mhurhangee/patent-ind-claim-en huggingface dataset:
A blood pressure pulse wave measurement apparatus for measuring a lower/upper limb blood pressure ratio and a pulse wave velocity, the apparatus comprising: a pair of first cuffs for pressing part of upper limbs of a subject ; a pair of second cuffs for pressing part of lower limbs of the subject ; a pair of first tubes and a pair of second tubes connected to the pair of first cuffs and the pair of second cuffs , respectively; a first detection section that is connected to the pair of first cuffs via the pair of first tubes and configured to detect a first pulse wave propagating through the pair of first tubes ; a second detection section that is connected to the pair of second cuffs via the pair of second tubes and configured to detect a second pulse wave propagating through the pair of second tubes ; and a control section that is configured to calculate an ankle brachial index and the pulse wave velocity using the first pulse wave and the second pulse wave, respectively, characterised in two separated casings , wherein the first detection section and the control section are disposed in the first casing , and the second detection section is disposed in the second casing , such that the pair of first tubes and the pair of second tubes are all adjusted to be substantially the same in length such that a timing of detection of the first pulse wave and a timing of detection of the second pulse wave are substantially the same. a pair of first cuffs for pressing part of upper limbs of a subject ; a pair of second cuffs for pressing part of lower limbs of the subject ; a pair of first tubes and a pair of second tubes connected to the pair of first cuffs and the pair of second cuffs , respectively; a first detection section that is connected to the pair of first cuffs via the pair of first tubes and configured to detect a first pulse wave propagating through the pair of first tubes ; a second detection section that is connected to the pair of second cuffs via the pair of second tubes and configured to detect a second pulse wave propagating through the pair of second tubes ; and a control section that is configured to calculate an ankle brachial index and the pulse wave velocity using the first pulse wave and the second pulse wave, respectively, characterised in two separated casings , wherein the first detection section and the control section are disposed in the first casing , and the second detection section is disposed in the second casing , such that the pair of first tubes and the pair of second tubes are all adjusted to be substantially the same in length such that a timing of detection of the first pulse wave and a timing of detection of the second pulse wave are substantially the same.
A method for mounting a camshaft in a bearing line of a cylinder head cover of an internal combustion engine, wherein the method comprises at least the following steps: - mounting at least one sealing ring on the camshaft in such a manner that the at least one sealing ring is pushed onto a region of the camshaft in which at least one groove encircling radially on the outer diameter of the camshaft is formed, and therefore the sealing ring is arranged in the groove ; wherein the sealing ring is at least partially formed from an elastically deformable polymer, in particular a polytetrafluoroethylene (PTFE), characterized by the following process steps: - pushing a calibrating tool having a rotationally symmetrical opening, the smallest inside diameter of which is greater than the outside diameter of the camshaft in the region of the respective groove and is smaller than the outside diameter of the at least one sealing ring pushed onto the camshaft in the region of the groove over the at least one sealing ring in such a manner, or - pushing the camshaft into a calibrating tool having a rotationally symmetrical opening, the smallest inside diameter of which is greater than the outside diameter of the camshaft in the region of the respective groove and is smaller than the outside diameter of the least one sealing ring pushed onto the camshaft in the region of the groove in such a manner, that the at least one sealing ring is pressed into the respective groove and is held in the groove in a force-fitting and form-fitting manner. - mounting at least one sealing ring on the camshaft in such a manner that the at least one sealing ring is pushed onto a region of the camshaft in which at least one groove encircling radially on the outer diameter of the camshaft is formed, and therefore the sealing ring is arranged in the groove ; wherein the sealing ring is at least partially formed from an elastically deformable polymer, in particular a polytetrafluoroethylene (PTFE), characterized by the following process steps: - pushing a calibrating tool having a rotationally symmetrical opening, the smallest inside diameter of which is greater than the outside diameter of the camshaft in the region of the respective groove and is smaller than the outside diameter of the at least one sealing ring pushed onto the camshaft in the region of the groove over the at least one sealing ring in such a manner, or - pushing the camshaft into a calibrating tool having a rotationally symmetrical opening, the smallest inside diameter of which is greater than the outside diameter of the camshaft in the region of the respective groove and is smaller than the outside diameter of the least one sealing ring pushed onto the camshaft in the region of the groove in such a manner,
A communication control device comprising: a power calculation unit configured to decide maximum allowable transmission power of a second wireless system including a plurality of wireless communication devices sharing a frequency allocated to a first wireless system so that an aggregate interference level due to communication of an interference source that can occur at a reference point satisfies an allowable interference level of the first wireless system, using one or more of the wireless communication devices characterized by a height difference calculation unit configured to calculate a difference between an altitude of the reference point for calculating interference power including information regarding the height in the first wireless system and an altitude of one wireless communication device in the second wireless system, wherein the power calculation unit is configured to decide the maximum allowable transmission power of the second wireless system using one or more of the wireless communication devices for which the difference is less than a predetermined value as the interference source. characterized by a height difference calculation unit configured to calculate a difference between an altitude of the reference point for calculating interference power including information regarding the height in the first wireless system and an altitude of one wireless communication device in the second wireless system, wherein the power calculation unit is configured to decide the maximum allowable transmission power of the second wireless system using one or more of the wireless communication devices for which the difference is less than a predetermined value as the interference source.
Ejection device for a movable furniture part having a drive element , which is preloaded by at least one spring and by means of which the movable furniture part can be moved from a closed position into an open position, wherein the at least one spring can be moved into a loaded position during a closing or opening motion of the furniture part along a displacement distance and the furniture part can be locked with the at least one loaded spring in the closed position, wherein a backstop is provided, which limits an opening or closing motion of the movable furniture part if the loading of the spring during a closing or opening motion of the furniture part is not yet concluded, characterized in that the backstop comprises a pinion , which is guided in a guide track and, during a closing or opening motion, is in engagement with a gear rack and can be fixed in place by means of a locking element .
A control system for managing operational limits associated with two or more actuators , comprising: a controller continually monitoring: a first operational limit associated with a first actuator ; and a first operational limit associated with a second actuator ; and wherein the controller determines a first overall distributed control system operating limit based on the first operational limit associated with the first actuator , the first operational limit associated with the second actuator , and a type of operational limit associated with both operational limits, characterized in that the controller stops commands to both the first actuator and the second actuator based on one or more of the actuators reaching its associated operational limit. a controller continually monitoring: a first operational limit associated with a first actuator ; and a first operational limit associated with a second actuator ; and a first operational limit associated with a first actuator ; and a first operational limit associated with a second actuator ; and wherein the controller determines a first overall distributed control system operating limit based on the first operational limit associated with the first actuator , the first operational limit associated with the second actuator , and a type of operational limit associated with both operational limits, characterized in that the controller stops commands to both the first actuator and the second actuator based on one or more of the actuators reaching its associated operational limit.
A wellbore pump comprising: a pump housing comprising a first end and a second end; a pump stage positioned within the pump housing, the pump stage comprising: a stationary diffuser ; and a rotating impeller positioned within the diffuser, the impeller configured to rotate to provide kinetic energy to flow fluid through the wellbore pump, the diffuser configured to convert the kinetic energy received from the rotating impeller to head to flow the fluid through the wellbore pump; a pump head attached to the first end of the pump housing; a compression tube attached between the pump head and the diffuser, the compression tube configured to increase a contacting force to prevent rotation of the diffuser with the impeller; and a ring-shaped memory material positioned around the diffuser, the memory material configured to reversibly expand from a temporary state to a permanent state in response to wellbore operating conditions of the wellbore pump to form an interference fit with an inner surface of the pump housing during operation of the wellbore pump under the wellbore operating conditions. a pump housing comprising a first end and a second end; a pump stage positioned within the pump housing, the pump stage comprising: a stationary diffuser ; and a rotating impeller positioned within the diffuser, the impeller configured to rotate to provide kinetic energy to flow fluid through the wellbore pump, the diffuser configured to convert the kinetic energy received from the rotating impeller to head to flow the fluid through the wellbore pump; a stationary diffuser ; and a rotating impeller positioned within the diffuser, the impeller configured to rotate to provide kinetic energy to flow fluid through the wellbore pump, the diffuser configured to convert the kinetic energy received from the rotating impeller to head to flow the fluid through the wellbore pump; a pump head attached to the first end of the pump housing; a compression tube attached between the pump head and the diffuser, the compression tube configured to increase a contacting force to prevent rotation of the diffuser with the impeller; and a ring-shaped memory material positioned around the diffuser, the memory material configured to reversibly expand from a temporary state to a permanent state in response to wellbore operating conditions of the wellbore pump to form an interference fit with an inner surface of the pump housing during operation of the wellbore pump under the wellbore operating conditions.
Broom with - a handle , - an elongated broom head viewed from above having a main extension direction , which is connected to the handle by means of at least one fastening device , wherein - the broom head has bristles in a bristle area viewed from above, which project downwardly from a bristle support body of the broom head , wherein, viewed from above, - the bristle area in the left-hand area of the main extension direction (2 ') has a convex-shaped rear edge and a concave-shaped front edge and in the right-hand area of the main extension direction has a convex-shaped front edge and a concave-shaped rear edge , or vice versa - the bristle area has a convex-shaped front edge and a concave-shaped rear edge in the left-hand area of the main extension direction, and has a convex-shaped rear edge and a concave-shaped front edge in the right-hand area of the main extension direction, wherein the respective convex-shaped edge is curved or angled. - a handle , - an elongated broom head viewed from above having a main extension direction , which is connected to the handle by means of at least one fastening device , wherein - the broom head has bristles in a bristle area viewed from above, which project downwardly from a bristle support body of the broom head , - the bristle area in the left-hand area of the main extension direction (2 ') has a convex-shaped rear edge and a concave-shaped front edge and in the right-hand area of the main extension direction has a convex-shaped front edge and a concave-shaped rear edge , - the bristle area has a convex-shaped front edge and a concave-shaped rear edge in the left-hand area of the main extension direction, and has a convex-shaped rear edge and a concave-shaped front edge in the right-hand area of the main extension direction,
Method for producing at least one part of an engine component (FC, N, VK1, VK2) by means of a blank from an intumescent material which contains at least one fibre matrix from organic and/or inorganic fibres and one intumescent substance, wherein - the blank is generated from a fibre mat from the intumescent material so as to have a three-dimensional structure which in terms of the contours thereof is already adapted to the contours of the part of the engine component (FC, N, VK1, VK2) to be produced, and - the blank having the three-dimensional structure is impregnated by a curing resin and, prior to or upon impregnation, is connected to at least one carrier material (20, 20a, 20b; 20', 20a', 20b') which is likewise already adapted to the contours of the part to be produced and, conjointly with the blank connected thereto, forms at least in part the engine component (FC, N, VK1, VK2). - the blank is generated from a fibre mat from the intumescent material so as to have a three-dimensional structure which in terms of the contours thereof is already adapted to the contours of the part of the engine component (FC, N, VK1, VK2) to be produced, and - the blank having the three-dimensional structure is impregnated by a curing resin and, prior to or upon impregnation, is connected to at least one carrier material (20, 20a, 20b; 20', 20a', 20b') which is likewise already adapted to the contours of the part to be produced and, conjointly with the blank connected thereto, forms at least in part the engine component (FC, N, VK1, VK2).
Positioning element for positioning an installation part in a concrete segment to be cast on a metal formwork by means of a magnet arrangement , the positioning element comprising a. a base and a surrounding side wall , which together surround a first receiving space for receiving a magnet of the magnet arrangement , and a receiving opening located opposite the base and through which the first receiving space is accessible; characterized in that the positioning element b. has a tube-shaped socket for mounting the installation part , wherein i. the socket protrudes from a rear side of the base in an axial direction, ii. the socket surrounds a second receiving space for holding a spigot of the magnet arrangement , and the second receiving space is accessible from the first receiving space through an opening in the base , and iii. at least one radially deformable tongue is arranged in a wall of the socket to hold the spigot . a. a base and a surrounding side wall , which together surround a first receiving space for receiving a magnet of the magnet arrangement , and a receiving opening located opposite the base and through which the first receiving space is accessible; characterized in that the positioning element b. has a tube-shaped socket for mounting the installation part , wherein i. the socket protrudes from a rear side of the base in an axial direction, ii. the socket surrounds a second receiving space for holding a spigot of the magnet arrangement , and the second receiving space is accessible from the first receiving space through an opening in the base , and iii. at least one radially deformable tongue is arranged in a wall of the socket to hold the spigot . i. the socket protrudes from a rear side of the base in an axial direction, ii. the socket surrounds a second receiving space for holding a spigot of the magnet arrangement , and the second receiving space is accessible from the first receiving space through an opening in the base , and iii. at least one radially deformable tongue is arranged in a wall of the socket to hold the spigot .
An abrasive article comprising: a base; an abrasive member comprising three distinct phases bonded to each other including abrasive particles, a metal matrix, and an infiltrant; and a backing region between the abrasive member and the base, wherein the backing region is a region distinct from the base and the abrasive member, wherein the backing region comprises a first phase and a second phase , characterised in that the first phase and the second phase are uniformly distributed within each other, and in that the first phase and the second phase are comprised of discrete regions, wherein the discrete regions of the first phase and the second phase have an average size within a range between 1 micron and 50 microns. a base; an abrasive member comprising three distinct phases bonded to each other including abrasive particles, a metal matrix, and an infiltrant; and a backing region between the abrasive member and the base, wherein the backing region is a region distinct from the base and the abrasive member, wherein the backing region comprises a first phase and a second phase , characterised in that the first phase and the second phase are uniformly distributed within each other, and in that the first phase and the second phase are comprised of discrete regions, wherein the discrete regions of the first phase and the second phase have an average size within a range between 1 micron and 50 microns.
An electromagnetic active compensator of a yarn loop at a workstation of a textile machine comprising a compensating arm which is mounted on a cylindrical magnet or on a shaft with a magnet , which is rotatably mounted around its longitudinal axis between the pole extensions of a magnet to which is assigned an electric control coil , which is connected to a power source and to a control device of the electromagnetic active compensator, which control device controls the magnitude of the electric current flowing through the electric control coil , whereby the compensator further comprises a position sensor of the compensating arm , with at least two sensing elements being spaced apart from each other and being coupled to the control device , characterized in that the control device is besides the evaluation of the current position of the compensating arm equipped with evaluation of time sequence of the signals from the sensing elements of the position sensor for determining the direction of motion of the compensating arm , its speed and, if appropriate, even acceleration.
A caching system comprising: a first sub-cache; and a second sub-cache in parallel with the first sub-cache, wherein the second sub-cache includes: a set of cache lines; line type bits configured to store an indication that a corresponding cache line of the set of cache lines is configured to store write-miss data; and an eviction controller configured to flush stored write-miss data based on the line type bits . a first sub-cache; and a second sub-cache in parallel with the first sub-cache, wherein the second sub-cache includes: a set of cache lines; line type bits configured to store an indication that a corresponding cache line of the set of cache lines is configured to store write-miss data; and an eviction controller configured to flush stored write-miss data based on the line type bits . a set of cache lines; line type bits configured to store an indication that a corresponding cache line of the set of cache lines is configured to store write-miss data; and an eviction controller configured to flush stored write-miss data based on the line type bits .
A retaining means for retaining a cartridge on a body , the retaining means comprising: a snap ring having an opening angle of between 130° and 300°, and comprising a first indexing means , the snap ring being arranged to be slideable between a first position with respect to the body in which the retaining means retains the cartridge on the body and a second position with respect to the body in which the cartridge can be removed from the body ; and a cap arranged to be fixedly connected to a housing of the cartridge , and comprising a second indexing means , wherein the first indexing means is arranged to interlock with the second indexing means so as to allow the snap ring to be moved between, and held in each of, the first and second positions. a snap ring having an opening angle of between 130° and 300°, and comprising a first indexing means , the snap ring being arranged to be slideable between a first position with respect to the body in which the retaining means retains the cartridge on the body and a second position with respect to the body in which the cartridge can be removed from the body ; and a cap arranged to be fixedly connected to a housing of the cartridge , and comprising a second indexing means , wherein the first indexing means is arranged to interlock with the second indexing means so as to allow the snap ring to be moved between, and held in each of, the first and second positions.
A modified conjugated diene-based polymer, comprising a functional group derived from a modifier selected from the group consisting of compounds represented by the following Formulae 2-1 to 2-3:
Device rail which is intended to hold medical devices in the proximity of a patient, wherein the device rail has an elongate profile strip , and holders which are intended to be fixed to a supporting structure provided in the vicinity of the patient and for the fastening of the device rail, characterized in that the profile strip is received at its two ends in two outer holders which engage over the respective end of the profile strip in each case in a cover-like manner. wherein the device rail has an elongate profile strip , and holders which are intended to be fixed to a supporting structure provided in the vicinity of the patient and for the fastening of the device rail, characterized in that the profile strip is received at its two ends in two outer holders which engage over the respective end of the profile strip in each case in a cover-like manner.