includes a diaphragm pump comprising: a pumping tube including the first end in fluid communication with the supply of flowable food product; a dispensing spout extending from the main body and including the dispensing end; and a pump body positioned between the pumping tube and the dispensing spout, the pump body including a flexible diaphragm that can be depressed and released to draw the flowable food product through the pump assembly; an automated pump actuation unit operable to actuate the pump assembly to draw the supply of flowable food product from the supply and discharge the flowable food product from the dispensing end of the pump assembly; a cover member supported on the main body, wherein the automated pump actuation unit is mounted to the cover member such that the cover member and the automated pump actuation unit are removable from the main body as a single unit; and a sensor positioned to detect the presence of an actuation member in proximity to the sensor, wherein the automated pump actuation unit is operable to automatically actuate the pump assembly upon detection of the presence of the actuation member. a main body having an open interior sized to receive a supply of flowable food product to be dispensed; a pump assembly supported on the main body, the pump assembly including a first end in fluid communication with the supply of flowable food product and a dispensing end extending from the main body, wherein the pump assembly includes a diaphragm pump comprising: a pumping tube including the first end in fluid communication with the supply of flowable food product; a dispensing spout extending from the main body and including the dispensing end; and a pump body positioned between the pumping tube and the dispensing spout, the pump body including a flexible diaphragm that can be depressed and released to draw the flowable food product through the pump assembly; an automated pump actuation unit operable to actuate the pump assembly to draw the supply of flowable food product from the supply and discharge the flowable food product from the dispensing end of the pump assembly; a cover member supported on the main body, wherein the automated pump actuation unit is mounted to the cover member such that the cover member and the automated pump actuation unit are removable from the main body as a single unit; and a sensor positioned to detect the presence of an actuation member in proximity to the sensor, wherein the automated pump actuation unit is operable to automatically actuate the pump assembly upon detection of the presence of the actuation member.
Device for the devolatilization of material to be processed, in particular plastic material, the device comprising - a drive motor for rotatably driving a screw machine, - a screw machine comprising -- a machine housing, -- at least one housing bore (11, 12) formed in the machine housing, -- at least one screw shaft (13, 14) arranged in the associated housing bore (11, 12) so as to be rotatably drivable about an associated axis of rotation (15, 16), and - a gear -- which is coupled, at a driving end, with the drive motor and has at least one output shaft (25, 26) at an output end, -- which has a housing with an inner space, -- wherein at least one gas venting channel (44, 45) is formed between the at least one housing bore (11, 12) and the inner space, and -- wherein at least one gas venting opening connected to the inner space is formed in the housing, characterised in that the housing is configured as an attachment housing, that the attachment housing is connected to a main housing of the gear and the machine housing, that the attachment housing defines the inner space and the at least one gas venting opening is formed in the attachment housing, that in the attachment housing, at least one shaft connection (28, 29) of the at least one output shaft (25, 26) and the at least one screw shaft (13, 14) is arranged, and that the attachment housing has a housing bottom extending in an oblique direction at least partly. - a drive motor for rotatably driving a screw machine, - a screw machine comprising -- a machine housing, -- at least one housing bore (11, 12) formed in the machine housing, -- at least one screw shaft (13, 14) arranged in the associated housing bore (11, 12) so as to be rotatably drivable about an associated axis of rotation (15, 16), and -- a machine housing, -- at least one housing bore (11, 12) formed in the machine housing, -- at least one screw shaft (13, 14) arranged in the associated housing bore (11, 12) so as to be rotatably drivable about an associated axis of rotation (15, 16), and - a gear -- which is coupled, at a driving end, with the drive motor and has at least one output shaft (25, 26) at an output end, -- which has a housing with an inner space, -- wherein at least one gas venting channel (44, 45) is formed between the at least one housing bore (11, 12) and the inner space, and -- wherein at least one gas venting opening connected to the inner space is formed in the housing, -- which is coupled, at a driving end, with the drive motor and has at least one output shaft (25, 26) at an output end, -- which has a housing with an inner space, -- wherein at least one gas venting channel (44, 45) is formed between the at least one housing bore (11, 12) and the inner space, and -- wherein at least one gas venting opening connected to the inner space is formed in the housing,
A refrigerator provided with a storage compartment and a door (7;8) for opening and closing a front opening of the storage compartment, the refrigerator comprising: a terminal mounting part provided such that a front of the door is provided with a recess sized to be capable of enclosing a portable information terminal which is detachably mounted thereon, wherein the recess has one side that is open in one side of the door and wherein the portable information terminal is put into and taken out from the recess through the side opening of the recess; and a terminal power supply part to supply power to the portable information terminal when the portable information terminal is housed in the recess of the terminal mounting part, wherein the terminal power supply part is provided on an inner surface of a side of the recess. a terminal mounting part provided such that a front of the door is provided with a recess sized to be capable of enclosing a portable information terminal which is detachably mounted thereon, wherein the recess has one side that is open in one side of the door and wherein the portable information terminal is put into and taken out from the recess through the side opening of the recess; and a terminal power supply part to supply power to the portable information terminal when the portable information terminal is housed in the recess of the terminal mounting part, wherein the terminal power supply part is provided on an inner surface of a side of the recess.
A coating composition of a low ignition propensity cigarette paper, comprising: pregelatinized starch, maltodextrin, ethanol, and water, wherein the pregelatinized starch, the maltodextrin, the ethanol, and the water are included in an amount of 5 wt% to 20 wt%, 5 wt% to 40 wt%, 10 wt% to 40 wt%, and 30 wt% to 80 wt% respectively, based on the coating composition. pregelatinized starch, maltodextrin, ethanol, and water, wherein the pregelatinized starch, the maltodextrin, the ethanol, and the water are included in an amount of 5 wt% to 20 wt%, 5 wt% to 40 wt%, 10 wt% to 40 wt%, and 30 wt% to 80 wt% respectively, based on the coating composition.
A wire harness assembly system comprising: a grid tile comprising keyed holes extending through the grid tile, the grid tile having a bottom with a plurality of V-shaped grooves; a locking mount for receiving a wire routing accessory, wherein the locking mount comprises a main body with an upper portion, a base flange, and a lower portion; wherein the lower portion includes a locating shaft extending from the base flange, the locating shaft having keyed members positioned opposite each other, the keyed members corresponding to the keyed holes of the grid tile; wherein the keyed members include rectangular side projections with an angled top portion; wherein the locking mount is positioned in the keyed holes in the grid tile and rotated to a locked position in the grid tile such that the angled top portion of the rectangular side projection is positioned in one of the V-shaped grooves in the bottom of the grid tile, thereby securing the wire routing accessory mounted thereto; a grid tile comprising keyed holes extending through the grid tile, the grid tile having a bottom with a plurality of V-shaped grooves; a locking mount for receiving a wire routing accessory, wherein the locking mount comprises a main body with an upper portion, a base flange, and a lower portion; wherein the lower portion includes a locating shaft extending from the base flange, the locating shaft having keyed members positioned opposite each other, the keyed members corresponding to the keyed holes of the grid tile; wherein the keyed members include rectangular side projections with an angled top portion; wherein the locking mount is positioned in the keyed holes in the grid tile and rotated to a locked position in the grid tile such that the angled top portion of the rectangular side projection is positioned in one of the V-shaped grooves in the bottom of the grid tile, thereby securing the wire routing accessory mounted thereto;
A nitride based 3-5 group compound semiconductor light emitting device comprising: a substrate; a buffer layer formed above the substrate; a first GaN layer formed above the buffer layer; an In x Ga 1-x N/In y Ga 1-y N super lattice structure layer (408, 414) formed above the first GaN layer; a first electrode contact layer formed as an n-type electrode contact layer above the In x Ga 1-x N/In y Ga 1-y N super lattice structure layer; an active layer formed above the first electrode contact layer and functioning to emit light; and a p-type GaN layer formed above the active layer, characterized in that the first GaN layer is doped with In, and in that the device further comprises: a second In-doped GaN layer between the active layer and the p-type GaN layer; and a second electrode contact layer formed as an n-type electrode contact layer above the p-type GaN layer. a substrate; a buffer layer formed above the substrate; a first GaN layer formed above the buffer layer; an In x Ga 1-x N/In y Ga 1-y N super lattice structure layer (408, 414) formed above the first GaN layer; a first electrode contact layer formed as an n-type electrode contact layer above the In x Ga 1-x N/In y Ga 1-y N super lattice structure layer; an active layer formed above the first electrode contact layer and functioning to emit light; and a p-type GaN layer formed above the active layer, a second In-doped GaN layer between the active layer and the p-type GaN layer; and a second electrode contact layer formed as an n-type electrode contact layer above the p-type GaN layer.
A flame-retarded polymeric composition comprising high impact polystyrene (HIPS) and a combination of flame retardants of Formula: wherein m indicates the degree of polymerization and R 1 and R 2 are independently selected from the group consisting of wherein said combination of flame retardants of Formula comprises: (i) at least one high molecular weight brominated epoxy polymer (HMW-BE) having weight-average molecular weight between 40,000 and 60,000, or an end-capped derivative thereof, wherein said HMW-BE flame retardant is of Formula: wherein m, the average degree of polymerization, is between 49 and 135; and (ii) at least one low molecular weight brominated epoxy oligomer (LMW-BE) with number-average molecular weight between 670 and 2500, or at least one intermediate molecular weight brominated epoxy polymer (IMW-BE) with weight-average molecular weight between 5000 and 30.000; or an end-capped derivative thereof; and wherein the HMW-BE is the predominant component in said combination of flame retardants. (i) at least one high molecular weight brominated epoxy polymer (HMW-BE) having weight-average molecular weight between 40,000 and 60,000, or an end-capped derivative thereof, wherein said HMW-BE flame retardant is of Formula: wherein m, the average degree of polymerization, is between 49 and 135; and (ii) at least one low molecular weight brominated epoxy oligomer (LMW-BE) with number-average molecular weight between 670 and 2500, or at least one intermediate molecular weight brominated epoxy polymer (IMW-BE) with weight-average molecular weight between 5000 and 30.000; or an end-capped derivative thereof; and wherein the HMW-BE is the predominant component in said combination of flame retardants.