mhurhangee/ep-ind-claims huggingface dataset:
A fiber optic connector (100, 102, 104, 200, 202, 204, 800) assembly, comprising: a boot portion connected to a fiber optic cable; a fixed body portion connected to the boot portion; a rotatable coupler (130, 230, 230A, 230B, 330A, 330B) connected to the fixed body portion and configured to rotate about the fixed body portion; a ferrule connected to the rotatable coupler (130, 230, 230A, 230B, 330A, 330B); and a bulkhead adapter (150, 250); characterized in that: the ferrule is configured to rotate with the rotatable coupler (130, 230, 230A, 230B, 330A, 330B) about the fixed body portion; and the bulkhead adapter (150, 250) is configured to receive the rotatable coupler (130, 230, 230A, 230B, 330A, 330B) after the rotatable coupler (130, 230, 230A, 230B, 330A, 330B) has been turned in one direction and returned back by spring tension to a resting position. a boot portion connected to a fiber optic cable; a fixed body portion connected to the boot portion; a rotatable coupler (130, 230, 230A, 230B, 330A, 330B) connected to the fixed body portion and configured to rotate about the fixed body portion; a ferrule connected to the rotatable coupler (130, 230, 230A, 230B, 330A, 330B); and a bulkhead adapter (150, 250); characterized in that: the ferrule is configured to rotate with the rotatable coupler (130, 230, 230A, 230B, 330A, 330B) about the fixed body portion; and the bulkhead adapter (150, 250) is configured to receive the rotatable coupler (130, 230, 230A, 230B, 330A, 330B) after the rotatable coupler (130, 230, 230A, 230B, 330A, 330B) has been turned in one direction and returned back by spring tension to a resting position. the ferrule is configured to rotate with the rotatable coupler (130, 230, 230A, 230B, 330A, 330B) about the fixed body portion; and the bulkhead adapter (150, 250) is configured to receive the rotatable coupler (130, 230, 230A, 230B, 330A, 330B) after the rotatable coupler (130, 230, 230A, 230B, 330A, 330B) has been turned in one direction and returned back by spring tension to a resting position.
A method for remotely monitoring a medical treatment, comprising: executing a remote monitoring application on a remote interface device (700, 800); receiving data, using the remote monitoring application, concerning the medical treatment being performed with a medical device; setting a soft limit on a patient-related variable using the remote monitoring application, wherein the soft limit is a limit for a treatment parameter measured during the medical treatment that is reached before reaching a hard limit set at the medical device for the treatment parameter, and wherein the soft limit is only settable on the remote interface device (700, 800); indicating with an indicator (730, 830) on the remote interface device (700, 800) when the soft limit is reached, wherein the indicator (730, 830) includes information as to which soft limit set has been reached; and in response to the indicator (730, 830) on the remote interface device (700, 800), initiating a remedial action in connection with the treatment parameter before the hard limit is reached at the medical device, wherein the hard limit, when reached, causes an alarm or a suspension of the medical treatment at the medical device, characterized by setting the hard limit according to explicit regulations or guidelines at the medical device for the treatment parameter, and by indicating with timing information included by the indicator (730, 830) how long before the hard limit at the medical device is reached, wherein the medical treatment is a dialysis treatment, and wherein the medical device is a dialysis machine. executing a remote monitoring application on a remote interface device (700, 800); receiving data, using the remote monitoring application, concerning the medical treatment being performed with a medical device; setting a soft limit on a patient-related variable using the remote monitoring application, wherein the soft limit is a limit for a treatment parameter measured during the medical treatment that is reached before reaching a hard limit set at the medical device for the treatment parameter, and wherein the soft limit is only settable on the remote interface device (700, 800); indicating with an indicator (730, 830) on the remote interface device (700, 800) when the soft limit is reached, wherein the indicator (730, 830) includes information as to which soft limit set has been reached; and in response to the indicator (730, 830) on the remote interface device (700, 800), initiating a remedial action in connection with the treatment parameter before the hard limit is reached at the medical device, wherein the hard limit, when reached, causes an alarm or a suspension of the medical treatment at the medical device, setting the hard limit according to explicit regulations or guidelines at the medical device for the treatment parameter, and by indicating with timing information included by the indicator (730, 830) how long before the hard limit at the medical device is reached, wherein the medical treatment is a dialysis treatment, and wherein the medical device is a dialysis machine.
Catalyst comprising a molecular sieve belonging to the ABC-6 framework family with disorder in the ABC stacking sequence composed of double-six-ring 5 periodic building units and having a mole ratio of silicon oxide to aluminum oxide from 8 to 60, - wherein the molecular sieve belonging to the ABC-6 framework family with disorder in the ABC stacking sequence belongs to the disordered CHA-GME series, and - wherein the calcined form of the molecular sieve has a powder X-ray diffraction pattern collected in Bragg-Brentano geometry with a variable divergence slit using Cu K-alpha radiation as shown in the following Table: 2-Theta (°) d-spacing (Å) Relative peak area Peak character 7.45-7.54 11.85-11.72 W-M Broad to sharp 9.55-9.65 9.24-9.15 VS-W Sharp to broad 11.40-11.66 7.75-7.58 W-M Broad to sharp 12.90-13.04 6.85-6.78 VS-M Sharp 14.07-14.21 6.29-6.23 W Sharp to broad 14.89-15.12 5.94-5.85 W Broad to sharp 16.08-16.27 5.50-5.44 VS-W Sharp to broad 17.17-17.34 5.16-5.11 W-S Broad to sharp 17.71-18.00 5.00-4.92 VS-M Sharp where the relative areas of the observed peaks in the 2-Theta range 7-19 degrees are shown according to: W = weak: 0-20%; M = medium: 20-40%; S = strong: 40-60% and VS = very strong: 60-100%. - wherein the molecular sieve belonging to the ABC-6 framework family with disorder in the ABC stacking sequence belongs to the disordered CHA-GME series, and - wherein the calcined form of the molecular sieve has a powder X-ray diffraction pattern collected in Bragg-Brentano geometry with a variable divergence slit using Cu K-alpha radiation as shown in the following Table: 2-Theta (°) d-spacing (Å) Relative peak area Peak character 7.45-7.54 11.85-11.72 W-M Broad to sharp 9.55-9.65 9.24-9.15 VS-W Sharp to broad 11.40-11.66 7.75-7.58 W-M Broad to sharp 12.90-13.04 6.85-6.78 VS-M Sharp 14.07-14.21 6.29-6.23 W Sharp to broad 14.89-15.12 5.94-5.85 W Broad to sharp 16.08-16.27 5.50-5.44 VS-W Sharp to broad 17.17-17.34 5.16-5.11 W-S Broad to sharp 17.71-18.00 5.00-4.92 VS-M Sharp
A method for collecting and processing a flow of data from a plurality of devices, the method comprising the following steps: receiving data packages from a plurality of devices at a data balancer; distributing the received data packages to a data service; detecting whether a received data package relates to a device marked as active or to a device marked as non-active; and: - through said data service, generating a live data stream consisting of data from devices marked as active, said live data stream being delivered to a data processing facility; and - through said data service, generating an offline data stream consisting of data from devices marked as non-active, said offline data stream being delivered to a raw-data archive and stored therein, until the relevant devices marked as non-active are switched from the non-active status to the active status; - when a device marked as non-active is switched to the active status, retrieving in background data packages relating to said switched device from the raw-data archive and introducing the retrieved data in the live data stream. receiving data packages from a plurality of devices at a data balancer; distributing the received data packages to a data service; detecting whether a received data package relates to a device marked as active or to a device marked as non-active; and: - through said data service, generating a live data stream consisting of data from devices marked as active, said live data stream being delivered to a data processing facility; and - through said data service, generating an offline data stream consisting of data from devices marked as non-active, said offline data stream being delivered to a raw-data archive and stored therein, until the relevant devices marked as non-active are switched from the non-active status to the active status; - when a device marked as non-active is switched to the active status, retrieving in background data packages relating to said switched device from the raw-data archive and introducing the retrieved data in the live data stream. - through said data service, generating a live data stream consisting of data from devices marked as active, said live data stream being delivered to a data processing facility; and - through said data service, generating an offline data stream consisting of data from devices marked as non-active, said offline data stream being delivered to a raw-data archive and stored therein, until the relevant devices marked as non-active are switched from the non-active status to the active status; - when a device marked as non-active is switched to the active status, retrieving in background data packages relating to said switched device from the raw-data archive and introducing the retrieved data in the live data stream.
Press fitting for pipes, comprising: - a socket with an insertion space with an insert opening for having a pipe end inserted therein, the insertion space having a press region which is delimited by a substantially cylindrical press wall part; - an annular groove-shaped space present in the press wall part, which annular groove-shaped space towards the insert opening is delimited by a radially inwardly projecting limitation edge of the press wall part; and - a gripping ring placed in the annular groove-shaped space; in which the press region is deformable from a non-compressed state towards a compressed state by a radially inward directed pressing action causing the press wall part to radially compress and the gripping ring to grip an inserted pipe end, characterized in that, a check ring is provided at the side of the insert opening, which check ring comprises one or more break segments and a coupling part which lies at least partly in between the limitation edge and the inserted pipe end, wherein the one or more break segments are connected to the coupling part by means of one or more separation parts such that the one or more break segments are forced to break free along those one or more separation parts from the coupling part by said pressing action, while the coupling part comes to lie visible at least partly in between the limitation edge and the inserted pipe end. - a socket with an insertion space with an insert opening for having a pipe end inserted therein, the insertion space having a press region which is delimited by a substantially cylindrical press wall part; - an annular groove-shaped space present in the press wall part, which annular groove-shaped space towards the insert opening is delimited by a radially inwardly projecting limitation edge of the press wall part; and - a gripping ring placed in the annular groove-shaped space;
A module for storing and compacting packaging, cartons and containers comprising a receptacle, drive means and a compacting means, wherein the drive means is operably connected to the compacting means, and, during a compacting operation, the drive means drives the compacting means into the receptacle, the module further comprising a chassis, wherein the receptacle is slidably mounted in the chassis, and further wherein the module comprises a drawer having a container part wherein the container part is slidable into and out of the chassis and the receptacle is received by and sits in the container part, and wherein the container part comprises three arms (9a, 9b, 9c) which are so arranged that they conform to the outside of the receptacle, so that they hold the receptacle and which comprise C-shaped channels, and the chassis comprises a corresponding number of runners (18a, 18b, 18c), and each arm slots and runs over a corresponding runner, and wherein a C-shaped channel of a first arm lies in a first plane and the C-shaped channel of each of the other arms (9b, 9c) lies in a second plane which is perpendicular to the first plane; and wherein the module comprises a load-bearing member mounted on a part of the chassis, and the load bearing member supports the receptacle clear of the container part when the drawer is slid fully in. wherein the receptacle is slidably mounted in the chassis, and further wherein the module comprises a drawer having a container part wherein the container part is slidable into and out of the chassis and the receptacle is received by and sits in the container part, and wherein the container part comprises three arms (9a, 9b, 9c) which are so arranged that they conform to the outside of the receptacle, so that they hold the receptacle and which comprise C-shaped channels, and the chassis comprises a corresponding number of runners (18a, 18b, 18c), and each arm slots and runs over a corresponding runner, and wherein a C-shaped channel of a first arm lies in a first plane and the C-shaped channel of each of the other arms (9b, 9c) lies in a second plane which is perpendicular to the first plane; and wherein the module comprises a load-bearing member mounted on a part of the chassis, and the load bearing member supports the receptacle clear of the container part when the drawer is slid fully in.
A mixer for generating a flow of liquid, comprising a stationary body, an axially extending drive shaft protruding from said stationary body, a propeller, and a clamping sleeve assembly configured to interconnect the drive shaft and the propeller with each other in order to transmit a rotational motion, the clamping sleeve assembly having an axial clamping length, the clamping sleeve assembly comprising an inner clamping sleeve and an outer clamping sleeve, wherein the inner clamping sleeve has the shape of a tubular wall having an inner surface abutting the drive shaft and an outer surface abutting the outer clamping sleeve and wherein the outer clamping sleeve has the shape of a tubular wall having an inner surface abutting the inner clamping sleeve and an outer surface abutting the propeller, characterized in that both the inner surface of the outer clamping sleeve and the outer surface of the inner clamping sleeve are cylindrical along the axial clamping length, the inner surface of the inner clamping sleeve, along the axial clamping length, having the shape of a truncated cone diverging towards a first end of the inner clamping sleeve, wherein the outer diameter of the inner clamping sleeve is less than the inner diameter of the outer clamping sleeve when both are unloaded, and wherein the tubular wall of the inner clamping sleeve comprises a slot extending along the entire axial length of the inner clamping sleeve and the tubular wall of the outer clamping sleeve comprises a slot extending along the entire axial length of the outer clamping sleeve.
A biophotonic composition for wound healing including modulation of one or more of inflammation and collagen formation, the biophotonic composition comprising a first xanthene dye and at least one other xanthene dye, wherein the first xanthene dye is Eosin Y; and the at least one other xanthene dye is Fluorescein, and wherein the Eosin Y and the Fluorescein are present in the composition at a relative concentration such that when the composition is activated by light, the emitted light by the composition has a single peak at about 560 nm and a wavelength of between about 480 nm and 620 nm, and a power density more than a power density of a composition including Eosin Y alone.
A KL-6 immunoassay reagent comprising a solution at a pH of 4.0 to pH 5.5 containing an animal-derived immunoglobulin that reacts with rheumatoid factor and a solution containing an insoluble carrier on which an anti-KL-6 antibody is immobilized.
Forming system for preferably metallic workpieces (31, 32), preferably as a pressing system, having several forming stations and having a transportation device to transport the workpieces (31, 32), wherein the transportation device has at least one rail which supports at least two carriages (141, 142) which are able to move, in particular are able to be displaced, with regard to the rail, wherein the carriages (141, 142) are formed as a part of a grip device and/or each support at least one gripper, and wherein the at least one rail and/or the carriages (141, 142) are able to move at least in a transportation direction in order to transport workpieces gripped by the grip device or the grippers from one forming station to another forming station, characterised in that the system comprises a control device which controls actuators (15, 16) that move the carriages (141, 142), wherein the control device is designed and/or programmed in such a way that the carriages (141, 142) are able to move independently of one another, such that at least two carriages (141, 142) are able to move at varying distances from one another on the same rail during the respective transporting of the workpieces (31, 32) from one forming station (21, 23) to another forming station (21, 23) as they are displaced in the opposite direction.
Circulation duct for conveying a fluid of a heat exchanger in a main direction of circulation Y, which comprises two surfaces (s1, s2) of the heat exchanger substantially opposite one another, wherein each of the said surfaces (s1, s2) comprises a plurality of protruding elements which project inside the circulation duct, and are arranged adjacent to one another, forming at least one row which includes protruding elements (p) which are different, wherein said row extends at least in a longitudinal direction according to the main direction of circulation Y, such that the flow of fluid encounters protruding elements (p) which are different sequentially both in space, according to this longitudinal direction, and in time, thus generating a plurality of disordered current lines, wherein the maximum height of the protruding element (p) is less than two fifths of the distance between the two surfaces (s1, s2) of the heat exchanger which are opposite one another, characterised in that each portion of the circulating fluid wave front is affected by different protruding elements, at different moments and in different locations along the duct, wherein the said protruding elements (p) have forms which are different from one another, and wherein at least one of the protruding elements (p) of one of the said two surfaces (s1, s2) is superimposed by at least one protruding element (p) of the other surface, the said superimposed protruding elements (p) being different in terms of at least dimensions.
Tool enabling a suspension spring leaf to be mounted on the chassis and on the wheel mounts of a running gear of a vehicle, in particular an automotive vehicle, and enabling the leaf to be removed from the chassis and from the wheel mounts, comprising a rigid structure for supporting the leaf in a free, unconstrained state in which the leaf has a curvature in its longitudinal plane of symmetry, and clamping means (16, 20, 23) removably secured to the support structure able to apply and maintain on the central part of the leaf a pre-tensioning force to modify the curvature of the leaf at which the leaf can be secured to the chassis and to the wheel mounts before removing the clamping means (16, 20, 23), characterised in that in a position in which the leaf is mounted on the chassis and on the wheel mounts, the rigid support structure of the leaf is removably secured to the chassis of the vehicle to form a supporting cradle for the leaf.
An overlay welding method for performing overlay welding on a surface to be overlaid of a base material, the method comprising: a preparing step of forming a bottomed depression (51; 52; 61), with the surface to be overlaid being a circumferential surface (51a; 52a; 61a) thereof; and an overlaying step at which a filler material is fed toward a bottom face (51b; 52b; 61b) of the depression (51; 52; 61), and a laser beam as a heat source is irradiated on the bottom face (51b; 52b; 61b) of the depression (51; 52; 61) to which the filler material is fed, thereby forming an overlaid portion reaching the surface to be overlaid, while filling the bottom face (51b; 52b; 61b) of the depression (51; 52; 61) with the melted filler material, characterized by a machining step at which a through hole (53, 54; 63, 64) is formed in the base material along a center line of the depression (51, 52; 61) after the overlaying step. a preparing step of forming a bottomed depression (51; 52; 61), with the surface to be overlaid being a circumferential surface (51a; 52a; 61a) thereof; and an overlaying step at which a filler material is fed toward a bottom face (51b; 52b; 61b) of the depression (51; 52; 61), and a laser beam as a heat source is irradiated on the bottom face (51b; 52b; 61b) of the depression (51; 52; 61) to which the filler material is fed, thereby forming an overlaid portion reaching the surface to be overlaid, while filling the bottom face (51b; 52b; 61b) of the depression (51; 52; 61) with the melted filler material, characterized by a machining step at which a through hole (53, 54; 63, 64) is formed in the base material along a center line of the depression (51, 52; 61) after the overlaying step.
Well pipe for inductive connection to a well tool, comprising: - a tubular pipe string comprising an inner pipe wall defining a longitudinal opening; - an inductive pipe element provided in a compartment, where the inductive pipe element is connected to an electric pipe circuit; characterized in that - the compartment is provided in a radial groove of the inner pipe wall; where the groove is forming a radial expansion of the longitudinal opening. - a tubular pipe string comprising an inner pipe wall defining a longitudinal opening; - an inductive pipe element provided in a compartment, where the inductive pipe element is connected to an electric pipe circuit; characterized in that - the compartment is provided in a radial groove of the inner pipe wall; where the groove is forming a radial expansion of the longitudinal opening.