mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a telehealth care system, comprising: analysing ultrasonic sound waves reflected from a client to identify, in real-time, a pattern in the reflected ultrasonic sound waves corresponding to chest movements of the client, and in response to determining a deviation in the real-time identified pattern (40, 42, 44) from an expected pattern, predicting an alert event based on the deviation, and issuing an alert signal, wherein predicting the alert event is further based on ambient noise recorded substantially concurrently with the reflected ultrasonic sound waves being analysed. analysing ultrasonic sound waves reflected from a client to identify, in real-time, a pattern in the reflected ultrasonic sound waves corresponding to chest movements of the client, and in response to determining a deviation in the real-time identified pattern (40, 42, 44) from an expected pattern, predicting an alert event based on the deviation, and issuing an alert signal, wherein predicting the alert event is further based on ambient noise recorded substantially concurrently with the reflected ultrasonic sound waves being analysed.
A sulphur cement product comprising sulphur, filler, aggregate, modifier and bitumen, wherein the amount of bitumen is from 0.01 to 0.30wt%, based upon the weight of the sulphur cement product, and wherein the modifier is chosen from the group consisting of organosilanes and organotitanates.
A fuel pump for a direct injection system provided with a common rail; the fuel pump comprising: a main body; a pumping chamber defined in the main body; a piston, which is slidingly mounted inside the pumping chamber to cyclically vary the volume of the pumping chamber; an intake channel, which originates from a wall of the pumping chamber; an intake valve, which is arranged along the intake channel; a delivery channel, which originates from a wall of the pumping chamber; a delivery valve, which is arranged along the delivery channel; a flow rate adjusting device, which acts upon the intake valve and is provided with an electromagnetic actuator; and a support body, which houses the electromagnetic actuator and is rigidly connected to the main body; wherein the main body comprises a threaded coupling hole, which is arranged in the area of the intake channel, and wherein the support body comprises a threaded assembling portion, which is screwed into the coupling hole; the fuel pump being characterized in that it comprises a spacer ring with an adjusted thickness, which is separate from and independent of both the main body and the support body, is interposed between the main body and the support body, and on the one side is in abutment against the main body and on the opposite side is in abutment against the support body so that the spacer ring is sandwiched between the main body and the support body and keeps the support body at a constant and predetermined distance from the main body. a main body; a pumping chamber defined in the main body; a piston, which is slidingly mounted inside the pumping chamber to cyclically vary the volume of the pumping chamber; an intake channel, which originates from a wall of the pumping chamber; an intake valve, which is arranged along the intake channel; a delivery channel, which originates from a wall of the pumping chamber; a delivery valve, which is arranged along the delivery channel; a flow rate adjusting device, which acts upon the intake valve and is provided with an electromagnetic actuator; and a support body, which houses the electromagnetic actuator and is rigidly connected to the main body; wherein the main body comprises a threaded coupling hole, which is arranged in the area of the intake channel, and wherein the support body comprises a threaded assembling portion, which is screwed into the coupling hole; the fuel pump being characterized in that it comprises a spacer ring with an adjusted thickness, which is separate from and independent of both the main body and the support body, is interposed between the main body and the support body, and on the one side is in abutment against the main body and on the opposite side is in abutment against the support body so that the spacer ring is sandwiched between the main body and the support body and keeps the support body at a constant and predetermined distance from the main body.
An inner cylinder of an explosion-venting-type aerosol fire extinguishing device, comprising: a cylinder body and a cylinder cover component arranged on one end of the cylinder body, wherein a spout of the cylinder cover component is sealed by a rubber plug 10 or an aluminum foil, characterized in that an explosion-venting device is also arranged on the cylinder body; the explosion-venting device comprises: a connecting rod, a guiding unit, and a limiting device; the connecting rod are connected with the cylinder cover component; the guiding unit is a device capable of providing guidance for the connecting rod when the connecting rod is moving; the limiting device is a device capable of fixing the connecting rod and capable of limiting the connecting rod when an extremity of the connecting rod slides to the cylinder cover component; the explosion-venting device further comprises a friction layer; the friction layer is provided between the connecting rod and the cylinder body; the friction layer provides a frictional resistance and a buffering force for the connecting rod when the connecting rod is displaced, under the guidance of the guiding unit, along a direction towards which a hot air stream of the cylinder body is jetting; the guiding unit is a guiding ring fixedly connected with the connecting rod, or a guiding groove provided on an outer wall of the cylinder body and capable of making the connecting rod slide axially along the guiding groove; the limiting device comprises a flanging fixedly connected with the cylinder body and a clamping claw for fixing the connecting rod; a buffer is further arranged between the flanging and the guiding ring. explosion-venting device is also arranged on the cylinder body; the explosion-venting device comprises: a connecting rod, a guiding unit, and a limiting device; the connecting rod are connected with the cylinder cover component; the guiding unit is a device capable of providing guidance for the connecting rod when the connecting rod is moving; the limiting device is a device capable of fixing the connecting rod and capable of limiting the connecting rod when an extremity of the connecting rod slides to the cylinder cover component; the explosion-venting device further comprises a friction layer; the friction layer is provided between the connecting rod and the cylinder body; the friction layer provides a frictional resistance and a buffering force for the connecting rod when the connecting rod is displaced, under the guidance of the guiding unit, along a direction towards which a hot air stream of the cylinder body is jetting; the guiding unit is a guiding ring fixedly connected with the connecting rod, or a guiding groove provided on an outer wall of the cylinder body and capable of making the connecting rod slide axially along the guiding groove; the limiting device comprises a flanging fixedly connected with the cylinder body and a clamping claw for fixing the connecting rod; a buffer is further arranged between the flanging and the guiding ring.
A method of bootstrapping a non-native module in a device, the method comprising: providing the device with a native module and a non-native module; from the native module, contacting a bootstrap server associated with bootstrapping the native module; bootstrapping, via the bootstrap server, the native module using a pre-shared key present in the native module; registering the native module to an operational server; establishing communication between the native module and the non-native module; providing a credential from the native module to the non-native module; from the non-native module, sending a message using the credential of the native module and including a non-native module identifier, to register the non-native module with the operational server; and placing the non-native module in service as a common endpoint of the native module. providing the device with a native module and a non-native module; from the native module, contacting a bootstrap server associated with bootstrapping the native module; bootstrapping, via the bootstrap server, the native module using a pre-shared key present in the native module; registering the native module to an operational server; establishing communication between the native module and the non-native module; providing a credential from the native module to the non-native module; from the non-native module, sending a message using the credential of the native module and including a non-native module identifier, to register the non-native module with the operational server; and placing the non-native module in service as a common endpoint of the native module.
Use of a drugless plasmid comprising a polynucleotide encoding a cI repressor protein for inhibiting the transcription of a toxic gene controlled by a λ phage promoter on the chromosome of a host cell; wherein the polynucleotide encodes a cI repressor protein having at least 90% sequence identity to a polypeptide having the sequence as set forth in SEQ ID NO:2, 44, 46, 48, 50, 52, 54, 56, or 58, wherein the toxic gene is a sacB gene encoding levansucrase, further wherein the host cells' viability in the presence of sucrose is ensured by a sufficient expression level of the λ cI repressor protein from the plasmid, further wherein the host cell is a gram negative bacterium.
A support apparatus for supporting a workpiece to be processed in a laser processing machine, comprising - a base support having a guide body for fastening the support apparatus in the laser processing machine, - a guide apparatus provided on the base support for guiding the workpiece, the guide apparatus comprising at least two guide elements on which the workpiece rests, the distance of the guide elements from one another being adjustable, - wherein the guide apparatus comprises two sleds (36, 37) which are displaceable relative to the base support, and at least one guide element is provided at each sled (36, 37), and - wherein the sleds (36, 37) are displaceable, in particular in coupled fashion, along two guides (38, 39) arranged at an angle relative to one another, the guides being provided on the base support, characterized in that - each sled (36, 37) has a guide rail oriented horizontally, and a guide roller associated with the guide rail is provided on each opposite sled (36, 37) respectively, the respective guide roller being supported on the guide rail of the other sled (36, 37). - a base support having a guide body for fastening the support apparatus in the laser processing machine, - a guide apparatus provided on the base support for guiding the workpiece, the guide apparatus comprising at least two guide elements on which the workpiece rests, the distance of the guide elements from one another being adjustable, - wherein the guide apparatus comprises two sleds (36, 37) which are displaceable relative to the base support, and at least one guide element is provided at each sled (36, 37), and - wherein the sleds (36, 37) are displaceable, in particular in coupled fashion, along two guides (38, 39) arranged at an angle relative to one another, the guides being provided on the base support, - each sled (36, 37) has a guide rail oriented horizontally, and a guide roller associated with the guide rail is provided on each opposite sled (36, 37) respectively, the respective guide roller being supported on the guide rail of the other sled (36, 37).
Conductor connection terminal comprising an insulating housing and comprising at least one spring-force clamping connection in the insulating housing for making the terminal connection of an electrical conductor, wherein the spring-force clamping connection has a base plate and at least one spring tongue, which is at an angle to the base plate and is connected in a root region to the base plate and extends with its tongue end, which is movable in spring-elastic fashion, in a conductor plug-in direction, and where the free tongue end is spaced apart from the base plate by a gap, and the insulating housing has at least one actuating pushbutton, which interacts with the tongue end opposite the base plate and has an actuating section for deflecting the spring tongue transversely to the direction of extent of the spring tongue, characterized in that the actuating pushbutton has at least one resting section, which is designed to rest on a lateral peripheral edge of the associated tongue end and to shift the tongue end in the direction of the base plate whilst reducing the width of the gap as the actuating pushbutton is shifted in the direction of the base plate so as to open a clamping connection formed by the spring tongue for an electrical conductor of which a terminal connection is intended to be made, wherein the further deflection of the tongue end is limited by the base plate with the result that, once the tongue end hits the base plate, i.e. when the gap width in a region of the gap is reduced to zero, a stop for the actuating pushbutton is formed.
A rechargeable battery comprising: a case; an electrode assembly located within the case; a cap plate fitted to the case, the cap plate having a top surface; a terminal that is electrically connected to the electrode assembly and projects from the cap plate; and a connecting member that forms an electrical connection between the terminal and the cap plate; wherein the connecting member is resilient and comprises a first connection part that is urged against the terminal by the resilience of the connecting member and a second connection part that is urged against the cap plate by the resilience of the connecting member; characterised in that the terminal comprises a plate part having a terminal hole (41 b) into which a connection terminal is inserted, and a downward protruding connection protrusion (41 c), wherein the first connection part contacts a bottom surface of the connection protrusion (41 c) and the second connection part contacts the top surface of the cap plate. a case; an electrode assembly located within the case; a cap plate fitted to the case, the cap plate having a top surface; a terminal that is electrically connected to the electrode assembly and projects from the cap plate; and a connecting member that forms an electrical connection between the terminal and the cap plate; wherein the connecting member is resilient and comprises a first connection part that is urged against the terminal by the resilience of the connecting member and a second connection part that is urged against the cap plate by the resilience of the connecting member; characterised in that the terminal comprises a plate part having a terminal hole (41 b) into which a connection terminal is inserted, and a downward protruding connection protrusion (41 c), wherein the first connection part contacts a bottom surface of the connection protrusion (41 c) and the second connection part contacts the top surface of the cap plate.
Electrical switching device having a longitudinal axis (z) and comprising at least one contact arrangement, wherein the contact arrangement comprises a first contact and a mating second contact (4b, 3b), wherein the first contact comprises at least one contact finger (4a, 3a), wherein the contact finger (4a, 3a) is elastically deformed in a radial direction upon closing the switching device, wherein for closing and opening the electrical switching device at least one of the first contact and the mating contact (4a, 3b) is movable parallel to the longitudinal axis (z) and cooperates with the other contact, wherein the contact finger (4a, 3a) comprises at its free end a first impact area in which a first contacting to the second contact occurs when closing the electrical switching device, characterized in that the first impact area is formed by a first planar surface which is arranged at an inclination angle (α) larger than zero degrees with respect to the longitudinal axis (z), wherein the first planar surface is a two-dimensional flat area.
A tiltable anvil assembly for a surgical stapling device, comprising: a center rod; a head assembly including a housing, a post, an anvil plate having staple deforming pockets, and a backup member (126, 128), the head assembly being pivotally secured to the center rod about a pivot axis and pivotal in relation to the center rod between an operative position and a tilted position, wherein the backup member is movable about the post from a first position in which a portion of the backup member is positioned to prevent movement of the head assembly from the operative position to the tilted position, to a second position in which the backup member is positioned to permit movement of the head assembly in relation to the center rod from the operative position to the tilted position, and further including a retainer member positioned in the head assembly to prevent movement of the backup member from the first position to the second position until a predetermined force has been applied to the backup member, characterized in that the retainer member includes an annular body which is positioned about the post and a plurality of deformable tabs (131 a) and that the backup member is positioned to abut the plurality of deformable tabs such that movement of the backup member from the first position to the second position effects deformation of the tabs. a center rod; a head assembly including a housing, a post, an anvil plate having staple deforming pockets, and a backup member (126, 128), the head assembly being pivotally secured to the center rod about a pivot axis and pivotal in relation to the center rod between an operative position and a tilted position, wherein the backup member is movable about the post from a first position in which a portion of the backup member is positioned to prevent movement of the head assembly from the operative position to the tilted position, to a second position in which the backup member is positioned to permit movement of the head assembly in relation to the center rod from the operative position to the tilted position, and further including a retainer member positioned in the head assembly to prevent movement of the backup member from the first position to the second position until a predetermined force has been applied to the backup member, characterized in that the retainer member includes an annular body which is positioned about the post and a plurality of deformable tabs (131 a) and that the backup member is positioned to abut the plurality of deformable tabs such that movement of the backup member from the first position to the second position effects deformation of the tabs.
An analytical system comprising: a capillary dispenser unit comprising a storage container configured to store a plurality of capillaries and a slotted wheel transport unit comprising a toothed wheel with multiple grooves (600A-1) configured to accommodate a single capillary per groove (600A-1) from the storage container; a rotator comprising a slot, wherein the slot is configured to receive one capillary and is configured to receive the single capillary in a horizontal position from the capillary dispenser unit, change the position of the single capillary to a vertical position, and provide the single capillary to a gripper (618; 1008); the gripper (618; 1008) configured to receive the single capillary and configured to move the capillary until it contacts a sample in a sample container for drawing the sample in the capillary; and a reader (612; 1002) configured to detect a signal from the sample in the capillary (1250; 1350). a capillary dispenser unit comprising a storage container configured to store a plurality of capillaries and a slotted wheel transport unit comprising a toothed wheel with multiple grooves (600A-1) configured to accommodate a single capillary per groove (600A-1) from the storage container; a rotator comprising a slot, wherein the slot is configured to receive one capillary and is configured to receive the single capillary in a horizontal position from the capillary dispenser unit, change the position of the single capillary to a vertical position, and provide the single capillary to a gripper (618; 1008); the gripper (618; 1008) configured to receive the single capillary and configured to move the capillary until it contacts a sample in a sample container for drawing the sample in the capillary; and a reader (612; 1002) configured to detect a signal from the sample in the capillary (1250; 1350).
A lighting module comprising: an elongated member having an inner surface at least in part delimiting a light-guiding region within the elongated member, wherein the elongated member has a first end and a second end, wherein light can be out-coupled from the light-guiding region via at least one of the first end and the second end, and wherein the light-guiding region permits passage of fluid therethrough and into and out of the first end and the second end, respectively; and at least one light-emitting element configured to emit light; wherein the elongated member includes a carrier which is at least in part flexible and has a first side and a second side opposite to the first side, wherein the at least one light-emitting element is coupled to the first side of the carrier on a first portion of the carrier, and wherein the carrier is arranged such that the second side of the first portion of the carrier at least partially faces the second side of a second portion of the carrier, such that the first side of the first portion of the carrier at least in part constitutes the inner surface of the elongated member. an elongated member having an inner surface at least in part delimiting a light-guiding region within the elongated member, wherein the elongated member has a first end and a second end, wherein light can be out-coupled from the light-guiding region via at least one of the first end and the second end, and wherein the light-guiding region permits passage of fluid therethrough and into and out of the first end and the second end, respectively; and at least one light-emitting element configured to emit light; wherein the elongated member includes a carrier which is at least in part flexible and has a first side and a second side opposite to the first side, wherein the at least one light-emitting element is coupled to the first side of the carrier on a first portion of the carrier, and wherein the carrier is arranged such that the second side of the first portion of the carrier at least partially faces the second side of a second portion of the carrier, such that the first side of the first portion of the carrier at least in part constitutes the inner surface of the elongated member.
A Josephson magnetic random access memory, hereinafter JMRAM, system (10, 100) comprising an array of memory cells (12, 102) arranged in rows (14, 104) and columns (16, 106), each of the memory cells (12, 102) comprising a hysteretic magnetic Josephson junction device (52, 108), hereinafter HMJJD, comprising a pair of superconductor-ferromagnetic-superconductor Josephson junctions, HMJJD (52, 108) being configured to store a digital state corresponding to one of a binary logic-1 state and a binary logic-0 state in response to a word-write current that is provided on a word-write line and a bit-write current that is provided on a bit-write line, wherein each of the word-write line and the bit-write line is magnetically coupled to HMJJD (52, 108), the HMJJD (52, 108) also being configured to output the respective digital state in response to a word-read current that is provided on a word-read line (20, 110) and a bit-read current that is provided on a bit-read line (24, 112), the HMJJD (52, 108) includes a hard ferromagnetic layer and a soft ferromagnetic layer between the pair of the superconductor-ferromagnetic-superconductor Josephson junctions of the HMJJD, the soft ferromagnetic layer having a magnetization orientation representing the digital state and being changeable in response to the word-write current and the bit-write current.