mhurhangee/ep-ind-claims huggingface dataset:
A liquid electrolyte for a secondary battery, characterized by comprising an ionic liquid of formula and a lithium salt wherein R 1 and R 2 are each independently an alkyl group of 1 to 5 carbon atoms, and n is 1 or 2.
An eyeglass prescription method, comprising: making a subjective refraction of a person to determine information about the person's vision, wherein making the subjective refraction of the person comprises making a subjective refraction of one or both of the person's eyes and wherein the subjective refraction includes determining a first value for sphere of one or both of the person's eyes; making an objective refraction of the person to determine information about the person's vision, wherein the objective refraction includes determining a second value for sphere of one or both of the person's eyes; calculating a prescription for the person based on the information about the person's vision determined by the subjective refraction and the objective refraction, wherein calculating the prescription comprises determining a prescription value for sphere of one or both of the person's eyes from the first value for sphere of one or both of the person's eyes and the second value for sphere of one or both of the person's eyes, wherein the prescription value for sphere is an average value resulting from the first and second value for sphere or the prescription value for sphere is an average value that includes different weighing of the first and second values for sphere.and outputting the prescription. making a subjective refraction of a person to determine information about the person's vision, wherein making the subjective refraction of the person comprises making a subjective refraction of one or both of the person's eyes and wherein the subjective refraction includes determining a first value for sphere of one or both of the person's eyes; making an objective refraction of the person to determine information about the person's vision, wherein the objective refraction includes determining a second value for sphere of one or both of the person's eyes; calculating a prescription for the person based on the information about the person's vision determined by the subjective refraction and the objective refraction, wherein calculating the prescription comprises determining a prescription value for sphere of one or both of the person's eyes from the first value for sphere of one or both of the person's eyes and the second value for sphere of one or both of the person's eyes, wherein the prescription value for sphere is an average value resulting from the first and second value for sphere or the prescription value for sphere is an average value that includes different weighing of the first and second values for sphere.and outputting the prescription.
An electromagnetic tracking system comprising: a handheld controller including an electromagnetic emitter, the electromagnetic emitter including: a first phased array element characterized by a first phase; and a second phased array element characterized by a second phase different than the first phase; wherein the first phased array element and the second phased array element are configured to generate a steerable electromagnetic beam characterized by an electromagnetic field pattern; a head mounted augmented reality display including an electromagnetic sensor configured to sense the electromagnetic field pattern; and a computing apparatus configured to: determine a pose of the electromagnetic sensor; control the first phase to steer the electromagnetic beam to increase received power at the electromagnetic sensor; and determine a pose of the handheld controller using the pose of the electromagnetic sensor and the electromagnetic field pattern sensed at the electromagnetic sensor. a first phased array element characterized by a first phase; and a second phased array element characterized by a second phase different than the first phase; wherein the first phased array element and the second phased array element are configured to generate a steerable electromagnetic beam characterized by an electromagnetic field pattern; a head mounted augmented reality display including an electromagnetic sensor configured to sense the electromagnetic field pattern; and a computing apparatus configured to: determine a pose of the electromagnetic sensor; control the first phase to steer the electromagnetic beam to increase received power at the electromagnetic sensor; and determine a pose of the handheld controller using the pose of the electromagnetic sensor and the electromagnetic field pattern sensed at the electromagnetic sensor. determine a pose of the electromagnetic sensor; control the first phase to steer the electromagnetic beam to increase received power at the electromagnetic sensor; and determine a pose of the handheld controller using the pose of the electromagnetic sensor and the electromagnetic field pattern sensed at the electromagnetic sensor.
A method for decompressing compressed instructions, the method characterized by: fetching compressed instructions from a memory (542,544), wherein each compressed instruction comprises an X-index and a Y-index and is associated with a mix mask; fetching for each compressed instruction an X-bit pattern (506, 576) from an X memory using the X-index and a Y-bit pattern (508, 578) from a Y memory using the Y-index; and combining the X-bit pattern with the Y-bit pattern based on the mix mask (504, 574) associated with each compressed instruction into a decompressed instruction, wherein a format length of the decompressed instruction is determined by the associated mix mask. fetching compressed instructions from a memory (542,544), wherein each compressed instruction comprises an X-index and a Y-index and is associated with a mix mask; fetching for each compressed instruction an X-bit pattern (506, 576) from an X memory using the X-index and a Y-bit pattern (508, 578) from a Y memory using the Y-index; and combining the X-bit pattern with the Y-bit pattern based on the mix mask (504, 574) associated with each compressed instruction into a decompressed instruction, wherein a format length of the decompressed instruction is determined by the associated mix mask.
A building process in which one or more planar member, having a planar surface and edges (1.1, 1.2, 1.3) which define the shape of the planar member, the planar member being used to form system parts which form at least part of one or more system components, the process comprising the steps of: determining the system components to be created and which system parts are required to make the system component, for each system part, sub-dividing the planar member by cutting the planar member into strips (2.1, 3.1,3.3) of a predetermined width to create sections and assembling the sub-divided sections into the system part, creating the system component using system parts wherein the system part is a tube (4-1, 4.2) having a square or rectangular cross section which is formed by fixing together the sections of a predetermined width, the tube is cut into lengths (5.1) to form one or more shorter tube that acts as a spacer and wherein, the spacer is secured between planar surfaces of adjacent planar members to separate the planar members (5.2). determining the system components to be created and which system parts are required to make the system component, for each system part, sub-dividing the planar member by cutting the planar member into strips (2.1, 3.1,3.3) of a predetermined width to create sections and assembling the sub-divided sections into the system part, creating the system component using system parts wherein the system part is a tube (4-1, 4.2) having a square or rectangular cross section which is formed by fixing together the sections of a predetermined width, the tube is cut into lengths (5.1) to form one or more shorter tube that acts as a spacer and wherein, the spacer is secured between planar surfaces of adjacent planar members to separate the planar members (5.2).
Probiotic bacteria coated with a coating comprising lipids of vegetable origin, characterized in that said coating is a multilayer coating comprising at least a first coating layer and a second coating layer, wherein the first and second coating layers are made from the same coating material and wherein: - a first coating layer is formed on the outer surface of the bacteria, and a second coating layer is formed on the outer surface of said first coating layer, wherein said first and second coating layers comprise or, alternatively, consist of a lipid of vegetable origin selected from the group consisting of mono- and di-glycerides of saturated fatty acids, polyglycerols esterified with saturated fatty acids and free saturated fatty acids and wherein: the first and second coatings are sprayed onto lyophilized bacteria in succession, wherein between said first and second coating, a pause is made to allow the first coating layer to cool and solidify, and subsequently the second coating layer is applied. - a first coating layer is formed on the outer surface of the bacteria, and a second coating layer is formed on the outer surface of said first coating layer, wherein said first and second coating layers comprise or, alternatively, consist of a lipid of vegetable origin selected from the group consisting of mono- and di-glycerides of saturated fatty acids, polyglycerols esterified with saturated fatty acids and free saturated fatty acids and wherein: the first and second coatings are sprayed onto lyophilized bacteria in succession, wherein between said first and second coating, a pause is made to allow the first coating layer to cool and solidify, and subsequently the second coating layer is applied.
A windscreen wiper device comprising a wiper blade having at least one yoke which is attached to a carrier in such a manner as to be capable of a pivoting movement about a first pivot axis, wherein both said carrier and said yoke have a substantially U-shaped cross-section at the location of their interconnection, wherein said windscreen wiper device further comprises an oscillating arm pivotally connected to said carrier about a second pivot axis near one end, wherein said carrier is provided, at the location of said second pivot axis, with a transverse shaft, wherein said oscillating arm and said carrier are interconnected with the interposition of a connecting device, said oscillating arm comprising two longitudinal arm sections (15, 16) connected to each other by means of a curved intermediate arm section, wherein said connecting device comprises a resilient leg comprises at least one upwardly extending protrusion and at least one downwardly extending protrusion, wherein said upwardly extending protrusion is adapted to engage in a correspondingly shaped hole provided in an oscillating arm of a first type, and wherein said downwardly extending protrusion is adapted to engage in a correspondingly shaped hole provided in an oscillating arm of a second type, said oscillating arms of said first and said second types mutually differing in the distance between their respective longitudinal arm sections (15, 16), wherein said connecting device has an at least substantially U-shaped cross-section having two resilient legs (18, 19), and wherein one of said legs that faces towards said windscreen to be wiped comprises said at least one upwardly extending protrusion and said at least one downwardly extending protrusion, characterized in that said resilient legs (18, 19) are interconnected near their free ends by a link to limit a movement in a direction away from each other.
A controller for a functional electrical stimulator for attachment to a leg comprising: a connector for a foot switch for sensing foot rise or foot strike; a circuit for responding to said foot switch for generating stimulation pulses; a connector for first and second electrodes for attachment to the leg for supplying stimulation pulses from said circuit, said circuit including a voltage divider of which the foot switch when connected comprises one element, a second element being provided by a digital potentiometer forming part of the controller; a microcontroller configured to make adaptive adjustment of the resistance of said digital potentiometer to take account of the resistance characteristics of the foot switch to provide an output or reference voltage permitting significant changes in the state of the foot switch to be monitored; and an output circuit having a second digital potentiometer controlled by the microcontroller for controlling the magnitude of the electrical stimulus applied to the leg; wherein said electrodes are active and indifferent electrodes (14, 16) and the output circuit includes an H-bridge (56a-56d) switchable to reverse the active and indifferent electrodes by reversing the polarity of the pulses. a connector for a foot switch for sensing foot rise or foot strike; a circuit for responding to said foot switch for generating stimulation pulses; a connector for first and second electrodes for attachment to the leg for supplying stimulation pulses from said circuit, said circuit including a voltage divider of which the foot switch when connected comprises one element, a second element being provided by a digital potentiometer forming part of the controller; a microcontroller configured to make adaptive adjustment of the resistance of said digital potentiometer to take account of the resistance characteristics of the foot switch to provide an output or reference voltage permitting significant changes in the state of the foot switch to be monitored; and an output circuit having a second digital potentiometer controlled by the microcontroller for controlling the magnitude of the electrical stimulus applied to the leg; wherein said electrodes are active and indifferent electrodes (14, 16) and the output circuit includes an H-bridge (56a-56d) switchable to reverse the active and indifferent electrodes by reversing the polarity of the pulses.
A container having a rectangular base and an upstanding side wall extending upwardly from the base, wherein the base has an upper face and a lower face, and wherein the base defines an external recess extending upwardly from the lower face, and the container further includes a mesh formation in the recess, characterised in that the upper face has an upwardly extending protrusion, the protrusion defining said external recess in the base.
A method, in a serving GPRS support node in a first operating domain of a communication network, for authenticating a user equipment, UE connecting to the communication network via a Femtocell and requesting a service provided by a second operating domain, wherein the first operating domain is a mobile core network, and the second operating domain is a fixed access network, wherein the second operating domain provides a backhaul for the Femtocell in the first operating domain, the UE is registered to the first operating domain, and the method comprises: A. receiving, at the serving GPRS support node, a first request message from the UE, the first request message requesting to receive the service provided by the second operating domain; B. verifying, at the serving GPRS support node, whether the UE is authorized to receive the service; and C. sending, from the GPRS support node, a second request message to an authentication server in the first operating domain, if the UE is authorized to receive the service, the second request message being used to request the authentication server in the first operating domain to allocate needed information related to the service to access the service for the UE, the authentication server being configured to independently authenticate the UE operating within the first operating domain but not the second operating domain. A. receiving, at the serving GPRS support node, a first request message from the UE, the first request message requesting to receive the service provided by the second operating domain; B. verifying, at the serving GPRS support node, whether the UE is authorized to receive the service; and C. sending, from the GPRS support node, a second request message to an authentication server in the first operating domain, if the UE is authorized to receive the service, the second request message being used to request the authentication server in the first operating domain to allocate needed information related to the service to access the service for the UE,
A method comprising: sending via a control plane connection a control plane message from a Cable Modem Termination System, CMTS, comprising information configured to provide multicast address information to a plurality of physical layer devices in order for individual ones of the plurality of physical layer devices to subscribe to multicast Downstream External physical layer, PHY, Interface, DEPI, traffic; receiving an acknowledgement message at the CMTS from one or more of the plurality of physical layer devices; and multicasting DEPI traffic originating at the CMTS to the plurality of physical, PHY, layer devices via a Layer 2 tunnel to respective ones of the plurality of physical layer devices that have acknowledged the control plane message. sending via a control plane connection a control plane message from a Cable Modem Termination System, CMTS, comprising information configured to provide multicast address information to a plurality of physical layer devices in order for individual ones of the plurality of physical layer devices to subscribe to multicast Downstream External physical layer, PHY, Interface, DEPI, traffic; receiving an acknowledgement message at the CMTS from one or more of the plurality of physical layer devices; and multicasting DEPI traffic originating at the CMTS to the plurality of physical, PHY, layer devices via a Layer 2 tunnel to respective ones of the plurality of physical layer devices that have acknowledged the control plane message.
A particulate abrasive material comprising: body comprising a first major surface being the upper surface, a second major surface being the bottom surface, and at least one side surface extending between the first major surface and second major surface, wherein at least a portion of the at least one side surface comprises a fractured region defined by having a surface roughness that is greater than a surface roughness of the first major surface or second major surface of the body; wherein the fractured region has a height (hfr) that is less than a height of the body (he) on the side surface; and wherein the particulate material comprises a ceramic material, wherein the largest dimension measurable on the body is at least 100 microns and not greater than 5 mm. body comprising a first major surface being the upper surface, a second major surface being the bottom surface, and at least one side surface extending between the first major surface and second major surface, wherein at least a portion of the at least one side surface comprises a fractured region defined by having a surface roughness that is greater than a surface roughness of the first major surface or second major surface of the body; wherein the fractured region has a height (hfr) that is less than a height of the body (he) on the side surface; and wherein the particulate material comprises a ceramic material, wherein the fractured region has a height (hfr) that is less than a height of the body (he) on the side surface; and wherein the particulate material comprises a ceramic material, wherein the largest dimension measurable on the body is at least 100 microns and not greater than 5 mm.
A stretch laminate having an elastic stretch direction and a second direction perpendicular to the elastic stretch direction, comprising: a first layer formed of a first nonwoven web; a second layer formed of a second nonwoven web; an elastic member sandwiched between the first layer and the second layer; and an adhesive deposited between the first layer and the second layer bonding the first and second layers about the elastic member, wherein: the elastic member has been incorporated into the laminate while strained in the elastic stretch direction, such that when the stretch laminate is in a relaxed condition at least one of the first and second layers forms ruffles of gathered material that extend in a z-direction; at least one of the first and second layers has been incrementally stretched or SELFed prior to formation of the stretch laminate, and bears a pattern of ridges and valleys, wherein SELFing refers to a process in which a web material is controllably plastically stretched in increments along one or more directions by being passed under tension between the surfaces of a pair of stretching members having discontinuously intermeshing teeth ridges and valleys or other features. a first layer formed of a first nonwoven web; a second layer formed of a second nonwoven web; an elastic member sandwiched between the first layer and the second layer; and an adhesive deposited between the first layer and the second layer bonding the first and second layers about the elastic member, wherein: the elastic member has been incorporated into the laminate while strained in the elastic stretch direction, such that when the stretch laminate is in a relaxed condition at least one of the first and second layers forms ruffles of gathered material that extend in a z-direction; at least one of the first and second layers has been incrementally stretched or SELFed prior to formation of the stretch laminate, and bears a pattern of ridges and valleys, wherein SELFing refers to a process in which a web material is controllably plastically stretched in increments along one or more directions by being passed under tension between the surfaces of a pair of stretching members having discontinuously intermeshing teeth ridges and valleys or other features. the elastic member has been incorporated into the laminate while strained in the elastic stretch direction, such that when the stretch laminate is in a relaxed condition at least one of the first and second layers forms ruffles of gathered material that extend in a z-direction; at least one of the first and second layers has been incrementally stretched or SELFed prior to formation of the stretch laminate, and bears a pattern of ridges and valleys, wherein SELFing refers to a process in which a web material is controllably plastically stretched in increments along one or more directions by being passed under tension between the surfaces of a pair of stretching members having discontinuously intermeshing teeth ridges and valleys or other features.
A process for recovering NH 3 from a mixture of NH 3, acid gas containing H 2 S and/or CO 2, and low-boiling water-soluble organic components originating from an NH 3 stripper, whereby the acid gas in this mixture is absorbed with aqueous NH 3 in an acid gas absorber and at the top of the acid gas absorber NH 3 largely liberated from acid gas is removed, characterized in that a partial stream of the liquid phase is withdrawn from the acid gas absorber, that the partial stream withdrawn from the acid gas absorber is supplied to a first stripping column, in which the volatile components largely are stripped, so that gaseous NH 3 with reduced content of volatile organic components containing alcohols, ketones, nitriles and/or pyridine bases is obtained which is s recirculated into the acid gas absorber, in that the top product of the stripping column is partially condensed, and the remaining vapours are recirculated into the acid gas absorber and that the partial condensate of the first stripping column is supplied to a further stripping column, in which NH 3 and acid gases are stripped to such an extent that the organic components are concentrated in the sump, and that the top product of the further stripping column is recirculated into the acid gas absorber.