mhurhangee/patent-ind-claim-en huggingface dataset:
An orthodontic expansion screw comprising at least two bodies , the mutual distance between which can be changed by means of a spindle , which engages both bodies , wherein the spindle has an activating part , from which at least one threaded part proceeds, and is turned into a threaded hole of one of the two bodies , and wherein the bodies have a first end, which faces the activating part of the spindle , and a second end, which faces away from the activating part of the spindle , with linear guiding means , which engage both bodies and guide them along two mutually parallel guiding axes while preventing a relative rotation of the bodies given a change in their distance relative to each other, and with a device for preventing or impeding an inadvertent twisting of the spindle relative to the bodies , wherein the at least one threaded part of the spindle has at least one recess that extends in its longitudinal direction and is open in a radial direction, and wherein the body in which the at least one threaded part is inserted has an elastic extension externally on its first end and/or on its second end, which is directed against the at least one threaded part , and protrudes into the recess in a position of the spindle in which it faces the at least one recess , whereas it elastically presses against the thread of the at least one threaded part in positions of the spindle in which it does not face any recess . comprising at least two bodies , the mutual distance between which can be changed by means of a spindle , which engages both bodies , wherein the spindle has an activating part , from which at least one threaded part proceeds, and is turned into a threaded hole of one of the two bodies , and wherein the bodies have a first end, which faces the activating part of the spindle , and a second end, which faces away from the activating part of the spindle , with linear guiding means , which engage both bodies and guide them along two mutually parallel guiding axes while preventing a relative rotation of the bodies given a change in their distance relative to each other, and with a device for preventing or impeding an inadvertent twisting of the spindle relative to the bodies , wherein the at least one threaded part of the spindle has at least one recess that extends in its longitudinal direction and is open in a radial direction, and wherein the body in which the at least one threaded part is inserted has an elastic extension externally on its first end and/or on its second end, which is directed against the at least one threaded part , and protrudes into the recess in a position of the spindle in which it faces the at least one recess , whereas it elastically presses against the thread of the at least one threaded part in positions of the spindle in which it does not face any recess .
A method of providing channel state information resources for wireless communications, the method performed by a first evolved node B, eNB , the method comprising: determining , at the first eNB , a downlink transmission status indicating an amount of or expected transmission properties of downlink traffic transmissions scheduled for a first user equipment, UE , connected to the first eNB or other UEs connected to the first eNB , wherein the amount and the expected transmission properties affect a level of interference that will be created by the downlink transmissions of the first eNB; and adjusting a scheduled non-zero power channel state reference signal transmission from the first eNB based on the downlink transmission status such that the scheduled non-zero power channel state reference signal reflects the level of interference that will be created by the downlink transmissions of the first eNB, wherein a resource (508; 510) for the scheduled non-zero power channel state reference signal transmission coincides with an interference measurement resource of a second UE connected to a second eNB . determining , at the first eNB , a downlink transmission status indicating an amount of or expected transmission properties of downlink traffic transmissions scheduled for a first user equipment, UE , connected to the first eNB or other UEs connected to the first eNB , wherein the amount and the expected transmission properties affect a level of interference that will be created by the downlink transmissions of the first eNB; and adjusting a scheduled non-zero power channel state reference signal transmission from the first eNB based on the downlink transmission status such that the scheduled non-zero power channel state reference signal reflects the level of interference that will be created by the downlink transmissions of the first eNB, wherein a resource (508; 510) for the scheduled non-zero power channel state reference signal transmission coincides with an interference measurement resource of a second UE connected to a second eNB .
An electronic smoking article comprising: a substantially tubular shaped cartridge body comprising a first, outer layer and a second, inner layer , the second, inner layer being formed by a polymeric material; a substantially tubular shaped inhalable substance medium that includes an inhalable substance therewith, the inhalable substance medium being positioned within the cartridge body so as to define an annular space between the inhalable substance medium and the cartridge body , the annular space comprising the polymeric material; an electrical heating member ; and a control housing with an engaging end operatively connected to the cartridge and including an electrical energy source that provides power to the electrical heating member ; wherein the inhalable substance medium is operatively positioned with the electrical heating member so as to heat at least a segment of the inhalable substance medium sufficiently to form a vapor comprising the inhalable substance within the annular space. a substantially tubular shaped cartridge body comprising a first, outer layer and a second, inner layer , the second, inner layer being formed by a polymeric material; a substantially tubular shaped inhalable substance medium that includes an inhalable substance therewith, the inhalable substance medium being positioned within the cartridge body so as to define an annular space between the inhalable substance medium and the cartridge body , the annular space comprising the polymeric material; an electrical heating member ; and a control housing with an engaging end operatively connected to the cartridge and including an electrical energy source that provides power to the electrical heating member ; wherein the inhalable substance medium is operatively positioned with the electrical heating member so as to heat at least a segment of the inhalable substance medium sufficiently to form a vapor comprising the inhalable substance within the annular space.
A can bodymaker comprising: a ram ; a drive mechanism; a yoke coupling the ram to the drive mechanism in order to drive the ram with a linear, reciprocating motion; and a yoke slide fixed relative to the can bodymaker , the yoke being confined by the yoke slide to move in a linear direction; and characterised by : an alignment mechanism for aligning a yoke-coupled end of the ram with respect to the yoke within a plane perpendicular to said linear direction. a ram ; a drive mechanism; a yoke coupling the ram to the drive mechanism in order to drive the ram with a linear, reciprocating motion; and a yoke slide fixed relative to the can bodymaker , the yoke being confined by the yoke slide to move in a linear direction; and characterised by : an alignment mechanism for aligning a yoke-coupled end of the ram with respect to the yoke within a plane perpendicular to said linear direction.
Fire retardant linoleum cement composition comprising 10 - 90 wt. % linoleum cement as a high molecular organic material, the composition further comprising calcium carbonate, at least one inorganic filler and a mainly cellulose containing filler, characterized in that , the inorganic filler is a fire retardant addition of aluminium hydroxide.
Heater , comprising a fan, a mixture path and a premix burner having a burner body and an arrangement for reducing the consequences of a flashback of a flame in the mixture path of the premix burner in the heater , which can be operated with a mixture of combustion gas and air, wherein the mixture path between the burner body and the fan is designed such that it has the function of a fluidic diode, specifically has different flow resistances for different flow directions or different flow speeds, characterized in that the mixture path has a main branch and a fan branch , wherein the fan branch is formed as a lateral branching from the main branch , and the fan is arranged at or in the fan branch of the mixture path .
A brassiere comprising: at least one cover layer having a pre-formed shape defining a pair of breast cups , the cover layer at the region of each breast cup having an upper region for positioning at or towards the clavicle of a person, a medial inner region for positioning at or towards the sternum, a lower region for positioning at or towards the inframammary fold of a breast, a lateral region for positioning at or towards the serratus anterior and a central region for positioning generally at the nipple; an inflatable main bladder positioned respectively behind the cover layer at each cup, the main bladder extending along the lower region from the medial region to the lateral region of each cup; the main bladder having an inlet port to allow an inflation fluid to be introduced into the main bladder to lift the breast against gravity; a second breast movement component positioned respectively at each breast cup at the upper region and the medial inner region configured to move the breast laterally outward from the inner region in an orientation towards the lateral region; wherein the main bladder of a first cup of the pair of cups is configured to lift a first breast against gravity and characterized in that the second movement component of a second cup of the pair of cups is configured to move a second breast in the direction towards the lateral region and away from the first breast. at least one cover layer having a pre-formed shape defining a pair of breast cups , the cover layer at the region of each breast cup having an upper region for positioning at or towards the clavicle of a person, a medial inner region for positioning at or towards the sternum, a lower region for positioning at or towards the inframammary fold of a breast, a lateral region for positioning at or towards the serratus anterior and a central region for positioning generally at the nipple; an inflatable main bladder positioned respectively behind the cover layer at each cup, the main bladder extending along the lower region from the medial region to the lateral region of each cup; the main bladder having an inlet port to allow an inflation fluid to be introduced into the main bladder to lift the breast against gravity; a second breast movement component positioned respectively at each breast cup at the upper region and the medial inner region configured to move the breast laterally outward from the inner region in an orientation towards the lateral region; wherein the main bladder of a first cup of the pair of cups is configured to lift a first breast against gravity and characterized in that the second movement component of a second cup of the pair of cups is configured to move a second breast in the direction towards the lateral region and away from the first breast.
A processor-based device , comprising: a processing element, PE, comprising: an execution pipeline circuit comprising an instruction decode stage and an execute stage ; and a memory management unit, MMU ; the PE configured to: receive , using the instruction decode stage, a memory-pointer-referencing, MPR, instruction that references a plurality of bytes that comprises a virtual memory address , wherein the MPR instruction comprises an enqueue instruction directed to a peripheral device; transmit , to the MMU, a request for address translation of the virtual memory address; perform , using the MMU, speculative address translation of the virtual memory address into a corresponding translated memory address ; execute , using the execute stage of the execution pipeline circuit, the MPR instruction; and responsive to executing the MPR instruction, transmit an enqueue command referencing the plurality of bytes to the peripheral device. a processing element, PE, comprising: an execution pipeline circuit comprising an instruction decode stage and an execute stage ; and a memory management unit, MMU ; an execution pipeline circuit comprising an instruction decode stage and an execute stage ; and a memory management unit, MMU ; the PE configured to: receive , using the instruction decode stage, a memory-pointer-referencing, MPR, instruction that references a plurality of bytes that comprises a virtual memory address , wherein the MPR instruction comprises an enqueue instruction directed to a peripheral device; transmit , to the MMU, a request for address translation of the virtual memory address; perform , using the MMU, speculative address translation of the virtual memory address into a corresponding translated memory address ; execute , using the execute stage of the execution pipeline circuit, the MPR instruction; and responsive to executing the MPR instruction, transmit an enqueue command referencing the plurality of bytes to the peripheral device. receive , using the instruction decode stage, a memory-pointer-referencing, MPR, instruction that references a plurality of bytes that comprises a virtual memory address , wherein the MPR instruction comprises an enqueue instruction directed to a peripheral device; transmit , to the MMU, a request for address translation of the virtual memory address; perform , using the MMU, speculative address translation of the virtual memory address into a corresponding translated memory address ; execute , using the execute stage of the execution pipeline circuit, the MPR instruction; and responsive to executing the MPR instruction, transmit an enqueue command referencing the plurality of bytes to the peripheral device.
Electrical plug contact for high-current applications, comprising -- a housing which extends along a longitudinal axis (A) and has an interior for receiving a mating contact element , -- a cable which is formed from a plurality of braids , wherein the cable is routed from an exterior of the housing into the interior of the housing and is fastened to the housing , wherein the cable has one end in the interior , -- at least two contacting elements which are suitable for electrically and mechanically contacting the mating contact element ; wherein the cable , adjacent to the end , has a damping portion in which the cable is split into a plurality of separate line sections , wherein established on at least two line sections is in each case at least one contacting element , wherein each line section is formed from a plurality of braids . -- a housing which extends along a longitudinal axis (A) and has an interior for receiving a mating contact element , -- a cable which is formed from a plurality of braids , wherein the cable is routed from an exterior of the housing into the interior of the housing and is fastened to the housing , wherein the cable has one end in the interior , wherein the cable is routed from an exterior of the housing into the interior of the housing and is fastened to the housing , wherein the cable has one end in the interior , -- at least two contacting elements which are suitable for electrically and mechanically contacting the mating contact element ; wherein the cable , adjacent to the end , has a damping portion in which the cable is split into a plurality of separate line sections , wherein established on at least two line sections is in each case at least one contacting element , wherein each line section is formed from a plurality of braids . wherein the cable , adjacent to the end , has a damping portion in which the cable is split into a plurality of separate line sections , wherein established on at least two line sections is in each case at least one contacting element , wherein each line section is formed from a plurality of braids .
A brake control device for a straddled vehicle having a first wheel , comprising: a first brake device configured to supply brake force to the first wheel ; a longitudinal sliding detection device configured to detect a longitudinal sliding degree of the first wheel ; a lateral sliding detection device configured to detect a lateral sliding degree of the first wheel ; and a controller for performing a first antilock brake operation that controls the first brake device such that the longitudinal sliding degree of the first wheel detected by the longitudinal sliding detection device becomes close to a first target longitudinal sliding degree, wherein the controller is configured to perform a first correction process that corrects the first antilock brake operation to inhibit lateral sliding of the first wheel based on a result of detection of the lateral sliding detection device , wherein the controller is configured to correct the first antilock brake operation such that the larger the lateral sliding degree of the first wheel detected by the lateral sliding detection device is, the smaller the longitudinal sliding degree of the first wheel is, as the first correction process. a first brake device configured to supply brake force to the first wheel ; a longitudinal sliding detection device configured to detect a longitudinal sliding degree of the first wheel ; a lateral sliding detection device configured to detect a lateral sliding degree of the first wheel ; and a controller for performing a first antilock brake operation that controls the first brake device such that the longitudinal sliding degree of the first wheel detected by the longitudinal sliding detection device becomes close to a first target longitudinal sliding degree, wherein the controller is configured to perform a first correction process that corrects the first antilock brake operation to inhibit lateral sliding of the first wheel based on a result of detection of the lateral sliding detection device , wherein the controller is configured to correct the first antilock brake operation such that the larger the lateral sliding degree of the first wheel detected by the lateral sliding detection device is, the smaller the longitudinal sliding degree of the first wheel is, as the first correction process.
A two-component aerosol can for dispensing sealing and assembly foams based on isocyanates, having an outer pressure container which holds a prepolymer component and a propellant gas, the outer pressure container being in communication with a first valve device and with a first channel, an inner container which holds a curing component and a propellant gas, the inner container being in communication with a second valve device and with a second channel, and a spray head which comprises a device for simultaneously actuating the first and second valve devices, and also a spray tube into which the first and second channels jointly open, characterized in that the second valve device or the second channel comprises a throttle element which tailors the dispensing rate of the curing component to that of the prepolymer component, the curing component being not sufficient to satisfy the isocyanate groups of the prepolymer component, such that in the mixture of prepolymer component and curing component dispensed there is an isocyanate excess of more than 3 wt%, based on the weight of the mixture. an outer pressure container which holds a prepolymer component and a propellant gas, the outer pressure container being in communication with a first valve device and with a first channel, an inner container which holds a curing component and a propellant gas, the inner container being in communication with a second valve device and with a second channel, and a spray head which comprises a device for simultaneously actuating the first and second valve devices, and also a spray tube into which the first and second channels jointly open, characterized in that the second valve device or the second channel comprises a throttle element which tailors the dispensing rate of the curing component to that of the prepolymer component, the curing component being not sufficient to satisfy the isocyanate groups of the prepolymer component, such that in the mixture of prepolymer component and curing component dispensed there is an isocyanate excess of more than 3 wt%, based on the weight of the mixture.
A medical device comprising a coating layer applied over a modified exterior surface of the medical device, wherein: the modified exterior surface comprises an exterior surface of the medical device subjected to a surface modification that decreases a surface free energy of the exterior surface before application of the coating layer; and the coating layer comprises a hydrophobic therapeutic agent and at least one additive, characterized in that the surface modification comprises a plasma-polymerization of an intermediate layer on the exterior surface, whereby the coating layer overlies the intermediate layer. the modified exterior surface comprises an exterior surface of the medical device subjected to a surface modification that decreases a surface free energy of the exterior surface before application of the coating layer; and the coating layer comprises a hydrophobic therapeutic agent and at least one additive, characterized in that the surface modification comprises a plasma-polymerization of an intermediate layer on the exterior surface, whereby the coating layer overlies the intermediate layer.