mhurhangee/ep-ind-claims huggingface dataset:
Geodetic measuring appliance, in particular theodolite or total station, for determining the position of a target point, comprising • a targeting device, in particular telescope, wherein the targeting device is pivotable in a motorized manner relative to a base of the measuring appliance for the purpose of changing the alignment of said targeting device and has at least one objective unit that defines an optical target axis, • angle measuring functionality for high-precision acquisition of the alignment of the target axis, and • evaluation means for data storage and control of the alignment of the targeting device, characterized by an eye image acquisition device (4, 4'), which is designed to acquire eye images of an eye of a user, and in that the evaluation means are designed for implementing an automatic viewing-direction-dependent targeting functionality in such a way that the following take place automatically after the function has started: • at least one eye image is recorded, • a viewing direction of the user's eye or of eye information suitable for deriving a viewing direction of the user's eye is determined by means of image processing on the basis of the at least one eye image, and • the alignment of the targeting device is changed in a motorized manner depending on the viewing direction of the user's eye or depending on the eye information. • a targeting device, in particular telescope, wherein the targeting device is pivotable in a motorized manner relative to a base of the measuring appliance for the purpose of changing the alignment of said targeting device and has at least one objective unit that defines an optical target axis, • angle measuring functionality for high-precision acquisition of the alignment of the target axis, and • evaluation means for data storage and control of the alignment of the targeting device, characterized by an eye image acquisition device (4, 4'), which is designed to acquire eye images of an eye of a user, and in that the evaluation means are designed for implementing an automatic viewing-direction-dependent targeting functionality in such a way that the following take place automatically after the function has started: • at least one eye image is recorded, • a viewing direction of the user's eye or of eye information suitable for deriving a viewing direction of the user's eye is determined by means of image processing on the basis of the at least one eye image, and • the alignment of the targeting device is changed in a motorized manner depending on the viewing direction of the user's eye or depending on the eye information.
A wristband device (101; 201) comprising: an accelerometer configured to determine a cardiac systole based on an acceleration signal induced by a heart at the moment of the cardiac systole, wherein the accelerometer is further configured to be used as a pulse wave detecting device and detect a pulse wave, at a measuring point, based on an acceleration signal induced by the pulse wave at the measuring point; and a data processing device configured to: determine a first trigger signal at the moment of said cardiac systole, and a second trigger signal at the moment of said pulse wave; and determine a pulse transit time as a time difference between said first and second trigger signals. an accelerometer configured to determine a cardiac systole based on an acceleration signal induced by a heart at the moment of the cardiac systole, wherein the accelerometer is further configured to be used as a pulse wave detecting device and detect a pulse wave, at a measuring point, based on an acceleration signal induced by the pulse wave at the measuring point; and a data processing device configured to: determine a first trigger signal at the moment of said cardiac systole, and a second trigger signal at the moment of said pulse wave; and determine a pulse transit time as a time difference between said first and second trigger signals. determine a first trigger signal at the moment of said cardiac systole, and a second trigger signal at the moment of said pulse wave; and determine a pulse transit time as a time difference between said first and second trigger signals.
A method for preventing dozing off, comprising the steps of: a measurement step measuring human heartbeats; a decision step (S1-S8) generating a trigger, hereinafter referred to as a "drowsiness trigger", for indicating occurrence of drowsiness; and a warning step giving a warning to prevent dozing off when the drowsiness trigger is generated, wherein in the decision step (S1-S8), the drowsiness trigger is generated when a state in which a time interval between adjacent heartbeats, hereinafter referred to as a "heartbeat interval", is longer than the previous heartbeat interval consecutively occurs not less than four times (S4-S7), and a difference between the first heartbeat interval and the last heartbeat interval in the heartbeat intervals consecutively occurring not less than four times exceeds a predetermined time, the predetermined time is not less than 60ms, wherein a dozing prevention device comprises an electrocardiograph; and an analyzer including a receiving part, a decision part, and a warning part; the electrocardiograph having the function of performing the measurement step, the decision part has the function of performing the decision step, and the warning part has the function of performing the warning step. a measurement step measuring human heartbeats; a decision step (S1-S8) generating a trigger, hereinafter referred to as a "drowsiness trigger", for indicating occurrence of drowsiness; and a warning step giving a warning to prevent dozing off when the drowsiness trigger is generated, wherein in the decision step (S1-S8), the drowsiness trigger is generated when a state in which a time interval between adjacent heartbeats, hereinafter referred to as a "heartbeat interval", is longer than the previous heartbeat interval consecutively occurs not less than four times (S4-S7), and a difference between the first heartbeat interval and the last heartbeat interval in the heartbeat intervals consecutively occurring not less than four times exceeds a predetermined time, the predetermined time is not less than 60ms, wherein a dozing prevention device comprises an electrocardiograph; and an analyzer including a receiving part, a decision part, and a warning part; the electrocardiograph having the function of performing the measurement step, the decision part has the function of performing the decision step, and the warning part has the function of performing the warning step.
A system comprising a conduit device for a petroleum well intervention string and a motorized intervention string drum unit with a drum, wherein - a first end of the conduit device is connected to the motorized intervention string drum unit, - a second end of the conduit device is connected to an injector head of a wellhead assembly said first end attached at a terminal point of a drum frame of said drum unit, said drum frame provided with a tension compensator arch arranged between said terminal point and said drum so as to take up any temporary speed difference due to different inertia of the string,the injector head and the drum, - said conduit device at any point between said first end and said second end having a radius of curvature larger than or equal to a given smallest allowable radius of curvature for said intervention string; - said conduit device forming a substantially incompressible fixed length path for the portion of said intervention string at any time present between said first end and said second end; - said conduit device constituting a tubular path for said intervention string. - a first end of the conduit device is connected to the motorized intervention string drum unit, - a second end of the conduit device is connected to an injector head of a wellhead assembly said first end attached at a terminal point of a drum frame of said drum unit, said drum frame provided with a tension compensator arch arranged between said terminal point and said drum so as to take up any temporary speed difference due to different inertia of the string,the injector head and the drum, - said conduit device at any point between said first end and said second end having a radius of curvature larger than or equal to a given smallest allowable radius of curvature for said intervention string; - said conduit device forming a substantially incompressible fixed length path for the portion of said intervention string at any time present between said first end and said second end; - said conduit device constituting a tubular path for said intervention string.
A method for dynamic resource adjustment based on network sharing, comprising: determining, by a management network element, a first P-GW to be re-allocated and adjustment type information of the first P-GW, and obtaining an identity of a participant Mobile Network Operator, PMNO, corresponding to the first P-GW; obtaining, by the management network element according to the obtained identity of the PMNO and a stored correspondence between an identity of a PMNO and a P-GW, resource information of a P-GW corresponding to the PMNO; and adjusting, by the management network element according to the adjustment type information of the first P-GW and the resource information of the P-GW corresponding to the PMNO and based on that a sum of throughput upper limits of P-GWs corresponding to the PMNO is equal to a total throughput value of the PMNO, a throughput upper limit configured for the first P-GW and a throughput upper limit configured for another P-GW corresponding to the PMNO, so as to satisfy a throughput required by the first P-GW, wherein the throughput upper limit configured for a P-GW is set according to a throughput that can be carried at a guaranteed bit rate. determining, by a management network element, a first P-GW to be re-allocated and adjustment type information of the first P-GW, and obtaining an identity of a participant Mobile Network Operator, PMNO, corresponding to the first P-GW; obtaining, by the management network element according to the obtained identity of the PMNO and a stored correspondence between an identity of a PMNO and a P-GW, resource information of a P-GW corresponding to the PMNO; and adjusting, by the management network element according to the adjustment type information of the first P-GW and the resource information of the P-GW corresponding to the PMNO and based on that a sum of throughput upper limits of P-GWs corresponding to the PMNO is equal to a total throughput value of the PMNO, a throughput upper limit configured for the first P-GW and a throughput upper limit configured for another P-GW corresponding to the PMNO, so as to satisfy a throughput required by the first P-GW, wherein the throughput upper limit configured for a P-GW is set according to a throughput that can be carried at a guaranteed bit rate.
A mounting mechanism for mounting an elongate element inserted in a structure (10, 20) on said structure (10, 20), said elongate element having a first end and a second end, said mounting mechanism comprising a biasing mechanism comprising one or more disc spring members for axially biasing the elongate element with respect to the structure in an axial direction of said elongate element and towards the second end of said elongate element, and a prestress member characterised in that the mounting mechanism further comprises a screw having a head portion and a shaft portion, said shaft portion comprising a threaded portion for screwing into the second end of said elongate element, and a bushing comprising a sleeve portion receiving at least a part of said screw shaft portion and separating the one or more disc spring members from said screw shaft portion, wherein said screw head portion is configured to receive the axial biasing force generated by said one or more disc spring members, wherein said bushing further comprises a flange portion projecting radially outward from said sleeve portion, a lower side of said flange portion being adapted to receive the axial biasing force generated by said one or more disc spring members and an upper side of said flange portion being adapted to transfer the axial biasing force generated by said one or more disc spring members onto said screw head portion projecting from said shaft portion, and wherein the diameter of the flange portion exceeds the diameter of the screw head portion, and wherein the prestress member is adapted to engage with a portion of said upper side of said flange portion that radially protrudes from the circumference of said screw head portion.
Modified strontium ferrite of the general formula Sr 1-x La x Fe 12-y Co y O 19, characterized in that 0.14 ≤ x ≤ 0.145; 0.14 ≤ y ≤ 0.145. 0.14 ≤ x ≤ 0.145; 0.14 ≤ y ≤ 0.145.
Composition comprising A) 20.0 wt% to 99.95 wt% of aromatic polycarbonate and B) 0.05 wt% to 10.0 wt% of a mixture comprising at least one saturated or unsaturated monocarboxylic acid having a chain length of 6 to 30 carbon atoms and at least one ester of this monocarboxylic acid based on glycerol and/or diglycerol. A) 20.0 wt% to 99.95 wt% of aromatic polycarbonate and B) 0.05 wt% to 10.0 wt% of a mixture comprising at least one saturated or unsaturated monocarboxylic acid having a chain length of 6 to 30 carbon atoms and at least one ester of this monocarboxylic acid based on glycerol and/or diglycerol.
A hood for the suction of cooking fumes comprising: - a main body having an opening that can face a cooking hob for the suction of cooking fumes; - a panel connected to the main body and placed at the opening for partially covering it, the panel having at least one pair of sides (4a, 4b) opposite each other; - at least one hinge connected to the panel and to the main body and configured to allow the rotation of said panel with respect to said main body to make the inside of said main body accessible through said opening, said hinge comprising a fixed portion connected to said main body and a movable portion connected to said panel and configured to rotate with respect to said fixed portion about an axis of rotation; said movable portion comprising a guide, a slider that is slidable along said guide and fixed to said panel for making it slide along said guide; characterised in that the panel being smaller than the opening, so as to leave a peripheral zone of the opening free, and the hinge being placed at an intermediate position of a respective side (4a, 4b), said intermediate position being defined by a portion of said side (4a, 4b) comprised between 10% and 90% of the length. - a main body having an opening that can face a cooking hob for the suction of cooking fumes; - a panel connected to the main body and placed at the opening for partially covering it, the panel having at least one pair of sides (4a, 4b) opposite each other; - at least one hinge connected to the panel and to the main body and configured to allow the rotation of said panel with respect to said main body to make the inside of said main body accessible through said opening, said hinge comprising a fixed portion connected to said main body and a movable portion connected to said panel and configured to rotate with respect to said fixed portion about an axis of rotation; said movable portion comprising a guide, a slider that is slidable along said guide and fixed to said panel for making it slide along said guide;
An inspection apparatus for inspecting a chain of connected packages including a plurality of discrete packages that are connected in a chain, the inspection apparatus comprising: an irradiating component configured to irradiate the chain of connected packages with inspection waves that are X-rays or terahertz waves; a light receiving component configured to receive the inspection waves that have been transmitted through the chain of connected packages; a generating component configured to generate an inspection image on the basis of the inspection waves that the light receiving component has received; an identifying component configured to identify discrete package regions (C1, C2,... C6) corresponding to the discrete packages from the inspection image; an estimating component configured to estimate weight values with respect to the discrete package regions; and a weight determining component configured to determine the chain of connected packages as being abnormal in weight when any of the weight values falls outside a predetermined range, characterised in that the identifying component is configured to identify seal regions corresponding to seal sites of the chain of connected packages from the inspection image and to identify content regions (A1, A2,... A6) from outside the seal regions of the inspection image, wherein the identifying component is configured to recognize the content regions (A1, A2,... A6) corresponding to contents of the discrete packages as the discrete package regions (C1, C2,... C6). an irradiating component configured to irradiate the chain of connected packages with inspection waves that are X-rays or terahertz waves; a light receiving component configured to receive the inspection waves that have been transmitted through the chain of connected packages; a generating component configured to generate an inspection image on the basis of the inspection waves that the light receiving component has received; an identifying component configured to identify discrete package regions (C1, C2,... C6) corresponding to the discrete packages from the inspection image; an estimating component configured to estimate weight values with respect to the discrete package regions; and a weight determining component configured to determine the chain of connected packages as being abnormal in weight when any of the weight values falls outside a predetermined range, characterised in that the identifying component is configured to identify seal regions corresponding to seal sites of the chain of connected packages from the inspection image and to identify content regions (A1, A2,... A6) from outside the seal regions of the inspection image, wherein the identifying component is configured to recognize the content regions (A1, A2,... A6) corresponding to contents of the discrete packages as the discrete package regions (C1, C2,... C6).
A flexible member for use in stabilizing a spine comprising: a polymeric body including opposing first and second ends (32, 34) having an intermediate portion extending therebetween, with each opposing end configured for cooperation with an anchor member, the polymeric body further including at least one first portion comprising a first polymeric material having a first elasticity and at least one second portion comprising a second polymeric material having a second elasticity greater than the first elasticity to provide the polymeric body with a variable flexibility, characterized in that the at least one first portion comprises a plurality of first portions comprising a first polymeric material having a first elasticity and the at least one second portion comprises a plurality of second portions comprising a second polymeric material having a second elasticity, and wherein the polymeric body includes a lengthwise central axis, The plurality of first and second portions extending along the length of the polymeric body and being alternately situated about the axis thereof. a polymeric body including opposing first and second ends (32, 34) having an intermediate portion extending therebetween, with each opposing end configured for cooperation with an anchor member, the polymeric body further including at least one first portion comprising a first polymeric material having a first elasticity and at least one second portion comprising a second polymeric material having a second elasticity greater than the first elasticity to provide the polymeric body with a variable flexibility, characterized in that the at least one first portion comprises a plurality of first portions comprising a first polymeric material having a first elasticity and the at least one second portion comprises a plurality of second portions comprising a second polymeric material having a second elasticity, and wherein the polymeric body includes a lengthwise central axis, The plurality of first and second portions extending along the length of the polymeric body and being alternately situated about the axis thereof.
A light source unit comprising: a light source; a collimating lens to collimate the beams of light from the light source; a light source support to hold the light source; a fixing member attached to the light source support, having a through-hole through which beams of light emitted from the light source pass; and a lens holder inserted into the through-hole and attached to the fixing member by an adhesive;, wherein attachment surfaces (115e, 115f) of the adhesive for the lens holder comprise a tilted attachment surface tilted relative to an optical axis of the collimating lens, the lens holder comprises a groove having a surface constituting the tilted attachment surface. the fixing member comprises multiple injection portions to inject the adhesive to the groove, and the lens holder is a molded resin product; and characterized in that the groove has a mark of a gate formed during molding. a light source; a collimating lens to collimate the beams of light from the light source; a light source support to hold the light source; a fixing member attached to the light source support, having a through-hole through which beams of light emitted from the light source pass; and a lens holder inserted into the through-hole and attached to the fixing member by an adhesive;, wherein attachment surfaces (115e, 115f) of the adhesive for the lens holder comprise a tilted attachment surface tilted relative to an optical axis of the collimating lens, the lens holder comprises a groove having a surface constituting the tilted attachment surface. the fixing member comprises multiple injection portions to inject the adhesive to the groove, and the lens holder is a molded resin product; and characterized in that the groove has a mark of a gate formed during molding.