mhurhangee/patent-ind-claim-en huggingface dataset:
A multiport bracket comprising: an attachment plate ; a pivot plate coupled to the attachment plate , the pivot plate configured to pivot about a pivoting axis (PA); wherein the pivot plate includes a back surface and a first hook structure ; characterized by further comprising an adjustable plate coupled to the pivot plate to define a receiving area , wherein the adjustable plate adjustably couples to the pivot plate such that a width of the receiving area can be adjusted to accommodate different size multiports; wherein the adjustable plate includes a back surface and a second hook structure , the second hook structure along an edge distal to the pivoting axis (PA); and wherein the width of the receiving area is defined as the distance between the first hook structure and the second hook structure . an attachment plate ; a pivot plate coupled to the attachment plate , the pivot plate configured to pivot about a pivoting axis (PA); wherein the pivot plate includes a back surface and a first hook structure ; characterized by further comprising an adjustable plate coupled to the pivot plate to define a receiving area , wherein the adjustable plate adjustably couples to the pivot plate such that a width of the receiving area can be adjusted to accommodate different size multiports; wherein the adjustable plate includes a back surface and a second hook structure , the second hook structure along an edge distal to the pivoting axis (PA); and wherein the width of the receiving area is defined as the distance between the first hook structure and the second hook structure . wherein the adjustable plate includes a back surface and a second hook structure , the second hook structure along an edge distal to the pivoting axis (PA); and wherein the width of the receiving area is defined as the distance between the first hook structure and the second hook structure .
An integrated circuit package comprising: a die ; a lead ; and a bond wire comprising a first end coupled to the die and a second end coupled to the lead via a bond; the bond wire further comprising: a first portion between a first bend in the bond wire and the bond and forming a first angle with respect to the lead ; a second portion forming a second angle with respect to the lead ; wherein: the first bend is immediately between the first and second portions, and is configured to reduce the angle of the bond wire with respect to the lead from the second angle to the first angle ; characterized in that the first bend is in the vicinity of an edge of the lead ; and the first bend is displaced away from an edge of the lead , so that the first bend does not overlie the lead ; and the majority of the length of the first portion lies above the lead . a die ; a lead ; and a bond wire comprising a first end coupled to the die and a second end coupled to the lead via a bond; the bond wire further comprising: a first portion between a first bend in the bond wire and the bond and forming a first angle with respect to the lead ; a second portion forming a second angle with respect to the lead ; a first portion between a first bend in the bond wire and the bond and forming a first angle with respect to the lead ; a second portion forming a second angle with respect to the lead ; wherein: the first bend is immediately between the first and second portions, and is configured to reduce the angle of the bond wire with respect to the lead from the second angle to the first angle ; characterized in that the first bend is in the vicinity of an edge of the lead ; and the first bend is displaced away from an edge of the lead , so that the first bend does not overlie the lead ; and the majority of the length of the first portion lies above the lead .
A device for tensioning a hose line, in particular a hose line of an extracorporeal blood circuit of an extracorporeal blood treatment apparatus, comprising a clamping unit , which comprises a first receiving element and a second receiving element for clamping the hose line, the clamping unit comprising an actuation mechanism which is constituted such that, when a clamping force is applied, the first and second receiving element can be moved towards one another from a first position releasing the hose line into a second position clamping the hose line, and that the actuation mechanism comprises an electric motor for driving the actuation mechanism characterised in that the device comprises a monitoring unit which is configured such that a hose line inserted into the receiving elements can be detected, the monitoring unit comprises means for measuring the motor current of the electric motor for driving the actuation mechanism of the clamping unit or a variable correlating with the motor current and a computing and evaluation unit , which is configured such that a hose line inserted into the receiving elements can be detected on the basis of the change in the measured motor current or the variable correlating with the motor current. a clamping unit , which comprises a first receiving element and a second receiving element for clamping the hose line, the clamping unit comprising an actuation mechanism which is constituted such that, when a clamping force is applied, the first and second receiving element can be moved towards one another from a first position releasing the hose line into a second position clamping the hose line, and that the actuation mechanism comprises an electric motor for driving the actuation mechanism characterised in that the device comprises a monitoring unit which is configured such that a hose line inserted into the receiving elements can be detected, the monitoring unit comprises means for measuring the motor current of the electric motor for driving the actuation mechanism of the clamping unit or a variable correlating with the motor current and a computing and evaluation unit , which is configured such that a hose line inserted into the receiving elements can be detected on the basis of the change in the measured motor current or the variable correlating with the motor current.
An electronic device comprising: a first communication module configured to communicate using a 5G communication protocol; a second communication module configured to communicate using a 4G communication protocol; at least one processor operatively coupled to the first communication module and to the second communication module ; and a memory operatively coupled to the at least one processor , characterised in that : the memory stores instructions that, when executed, cause the at least one processor to: determine whether a data throughput of the first communication module is equal to or greater than a designated reference value, while the data throughput of the first communication module is maintained greater than the designated reference value, continue to perform 5G communication using the first communication module and monitor a temperature of the electronic device , and perform a handover from the first communication module to the second communication module based at least in part on the monitored temperature being equal to or higher than a designated reference temperature. a first communication module configured to communicate using a 5G communication protocol; a second communication module configured to communicate using a 4G communication protocol; at least one processor operatively coupled to the first communication module and to the second communication module ; and a memory operatively coupled to the at least one processor , determine whether a data throughput of the first communication module is equal to or greater than a designated reference value, while the data throughput of the first communication module is maintained greater than the designated reference value, continue to perform 5G communication using the first communication module and monitor a temperature of the electronic device , and perform a handover from the first communication module to the second communication module based at least in part on the monitored temperature being equal to or higher than a designated reference temperature.
A method for assembling a razor handle , the method comprising: installing a rod into a first shell of a body of a razor handle , installing an attachment end of a head onto a front end of the first shell ; installing a clip member onto a rear end of the first shell ; positioning a second shell adjacent to the first shell ; compressing the first shell and the second shell together; and covering the first and second shells with a cover layer . installing a rod into a first shell of a body of a razor handle , installing an attachment end of a head onto a front end of the first shell ; installing a clip member onto a rear end of the first shell ; positioning a second shell adjacent to the first shell ; compressing the first shell and the second shell together; and covering the first and second shells with a cover layer .
A system for neuromodulation and/or neurostimulation, for the treatment of a mammal, at least comprising: - at least one control unit configured and arranged to provide stimulation data; - at least one stimulation unit configured and arranged to provide a stimulation pulse; - at least one real-time monitoring unit ; - at least one signal-processing unit ; wherein the system is configured and arranged for control of blood pressure, wherein the stimulation unit is constructed to comprise a lead , and wherein the lead is capable and configured to provide stimulation to the spinal cord at level T9-L1, characterized in that the control unit comprises an oscillation control module, wherein the oscillation control module is configured and arranged to provide an input of 0.01 Hz - 0.2 Hz low frequency oscillation in an amplitude and/or a frequency of the stimulation data. - at least one control unit configured and arranged to provide stimulation data; - at least one stimulation unit configured and arranged to provide a stimulation pulse; - at least one real-time monitoring unit ; - at least one signal-processing unit ; wherein the system is configured and arranged for control of blood pressure, wherein the stimulation unit is constructed to comprise a lead , and wherein the lead is capable and configured to provide stimulation to the spinal cord at level T9-L1, characterized in that the control unit comprises an oscillation control module, wherein the oscillation control module is configured and arranged to provide an input of 0.01 Hz - 0.2 Hz low frequency oscillation in an amplitude and/or a frequency of the stimulation data.
Optical unit for a motor vehicle, the optical unit comprising a housing closed by a cover glass , the housing comprising a reflector on which a mask is fixed, the reflector comprising a positioning impression of the mask the mask having a projection complementary in shape to the positioning indentation , the positioning indentation being formed by two open cavities , the two cavities being elongated and oriented along two non-parallel axes, and wherein the two cavities are contiguous.
Method for operating an on-board electrical system of a motor vehicle having at least one energy store , wherein the motor vehicle has an internal combustion engine and an electric machine mechanically coupled thereto, has an actuatable accelerator pedal for the presetting of a torque that can be output at least by the internal combustion engine , has an engine controller for an injection (J) of fuel into the internal combustion engine , and has an actuatable brake pedal by means of which, at least in a first sub-range of its actuation, a controller is activated provided that first external operating conditions are present, such that a recuperation power of the electric machine is generated with a simultaneous infeed of energy into the on-board electrical system, characterized in that a switchover to a recuperation power of the electric machine is performed by the controller if, on the basis of actuations of the accelerator pedal , a driver demand which results in a braking power of the vehicle is inferred, and the injection (J) of the internal combustion engine is maintained on the basis of second internal operating conditions of the vehicle, wherein the generator torque and thus the recuperation power is increased by the controller up to an operating limit, wherein the internal second operating conditions are reliably maintained, and the increased recuperation power does not lead, at any time during operation, to an increase of the injection quantity on the basis of the recuperation.
A magnetic coupling apparatus, for transmitting drive from a driving member to a driven member , wherein the driving member has at least one first magnet and the driven member has one or more second magnets , wherein the at least one first magnet is arranged on the driving member so that its North-South axis is substantially parallel with an axis of rotation of the driving member, wherein the one or more second magnets are arranged on the driven member so that their North-South axes are substantially parallel with an axis of rotation of the driven member , wherein the at least one first magnet and the one or more second magnets are arranged in substantially the same sense and substantially parallel to each other so that when a magnet of the at least one first magnet approaches a magnet in the one or more second magnets , the two North seeking poles are adjacent and the two South seeking poles are also adjacent thus causing a doubly repulsive force to be generated as the driving member rotates which causes the driven member to rotate , wherein the at least one first magnet and the one or more second magnets are arranged to remain in spaced circular loci as the driving member and the driven member rotate .
A food station comprising: a plurality of cubbies , each cubby sized to enclose a food portion container , and each cubby including a food portion container carrier that supports the food portion container whilst it is in the cubby and while being transported by a transport system, the carrier comprising a horseshoe-shaped support plate that is fixed to a removeable front panel of the cubby; a collection hatch large enough for the food portion container to pass therethrough, the collection hatch being externally accessible; an internal transport system including an end effector that temporarily couples to the food portion container carrier of a selected cubby and controllably moves the food portion container carrier within the food station from the selected cubby to the collection hatch ; a heating system that selectively provides heat to each of the plurality of cubbies independently of the other cubbies , with the heating being independently controllable for each of the plurality of cubbies ; a cooling system that selectively removes heat from each of the plurality of cubbies independently of the other cubbies , with the cooling being independently controllable for each of the plurality of cubbies ; a control system that controls the heating and cooling of each of the plurality of cubbies and the movement of the internal transport system , the control system including a memory for storing information including preparation instructions for each of the plurality of cubbies . a plurality of cubbies , each cubby sized to enclose a food portion container , and each cubby including a food portion container carrier that supports the food portion container whilst it is in the cubby and while being transported by a transport system, the carrier comprising a horseshoe-shaped support plate that is fixed to a removeable front panel of the cubby; a collection hatch large enough for the food portion container to pass therethrough, the collection hatch being externally accessible; an internal transport system including an end effector that temporarily couples to the food portion container carrier of a selected cubby and controllably moves the food portion container carrier within the food station from the selected cubby to the collection hatch ; a heating system that selectively provides heat to each of the plurality of cubbies independently of the other cubbies , with the heating being independently controllable for each of the plurality of cubbies ; a cooling system that selectively removes heat from each of the plurality of cubbies independently of the other cubbies , with the cooling being independently controllable for each of the plurality of cubbies ; a control system that controls the heating and cooling of each of the plurality of cubbies and the movement of the internal transport system , the control system including a memory for storing information including preparation instructions for each of the plurality of cubbies .
A method, comprising: by a user equipment, UE : transmitting joint HARQ feedback for a plurality of aggregated sidelink carriers on a Physical Sidelink Feedback Channel, PSFCH, in a selected carrier of the plurality of aggregated sidelink carriers, wherein the selected carrier that carries the joint HARQ feedback is the carrier of said plurality of aggregated sidelink carriers that has the highest priority according to a priority defined as part of resource pool configuration information received from a base station for each carrier to be aggregated.
A counting method for counting revolutions of a wheel on which a target is secured, the counting method comprising the following steps repeated at regular detection intervals: - generating an oscillating voltage signal (S1, S2) representative of the presence or the absence of the target ; - comparing an amplitude of the oscillating voltage signal with a predetermined voltage threshold (Vcc/2) in order to obtain pulses ; and - detecting presence of the target or absence of the target as a function of the number of pulses obtained, the counting method being characterized in that it further comprises a step of detecting a disturbance that might affect detection of the target , the detection step being performed retroactively and consisting in acquiring differential pulse values, each equal to a difference between two numbers of pulses obtained during two successive detection intervals, and in detecting a disturbance by identifying an erroneous sequence of successive differential pulses. - generating an oscillating voltage signal (S1, S2) representative of the presence or the absence of the target ; - comparing an amplitude of the oscillating voltage signal with a predetermined voltage threshold (Vcc/2) in order to obtain pulses ; and - detecting presence of the target or absence of the target as a function of the number of pulses obtained,
A system comprising: a welding tool configured to receive a welding wire from a wire feeder , to receive welding power from a power source , and to supply the welding wire to a workpiece during a welding process; a mechanical oscillation system configured to mechanically oscillate a structural component toward and away from the workpiece, so that the welding wire is oscillated, wherein the structural component is external to the wire feeder and the power source ; and being characterised by : control circuitry configured to control the welding power based on feedback relating to the welding process, wherein the control circuitry is configured to control the welding power based at least in part on feedback relating to the mechanical oscillation of the structural component. a welding tool configured to receive a welding wire from a wire feeder , to receive welding power from a power source , and to supply the welding wire to a workpiece during a welding process; a mechanical oscillation system configured to mechanically oscillate a structural component toward and away from the workpiece, so that the welding wire is oscillated, wherein the structural component is external to the wire feeder and the power source ; and being characterised by : control circuitry configured to control the welding power based on feedback relating to the welding process, wherein the control circuitry is configured to control the welding power based at least in part on feedback relating to the mechanical oscillation of the structural component.
An enclosure for telecommunications equipment comprising: first and second housing pieces that fit together to form at least a portion of the enclosure , the first and second housing pieces meeting at a sealing interface , the sealing interface including a sealing channel of the first housing piece and a sealing rib of the second housing piece , the sealing rib projecting into the sealing channel when the first and second housing pieces are fitted together; and the sealing interface including an elastomeric sealing member in the form of an elastic sheet that extends across the sealing channel and that is pressed into the sealing channel by the sealing rib when the first and second housing pieces are fitted together; wherein a sealing channel section of the first housing piece defines the sealing channel, the sealing channel section including a channel base and channel ribs ; wherein the sealing rib has a base end and a free end , the free end of the sealing rib engaging a first side of the elastomeric sealing member to form a first axial seal location when the first and second housing pieces are fitted together; characterized in that when the first and second housing pieces are fitted together, the elastomeric sealing member extends across the sealing channel such that top ends of the channel ribs engage a second side of the elastomeric sealing member, second and third axial seal locations being defined between the top ends of the channel ribs and the second side of the elastomeric sealing member when the first and second housing pieces are fitted together. first and second housing pieces that fit together to form at least a portion of the enclosure , the first and second housing pieces meeting at a sealing interface , the sealing interface including a sealing channel of the first housing piece and a sealing rib of the second housing piece , the sealing rib projecting into the sealing channel when the first and second housing pieces are fitted together; and the sealing interface including an elastomeric sealing member in the form of an elastic sheet that extends across the sealing channel and that is pressed into the sealing channel by the sealing rib when the first and second housing pieces are fitted together; wherein a sealing channel section of the first housing piece defines the sealing channel, the sealing channel section including a channel base and channel ribs ; wherein the sealing rib has a base end and a free end , the free end of the sealing rib engaging a first side of the elastomeric sealing member to form a first axial seal location when the first and second housing pieces are fitted together; characterized in that when the first and second housing pieces are fitted together, the elastomeric sealing member extends across the sealing channel such that top ends of the channel ribs engage a second side of the elastomeric sealing member, second and third axial seal locations being defined between the top ends of the channel ribs and the second side of the elastomeric sealing member when the first and second housing pieces are fitted together.