mhurhangee/ep-ind-claims huggingface dataset:
A method for cellular communication, comprising: a mobile station receiving a point-to-multipoint data channel from a network and characterized by forming a message including an indication of whether cell reselection parameters for a neighboring cell have been received by the mobile station and an indication of whether the mobile station has received information indicating a set of parameters to be used in receiving the point-to-multipoint data channel in the neighboring cell, wherein the message is a feedback message regarding the point-to-multipoint data channel; and the mobile station transmitting the message on a control channel to the network. a mobile station receiving a point-to-multipoint data channel from a network and characterized by forming a message including an indication of whether cell reselection parameters for a neighboring cell have been received by the mobile station and an indication of whether the mobile station has received information indicating a set of parameters to be used in receiving the point-to-multipoint data channel in the neighboring cell, wherein the message is a feedback message regarding the point-to-multipoint data channel; and the mobile station transmitting the message on a control channel to the network.
A finished composite material comprising: a protector layer having back and front surfaces (112, 114); an adhesive layer having first and second surfaces, the first surface of the adhesive layer applied to the back surface of the protector layer, the adhesive layer formed of a number of discrete and non-continuous regions; a film layer having first and second surfaces (108, 106), the first surface of the film layer applied to the second surface of the adhesive layer; and a backcoat layer having first and second surfaces (120, 118), the first surface of the backcoat layer applied to the second surface of the film layer, the backcoat layer including a non-acrylic binder and a flame retardant material; characterized in that wherein the number of discrete and non-continuous regions form a number of non-adhesive regions therebetween configured to not resist flexing of the protector layer, film layer and backcoat layer; and the number of non-adhesive regions include an interface between the back surface of the protector layer and the first surface of the film layer such that the back surface of the protector layer touches the first surface of the film layer at the interface. a protector layer having back and front surfaces (112, 114); an adhesive layer having first and second surfaces, the first surface of the adhesive layer applied to the back surface of the protector layer, the adhesive layer formed of a number of discrete and non-continuous regions; a film layer having first and second surfaces (108, 106), the first surface of the film layer applied to the second surface of the adhesive layer; and a backcoat layer having first and second surfaces (120, 118), the first surface of the backcoat layer applied to the second surface of the film layer, the backcoat layer including a non-acrylic binder and a flame retardant material; characterized in that wherein the number of discrete and non-continuous regions form a number of non-adhesive regions therebetween configured to not resist flexing of the protector layer, film layer and backcoat layer; and the number of non-adhesive regions include an interface between the back surface of the protector layer and the first surface of the film layer such that the back surface of the protector layer touches the first surface of the film layer at the interface.
A controlling system, comprising: a front end device, configured to generate a first data signal; an adaptor, configured to modulate a power signal according to the first data signal, and output a modulated signal, wherein the power signal is being supplied to the adaptor; and a back end device, configured to demodulate the modulated signal to obtain the power signal and generate a controlling signal in accordance with the first data signal, wherein, the power signal obtain by the back end device is being supplied to the back end device, wherein, the front end device and the back end device are being connected via the adaptor, characterized in that the power signal is received from the front end device, and the front end device is a portable device. a front end device, configured to generate a first data signal; an adaptor, configured to modulate a power signal according to the first data signal, and output a modulated signal, wherein the power signal is being supplied to the adaptor; and a back end device, configured to demodulate the modulated signal to obtain the power signal and generate a controlling signal in accordance with the first data signal, wherein, the power signal obtain by the back end device is being supplied to the back end device, wherein, the front end device and the back end device are being connected via the adaptor, characterized in that the power signal is received from the front end device, and the front end device is a portable device.
A portable apparatus comprising: a box-shape case; a coil situated inside the case; a circuit disposed inside the case configured to receive power based on a first frequency via the coil and configured to perform communication based on a second frequency higher than the first frequency; and a magnetic shield having a first portion and a second portion stacked one over another in a direction perpendicular to the coil between the coil and the circuit, wherein permeability of the first portion is higher than permeability of the second portion situated toward the coil with respect to the first frequency, characterized in that the permeability of the first portion is lower than the permeability of the second portion situated toward the coil with respect to the second frequency. a box-shape case; a coil situated inside the case; a circuit disposed inside the case configured to receive power based on a first frequency via the coil and configured to perform communication based on a second frequency higher than the first frequency; and a magnetic shield having a first portion and a second portion stacked one over another in a direction perpendicular to the coil between the coil and the circuit, wherein permeability of the first portion is higher than permeability of the second portion situated toward the coil with respect to the first frequency, characterized in that the permeability of the first portion is lower than the permeability of the second portion situated toward the coil with respect to the second frequency.
A grinder comprising: an arbor configured to rotate about a first axis, the arbor being configured to support a grinding wheel for rotation therewith; a gear surrounding a first portion of the arbor and having; a motor configured to supply rotation to a drive train including the gear; the grinder being characterized in that the gear has a slip fit with the first portion of arbor and in that it comprises a collar surrounding a second portion of the arbor and having an interference fit with the second portion of the arbor such that the collar is constrained for rotation with the arbor about the first axis; and at least one spring disposed between the gear and the collar, the at least one spring configured to exert a biasing force along the first axis such that one or more resulting friction forces cause the arbor to rotate with the gear when a torque exerted on the gear is less than a threshold torque. an arbor configured to rotate about a first axis, the arbor being configured to support a grinding wheel for rotation therewith; a gear surrounding a first portion of the arbor and having; a motor configured to supply rotation to a drive train including the gear; a collar surrounding a second portion of the arbor and having an interference fit with the second portion of the arbor such that the collar is constrained for rotation with the arbor about the first axis; and at least one spring disposed between the gear and the collar, the at least one spring configured to exert a biasing force along the first axis such that one or more resulting friction forces cause the arbor to rotate with the gear when a torque exerted on the gear is less than a threshold torque.
A method of managing cache memory partitioning comprising: providing a first write pointer addressing locations in a first partition for higher priority writes into the cache memory, and a second write pointer addressing locations in a second partition for lower priority writes into the cache memory; using the first write pointer as a delimiter for the lower priority writes; wherein using the first write pointer as a delimiter for the lower priority writes comprises initializing the first and second write pointers to be equal, advancing the first and second write pointers responsive to making higher and lower priority writes, respectively, and additionally advancing the second write pointer as needed to prevent the first write pointer from passing the second write pointer; and further characterized by: allowing the second write pointer to wrap back from a maximum pointer value to a value corresponding to a defined offset from the current value of the first write pointer. providing a first write pointer addressing locations in a first partition for higher priority writes into the cache memory, and a second write pointer addressing locations in a second partition for lower priority writes into the cache memory; using the first write pointer as a delimiter for the lower priority writes; wherein using the first write pointer as a delimiter for the lower priority writes comprises initializing the first and second write pointers to be equal, advancing the first and second write pointers responsive to making higher and lower priority writes, respectively, and additionally advancing the second write pointer as needed to prevent the first write pointer from passing the second write pointer; and further characterized by: allowing the second write pointer to wrap back from a maximum pointer value to a value corresponding to a defined offset from the current value of the first write pointer.
An isolated polypeptide having glucoamylase activity comprising an amino acid sequence having at least 80% sequence identity to an amino acid sequence selected from the group consisting of the mature polypeptide of SEQ ID NO: 3 and 6.
A polyaxial bone anchoring device including an anchoring element having a shaft for anchoring in a bone and a head; a receiving part (5, 5') having a top end and a bottom end, a channel for receiving a rod therein and a passage (53, 54, 55) extending from the top end to the bottom end and including a seat for receiving the head; a pressure element which is arranged in the passage and configured to exert pressure onto the head, wherein the pressure element is a solid member without a spring portion, and wherein the head is pivotable with respect to the receiving part and can be locked at an angle by means of the pressure element; the pressure element (6, 6') comprising at least one recess (600a, 600b; 610a, 610b; 620a, 620b) facing the inner wall of the receiving part or a deformable portion (601a', 601b') at its outer wall; the receiving part including at least one deformable portion (501a, 501b) provided at its inner wall, which upon deformation engages the recess (600a, 600b; 610a, 610b; 620a, 620b) at the pressure element or including a recess (500a', 500b') open at least to its inner wall; wherein the deformable portion (502a, 502b; 601a', 601b') and the recess (600a, 600b; 610a, 610b; 620a, 620b; 500a', 500b') are arranged such that by engagement of the deformable portion with the recess a force is exerted by the pressure element onto the head that maintains the head at an angular position by friction before locking the head, and wherein the deformable portion (501a, 501 b, 601a', 601b') is configured to plastically deform into a deformed portion (502a, 502b, 602a', 602b') extending into the passage.
A method for controlling an outdoor light, in particular a street light, by means of a control device (6; 22a, 22b, 22c) assigned to the outdoor light, the outdoor light having a power supply input connected to a first phase line (1; 24a, 24b, 24c) carrying a mains voltage for supplying power to the outdoor light and the control device having a control input connected to a second phase line (5; 26a, 26b, 26c), characterized in that the method comprises applying to the control input pulse length coded and pulse height coded signals defined with more than two voltage levels via the second phase line (5; 26a, 26b, 26c), which are decoded by the control means and used to control the outdoor light, and in that the control means (6; 22a, 22b, 22c) checks whether the pulse length-coded and pulse height-coded signals contain an identifier for a control program and, if it detects such an identifier, controls the outdoor light controlled by it in accordance with the control program corresponding to the identifier or terminates the control program corresponding to the identifier.
A communication system comprising a mobile terminal and a base station configured to communicate with the mobile terminal, in which multiplexing of channels for Multimedia Broadcast multicast service Single Frequency Network, MBSFN, and for non-MBSFN is performed, characterized in that the base station is configured to transmit, to the mobile terminal, a configuration of MBSFN subframes which include an MBSFN subframe designated by the base station itself and an MBSFN subframe indicated by a Multi-cell/multicast Coordination Entity, MCE,, and wherein the mobile terminal is configured to receive the configuration of MBSFN subframes transmitted from the base station. the base station is configured to transmit, to the mobile terminal, a configuration of MBSFN subframes which include an MBSFN subframe designated by the base station itself and an MBSFN subframe indicated by a Multi-cell/multicast Coordination Entity, MCE,, and wherein the mobile terminal is configured to receive the configuration of MBSFN subframes transmitted from the base station.
A method for additive layer manufacturing of objects comprised of more than one material with free-form capability for all included materials with the steps of: a) providing a flat substrate as a platform forming a support for building the object, b) hydrophobizing selected parts of a flat substrate by applying a hydrophobic solution (3a, 3b), c) spreading a water-based powder suspension (4a, 4b) comprised of particles with a size below 5 μm in a layer with a thickness below 50 μm, d) applying a binder to the parts of the powder layer that should be retained in the shaped powder body, e) applying one or more secondary materials as powder suspensions or powder pastes to the gaps in the layer created by the hydrophobic repulsion of the water-based suspension, f) repeatedly adding powder layers (4a, 4b, 4c), hydrophobic areas (3a, 3b), binders (5a, 5b, 5c) and secondary materials as above to build a powder body of the desired shape and size, g) rinsing or clearing the object from loose powder, and h) performing thermal treatment to remove the binder and sinter the powder object to a solid body. a) providing a flat substrate as a platform forming a support for building the object, b) hydrophobizing selected parts of a flat substrate by applying a hydrophobic solution (3a, 3b), c) spreading a water-based powder suspension (4a, 4b) comprised of particles with a size below 5 μm in a layer with a thickness below 50 μm, d) applying a binder to the parts of the powder layer that should be retained in the shaped powder body, e) applying one or more secondary materials as powder suspensions or powder pastes to the gaps in the layer created by the hydrophobic repulsion of the water-based suspension, f) repeatedly adding powder layers (4a, 4b, 4c), hydrophobic areas (3a, 3b), binders (5a, 5b, 5c) and secondary materials as above to build a powder body of the desired shape and size, g) rinsing or clearing the object from loose powder, and h) performing thermal treatment to remove the binder and sinter the powder object to a solid body.
A method for implementing a Primary Synchronization Signal, PSS, in a time domain, pre-storing PSS time domain sequences with different sampling rates and different N ID 2 configurations, where a value of N ID 2 is selected from {0,1,2}, wherein the method further comprises: obtaining (301, 402) a PSS time domain power weighting related parameter according to a PSS power control related parameter, a cell related parameter and timing information; performing (302, 403) power weighting processing on the pre-stored PSS time domain sequences with different sampling rates and different N ID 2 configurations to obtain weighted PSS time domain sequences according to the pre-stored PSS time domain sequences with different sampling rates and different N ID 2 configurations and the PSS time domain power weighting related parameter; and performing (303, 405) addition operation on the weighted PSS time domain sequences and time domain data of signals and channels except the PSS to obtain processed time domain data. obtaining (301, 402) a PSS time domain power weighting related parameter according to a PSS power control related parameter, a cell related parameter and timing information; performing (302, 403) power weighting processing on the pre-stored PSS time domain sequences with different sampling rates and different N ID 2 configurations to obtain weighted PSS time domain sequences according to the pre-stored PSS time domain sequences with different sampling rates and different N ID 2 configurations and the PSS time domain power weighting related parameter; and performing (303, 405) addition operation on the weighted PSS time domain sequences and time domain data of signals and channels except the PSS to obtain processed time domain data.
An intravaginal device comprising: a first segment comprising: an outer surface and a lumen containing an aqueous lubricant, wherein the first segment is configured to deliver the contents of the lumen to the outer surface by diffusion, and the first segment comprises a hydrophilic, semi-permeable elastomer that is water-swellable and is selected from the group consisting of hydrophilic polyurethane, hydrophilic silicone polyurethane copolymer, and hydrophilic polyether polyamide, wherein no macroscopic channels are present in the first segment. an outer surface and a lumen containing an aqueous lubricant,
An animal litter box, comprising: an upper container having an upper opening for animals to come in and out, and configured with four sides and a bottom portion, the bottom portion allowing fluid to pass through and over which particulate matter is spread; and a lower container having a lower opening at the top side provided below the bottom portion, and a holding portion for disposing a fluid absorbing sheet which absorbs fluid passing through the bottom portion, wherein a fitting portion for fitting to an edge of the lower opening of the lower container is provided at a bottom of the upper container and the upper container and the lower container are configured to be engaged detachably at an engaging portion while the upper container and the lower container are fitted, wherein the upper container and the lower container comprise an engaging piece for engagement, respectively, and wherein an engaging piece is provided on the bottom portion in the vicinity of the center of each of two opposing sides of the upper container for engaging both containers at the engaging portion. an upper container having an upper opening for animals to come in and out, and configured with four sides and a bottom portion, the bottom portion allowing fluid to pass through and over which particulate matter is spread; and a lower container having a lower opening at the top side provided below the bottom portion, and a holding portion for disposing a fluid absorbing sheet which absorbs fluid passing through the bottom portion, wherein a fitting portion for fitting to an edge of the lower opening of the lower container is provided at a bottom of the upper container and the upper container and the lower container are configured to be engaged detachably at an engaging portion while the upper container and the lower container are fitted, wherein the upper container and the lower container comprise an engaging piece for engagement, respectively, and wherein an engaging piece is provided on the bottom portion in the vicinity of the center of each of two opposing sides of the upper container for engaging both containers at the engaging portion.
A pipette tip, comprising: a pipette tip having an interface portion and a pipette tip body, the interface portion having an inner wall and a receptacle, the pipette tip body having a fluid channel along the length of the pipette tip body, the fluid channel having an opening at the distal end of the fluid channel; and a pipette plunger positioned along the inside of the pipette tip, the pipette plunger having a plunger upper portion, a plunger centering portion, and a plunger tip having a distal tip portion, wherein the receptacle is adapted to receive the plunger centering portion, and wherein the fluid channel is adapted to receive the distal tip portion of the plunger tip, wherein the plunger upper portion has an outer wall; characterized in that the outer wall includes vertical outer wall features, wherein the vertical outer wall features are configured to assist clamping or mating the plunger upper portion of the pipette plunger to a mating component of a liquid handling instrument. a pipette tip having an interface portion and a pipette tip body, the interface portion having an inner wall and a receptacle, the pipette tip body having a fluid channel along the length of the pipette tip body, the fluid channel having an opening at the distal end of the fluid channel; and a pipette plunger positioned along the inside of the pipette tip, the pipette plunger having a plunger upper portion, a plunger centering portion, and a plunger tip having a distal tip portion, wherein the receptacle is adapted to receive the plunger centering portion, and wherein the fluid channel is adapted to receive the distal tip portion of the plunger tip, wherein the plunger upper portion has an outer wall; characterized in that the outer wall includes vertical outer wall features, wherein the vertical outer wall features are configured to assist clamping or mating the plunger upper portion of the pipette plunger to a mating component of a liquid handling instrument.
Driving in device, comprising a hand-held housing with a piston element housed in it for transferring energy to a fastening element to be driven in, a propellant that may be changed in particular and a combustion chamber arranged between the propellant and the piston element, which extends around a central axis in particular, and an actuator, by means of which the energy to be transferred from the propellant to the piston element may be variably adjusted, in which a discharge channel connected to the combustion chamber may be released by means of a moveable pusher of the actuator, characterised in that a starting position of the piston element may be variably adjusted by means of moving the pusher.