mhurhangee/ep-ind-claims huggingface dataset:
A standby system device which is connected to an active system device comprising: (a) process information receiving means for periodically receiving active side process information indicating usage of resources of said active system device by an active system process operating on said active system device from said active system device; and (b) a standby process for referring to said receiving active side process information and acquiring resources of said standby system device in such a way that said acquired resources are equal to or greater than said usage of resources of said active system device by said active system process; (c) a takeover process for, when activated, taking over processing of said active system process; and (d) process management means adapted to terminate the standby process when a takeover of said active system process is requested on said standby system device, thereby releasing the resources acquired by the standby process, and to activate the takeover process after the release, so that the takeover process takes over processing of said active system process after acquiring the released resources. (a) process information receiving means for periodically receiving active side process information indicating usage of resources of said active system device by an active system process operating on said active system device from said active system device; and (b) a standby process for referring to said receiving active side process information and acquiring resources of said standby system device in such a way that said acquired resources are equal to or greater than said usage of resources of said active system device by said active system process; (c) a takeover process for, when activated, taking over processing of said active system process; and (d) process management means adapted to terminate the standby process when a takeover of said active system process is requested on said standby system device, thereby releasing the resources acquired by the standby process, and to activate the takeover process after the release, so that the takeover process takes over processing of said active system process after acquiring the released resources. to terminate the standby process when a takeover of said active system process is requested on said standby system device, thereby releasing the resources acquired by the standby process, and to activate the takeover process after the release, so that the takeover process takes over processing of said active system process after acquiring the released resources.
A vehicular display assembly comprising: a first printed circuit board disposed on a first side of a display module; a second PCB comprising a surface arranged substantially perpendicular to the first PCB, the second PCB forms a post aperture; an electro-optic device disposed on a second side of the display module; wherein the vehicular display assembly further comprises a conductive connector device in connection with the surface of the second PCB and comprising: a spring assembly comprising a spring and a conductive pin extending along a longitudinal axis parallel to the surface; a body forming an internal passage housing the spring assembly; and a connecting feature engaging the post aperture formed by the second PCB with a protrusion formed from or connected to a mounting surface of the body, wherein the conductive pin communicatively connects the second PCB to the electro-optic device. a first printed circuit board disposed on a first side of a display module; a second PCB comprising a surface arranged substantially perpendicular to the first PCB, the second PCB forms a post aperture; an electro-optic device disposed on a second side of the display module; wherein the vehicular display assembly further comprises a conductive connector device in connection with the surface of the second PCB and comprising: a spring assembly comprising a spring and a conductive pin extending along a longitudinal axis parallel to the surface; a body forming an internal passage housing the spring assembly; and a connecting feature engaging the post aperture formed by the second PCB with a protrusion formed from or connected to a mounting surface of the body, wherein the conductive pin communicatively connects the second PCB to the electro-optic device. a spring assembly comprising a spring and a conductive pin extending along a longitudinal axis parallel to the surface; a body forming an internal passage housing the spring assembly; and a connecting feature engaging the post aperture formed by the second PCB with a protrusion formed from or connected to a mounting surface of the body, wherein the conductive pin communicatively connects the second PCB to the electro-optic device.
A glove dispensing assembly comprising: a stack of interfolded gloves, each glove including a finger end and a cuff end, the stack including an initial glove and a plurality of subsequent gloves, wherein each of the subsequent gloves includes a first fold and a second fold defining a cuff portion, an intermediate portion and a finger portion, the cuff portion being folded towards a first side of the intermediate portion and the finger portion being folded towards a second and opposite side of the intermediate portion, the assembly further comprising a dispenser surrounding the stack of interfolded gloves, the dispenser defining two openings, one on the bottom surface of the dispenser and the other one on a side of the dispenser, through which the gloves are dispensed, wherein the dispenser includes a removable panel located on the bottom surface of the dispenser and a removable panel located on the side of the dispenser, for uncovering the respective opening. a stack of interfolded gloves, each glove including a finger end and a cuff end, the stack including an initial glove and a plurality of subsequent gloves, wherein each of the subsequent gloves includes a first fold and a second fold defining a cuff portion, an intermediate portion and a finger portion, the cuff portion being folded towards a first side of the intermediate portion and the finger portion being folded towards a second and opposite side of the intermediate portion, the assembly further comprising a dispenser surrounding the stack of interfolded gloves, the dispenser defining two openings, one on the bottom surface of the dispenser and the other one on a side of the dispenser, through which the gloves are dispensed, wherein the dispenser includes a removable panel located on the bottom surface of the dispenser and a removable panel located on the side of the dispenser, for uncovering the respective opening.
A method for wireless communication, comprising: receiving, at a user equipment, UE, a transport block, TB, that includes a plurality of code block groups, CBGs; receiving an indication of punctured resources in the TB; determining CBG failure information identifying a set of one or more CBGs in the TB that failed to decode at the UE; determining a compressed representation of the CBG failure information, the compressed representation of the CBG failure information including fewer bits of information than the CBG failure information, wherein the compressed representation of the CBG failure information is determined based at least in part on the indication of the punctured resources; and transmitting, in response to receiving the TB, hybrid automatic repeat request, HARQ, information including the compressed representation of the CBG failure information. receiving, at a user equipment, UE, a transport block, TB, that includes a plurality of code block groups, CBGs; receiving an indication of punctured resources in the TB; determining CBG failure information identifying a set of one or more CBGs in the TB that failed to decode at the UE; determining a compressed representation of the CBG failure information, the compressed representation of the CBG failure information including fewer bits of information than the CBG failure information, wherein the compressed representation of the CBG failure information is determined based at least in part on the indication of the punctured resources; and transmitting, in response to receiving the TB, hybrid automatic repeat request, HARQ, information including the compressed representation of the CBG failure information.
A balloon guide catheter comprising: a catheter shaft having an outer surface, a proximal end, and an opposite distal end; the catheter shaft having a main lumen defined therein extending axially therethrough from the proximal end to the distal end; the main shaft being configured to receive a guidewire therein; the catheter shaft having an inflation lumen defined axially therein arranged semi-encircling the main lumen; the inflation lumen having an inlet vent defined radially outward from the catheter shaft and at least one exhaust vent (135, 135') disposed proximate the distal end of the catheter shaft; and characterized by the at least one exhaust vent (135, 135') being disposed longitudinally through a distal terminating end of the inflation lumen or radially inward in fluid communication with the main lumen; a porous membrane disposed at the at least one exhaust vent (135, 135'); the porous membrane having a plurality of holes defined therein sized to permit only gas to pass therethrough; and an expandable balloon secured about the outer surface of the catheter shaft proximate the distal end of the catheter shaft and coinciding with the inlet vent. a catheter shaft having an outer surface, a proximal end, and an opposite distal end; the catheter shaft having a main lumen defined therein extending axially therethrough from the proximal end to the distal end; the main shaft being configured to receive a guidewire therein; the catheter shaft having an inflation lumen defined axially therein arranged semi-encircling the main lumen; the inflation lumen having an inlet vent defined radially outward from the catheter shaft and at least one exhaust vent (135, 135') disposed proximate the distal end of the catheter shaft; and characterized by the at least one exhaust vent (135, 135') being disposed longitudinally through a distal terminating end of the inflation lumen or radially inward in fluid communication with the main lumen; a porous membrane disposed at the at least one exhaust vent (135, 135'); the porous membrane having a plurality of holes defined therein sized to permit only gas to pass therethrough; and an expandable balloon secured about the outer surface of the catheter shaft proximate the distal end of the catheter shaft and coinciding with the inlet vent.
Server insert for a server rack, having - an insert housing with a housing base; - an installation cage device for receiving insert components which is disposed within the insert housing on the housing base and extends substantially across an entire width of the insert housing; and - a printed circuit board, in particular a backplane or midplane, wherein the printed circuit board is secured in a force-fitting manner in a plurality of lateral regions on the installation cage device to mechanically reinforce the latter and so as to be substantially perpendicular to the housing base, such that the installation cage device forms a reinforced unit across the width of th insert housing and reinforcing of the insert housing is effected, and wherein the printed circuit board is disposed on the housing base in a form-fitting manner, such that the printed circuit board is protected against deflection in an insertion direction during insertion of insert components. - an insert housing with a housing base; - an installation cage device for receiving insert components which is disposed within the insert housing on the housing base and extends substantially across an entire width of the insert housing; and - a printed circuit board, in particular a backplane or midplane, wherein the printed circuit board is secured in a force-fitting manner in a plurality of lateral regions on the installation cage device to mechanically reinforce the latter and so as to be substantially perpendicular to the housing base, such that the installation cage device forms a reinforced unit across the width of th insert housing and reinforcing of the insert housing is effected, and wherein the printed circuit board is disposed on the housing base in a form-fitting manner, such that the printed circuit board is protected against deflection in an insertion direction during insertion of insert components.
A thermal oxidizer for a furnace, the thermal oxidizer comprising: an oxidation chamber comprising an inlet configured to receive exhaust gases from a furnace and an outlet configured to output resultant gases; and a plurality of heating elements within the oxidation chamber configured to heat the exhaust gases to oxidize one or more components of the exhaust gases between the inlet and the outlet to result in the resultant gases, the plurality of heating elements comprising resistive heating elements forming coils having respective axes, characterised in that the plurality of heating elements are oriented within the oxidation chamber such that the axes of the coils are transverse to an exhaust gas flow direction from the inlet to the outlet of the oxidation chamber. an oxidation chamber comprising an inlet configured to receive exhaust gases from a furnace and an outlet configured to output resultant gases; and a plurality of heating elements within the oxidation chamber configured to heat the exhaust gases to oxidize one or more components of the exhaust gases between the inlet and the outlet to result in the resultant gases, the plurality of heating elements comprising resistive heating elements forming coils having respective axes, characterised in that the plurality of heating elements are oriented within the oxidation chamber such that the axes of the coils are transverse to an exhaust gas flow direction from the inlet to the outlet of the oxidation chamber.
A method for determining a wear state of a blast wheel in a blasting plant, wherein the method comprises the following steps: - detecting at least one characteristic of a drive of the blast wheel in at least one operating state of the blast wheel, based on data of a control unit for the drive; - comparing the at least one detected characteristic with a predefined characteristic for the at least one operating state, wherein the predefined characteristic indicates the characteristic of the blast wheel without wear for the at least one operating state; and - determining a wear state on the basis of the comparison of the at least one detected characteristic with the predefined characteristic for the at least one operating state, characterized in that the at least one characteristic is detected in a start-up mode and/or in a run-down mode of the blast wheel. - detecting at least one characteristic of a drive of the blast wheel in at least one operating state of the blast wheel, based on data of a control unit for the drive; - comparing the at least one detected characteristic with a predefined characteristic for the at least one operating state, wherein the predefined characteristic indicates the characteristic of the blast wheel without wear for the at least one operating state; and - determining a wear state on the basis of the comparison of the at least one detected characteristic with the predefined characteristic for the at least one operating state,
A plastic substrate, comprising: a plastic film; an electroconductive metal layer or a reflective metal layer having electrical conductivity; and a resin layer having a conductive material dispersed therein; characterised in that the plastic film is a polyimide film having an average coefficient of linear thermal expansion of 50.0 ppm/°C or less when measured in a temperature range from 50 °C to 250 °C using a thermomechanical analyzer for a film thickness of 50-100 μm, with a yellowness index of 15 or less, and wherein the polyimide film has color coordinates in which L is 90 or more, a is 5 or less and b is 5 or less when measured using a UV spectrophotometer for a film thickness of 50-100 μm. a plastic film; an electroconductive metal layer or a reflective metal layer having electrical conductivity; and a resin layer having a conductive material dispersed therein; characterised in that the plastic film is a polyimide film having an average coefficient of linear thermal expansion of 50.0 ppm/°C or less when measured in a temperature range from 50 °C to 250 °C using a thermomechanical analyzer for a film thickness of 50-100 μm, with a yellowness index of 15 or less, and wherein the polyimide film has color coordinates in which L is 90 or more, a is 5 or less and b is 5 or less when measured using a UV spectrophotometer for a film thickness of 50-100 μm.
An implant structure or parts thereof having a surface composition characterized in that said surface composition comprising titanium oxide in the anatase crystalline phase and that said surface composition has a porous structure where at least 90% of the pores have an orifice with a mean inside diagonal distance of less than 0,1 μm.
A flood gun for charge neutralization of an analysis region (Ra) of a sample downstream of the flood gun, comprising: a first source of electrons; a second source (50, 52) of positively charged particles; and an extraction (40, 62) and focusing assembly, arranged to: (i) extract a first, electron beam from the first source and focus the first beam to a first flood area at the analysis region; and (ii) extract a second, positive particle beam from the second source and focus the second beam to a second flood area at the analysis region. a first source of electrons; a second source (50, 52) of positively charged particles; and an extraction (40, 62) and focusing assembly, arranged to: (i) extract a first, electron beam from the first source and focus the first beam to a first flood area at the analysis region; and (ii) extract a second, positive particle beam from the second source and focus the second beam to a second flood area at the analysis region. (i) extract a first, electron beam from the first source and focus the first beam to a first flood area at the analysis region; and (ii) extract a second, positive particle beam from the second source and focus the second beam to a second flood area at the analysis region.
Contactless voltage transducer for measuring voltages between at least two conductors of an alternating voltage conductor system, the transducer including two or more capacitive current measurement units, each said capacitive current measurement unit comprising - an electrode surrounding a passage for receiving therethrough a respective said conductor of the alternating voltage conductor system, - an electrode shield surrounding the electrode, - an electrode signal processing circuit portion connected to the electrode and electrode shield, configured to output an analog measurement signal, and - a reference voltage signal generator connected to the electrode shield and configured to generate a reference voltage source signal, characterised in that the reference voltage signal generators of the two or more capacitive current measurement units are connected together at a common floating voltage connection point. - an electrode surrounding a passage for receiving therethrough a respective said conductor of the alternating voltage conductor system, - an electrode shield surrounding the electrode, - an electrode signal processing circuit portion connected to the electrode and electrode shield, configured to output an analog measurement signal, and - a reference voltage signal generator connected to the electrode shield and configured to generate a reference voltage source signal,
A method for use in a management entity of a communication network, the management entity having an interface to at least one cognitive function module, the method comprising: obtaining, at the management entity, information about a trust level of the at least one cognitive function module, determining whether the trust level of the at least one cognitive function module fulfills a predetermined trust level, and if it is determined that the predetermined trust level is fulfilled, allowing an the- action of the at least one cognitive function module to be executed on the communication network under specific conditions. obtaining, at the management entity, information about a trust level of the at least one cognitive function module, determining whether the trust level of the at least one cognitive function module fulfills a predetermined trust level, and if it is determined that the predetermined trust level is fulfilled, allowing an the- action of the at least one cognitive function module to be executed on the communication network under specific conditions.
An oral irrigator tip, comprising a nozzle, a shaft portion comprising a fluid passage in fluid communication with the nozzle, the nozzle including an outlet opening and an inlet opening in fluid communication with the outlet opening; a bristle element proximate the outlet opening of the nozzle; and, a connector that supports the bristle element, the bristle element being attached to the connector, and the connector being configured to connect with the shaft portion and to join the nozzle to the shaft portion, the oral irrigator tip being characterised in that the bristle element comprises a plurality of bristles, and said bristle element is in the form of a truncated cone atop a cylinder. a nozzle, a shaft portion comprising a fluid passage in fluid communication with the nozzle, the nozzle including an outlet opening and an inlet opening in fluid communication with the outlet opening; a bristle element proximate the outlet opening of the nozzle; and, a connector that supports the bristle element, the bristle element being attached to the connector, and the connector being configured to connect with the shaft portion and to join the nozzle to the shaft portion, the oral irrigator tip being characterised in that the bristle element comprises a plurality of bristles, and said bristle element is in the form of a truncated cone atop a cylinder.