mhurhangee/patent-ind-claim-en huggingface dataset:
Method for reliably monitoring a parameter of a coordinate measuring machine , to be specific a mass moment of inertia (J) or a mass (m) required for determining a kinetic energy of an object that can be measured by means of a sensor of the coordinate measuring machine , the object being moved between various positions, with the object preferably being at least briefly at rest in each of the positions (P), the method comprising the steps of: a) initially determining (S12) the parameter and setting (S14) the initially determined parameter as the target value (Jsoll); b) moving (S20) the object from one position (P) to a next position (P) and re-determining the parameter (J) for a movement cycle between the corresponding positions (P); c) setting (S22) the re-determined parameter as the actual value (Jist); d) comparing (S24-2) the target value (Jsoll) with the actual value (Jist); e) continuing the movement of the object if the comparison (S24-2) finds that the actual value (Jist) substantially coincides with the target value (Jsoll), and returning to step b) if a last position (P) has not been reached; or f) outputting (S26) an error message if the comparison (S24-2) finds that the actual value (Jist) deviates significantly from the target value (Jsoll). a) initially determining (S12) the parameter and setting (S14) the initially determined parameter as the target value (Jsoll); b) moving (S20) the object from one position (P) to a next position (P) and re-determining the parameter (J) for a movement cycle between the corresponding positions (P); c) setting (S22) the re-determined parameter as the actual value (Jist); d) comparing (S24-2) the target value (Jsoll) with the actual value (Jist); e) continuing the movement of the object if the comparison (S24-2) finds that the actual value (Jist) substantially coincides with the target value (Jsoll), and returning to step b) if a last position (P) has not been reached; or f) outputting (S26) an error message if the comparison (S24-2) finds that the actual value (Jist) deviates significantly from the target value (Jsoll).
A vehicle lamp comprising: a light source which has an optical axis (C1) provided along a vehicle longitudinal direction; a first light guide which is disposed in front of the light source in the direction of the optical axis (C1), in which a lens surface opposed to the light source is formed at the rear end in the direction of the optical axis (C1), and in which a light emission surface is formed at the front end in the direction of the optical axis (C1), wherein the first light guide has a reflecting surface configured to reflect a part of incident light from the light source toward the connection end of the second light guide ; and a second light guide which has a connection end connected to a vehicle width direction outer side surface of the first light guide and extends outward in the vehicle width direction from the connection end , and in which a reflecting surface is formed at the rear in a vehicle longitudinal direction and a light emission surface is formed at the front in the vehicle longitudinal direction, characterized in that the reflecting surface is provided in the first light guide and extends from a vehicle width direction inner surface opposite to the side surface , to which the connection end is connected, of the first light guide . a light source which has an optical axis (C1) provided along a vehicle longitudinal direction; a first light guide which is disposed in front of the light source in the direction of the optical axis (C1), in which a lens surface opposed to the light source is formed at the rear end in the direction of the optical axis (C1), and in which a light emission surface is formed at the front end in the direction of the optical axis (C1), wherein the first light guide has a reflecting surface configured to reflect a part of incident light from the light source toward the connection end of the second light guide ; and a second light guide which has a connection end connected to a vehicle width direction outer side surface of the first light guide and extends outward in the vehicle width direction from the connection end , and in which a reflecting surface is formed at the rear in a vehicle longitudinal direction and a light emission surface is formed at the front in the vehicle longitudinal direction, characterized in that the reflecting surface is provided in the first light guide and extends from a vehicle width direction inner surface opposite to the side surface , to which the connection end is connected, of the first light guide .
A gardening and/or forestry apparatus system , having: - a hand-held gardening and/or forestry processing apparatus , - an assistance device , which is formed separately from the gardening and/or forestry processing apparatus and which is designed to support a user in the operation of the gardening and/or forestry processing apparatus, wherein the assistance device has a user interface , by means of which the assistance device can be controlled by user inputs, - wherein the gardening and/or forestry processing apparatus has a user-actuable operator control element for user inputs to the user interface, - wherein the gardening and/or forestry processing apparatus has a detection device , which is designed to detect a property (EG) of the gardening and/or forestry processing apparatus and/or a property (EO) of an object to be processed by means of the gardening and/or forestry processing apparatus, - wherein the detection can be controlled by means of the user-actuable operator control element and - wherein the assistance device is designed to support the user depending on the detected property, - wherein the detection device has a camera and/or an inertial measurement unit , - wherein the hand-held gardening and/or forestry processing apparatus has a handle , characterized in, that the user-actuable operator control element is arranged in the region of the handle. - a hand-held gardening and/or forestry processing apparatus , - an assistance device , which is formed separately from the gardening and/or forestry processing apparatus and which is designed to support a user in the operation of the gardening and/or forestry processing apparatus, wherein the assistance device has a user interface , by means of which the assistance device can be controlled by user inputs, - wherein the gardening and/or forestry processing apparatus has a user-actuable operator control element for user inputs to the user interface, - wherein the gardening and/or forestry processing apparatus has a detection device , which is designed to detect a property (EG) of the gardening and/or forestry processing apparatus and/or a property (EO) of an object to be processed by means of the gardening and/or forestry processing apparatus, - wherein the detection can be controlled by means of the user-actuable operator control element and - wherein the assistance device is designed to support the user depending on the detected property, - wherein the detection device has a camera and/or an inertial measurement unit , - wherein the hand-held gardening and/or forestry processing apparatus has a handle , characterized in, that the user-actuable operator control element is arranged in the region of the handle.
A method for determining a wake up indicator , wherein the wake up indicator measures the risk of a user waking up in an undesirable state, the method comprising: determining a sleep inertia estimation based on at least one physiological signal of the user for estimating if the user is in NREM sleep, wherein the sleep inertia estimation is an estimation of sleep depth; determining an atonia estimation based on at least one physiological signal of the user for estimating if the user is in REM sleep or for detecting muscle activity, wherein the atonia estimation is based on the duration of a current REM sleep episode or an amount of muscle activity; and using the inertia estimation and the atonia estimation to determine the wake up indicator , wherein the wake up indicator is an indicator for a time when it is suitable to wake up the user in a way which avoids arousal from a deep sleep state or from REM sleep. determining a sleep inertia estimation based on at least one physiological signal of the user for estimating if the user is in NREM sleep, wherein the sleep inertia estimation is an estimation of sleep depth; determining an atonia estimation based on at least one physiological signal of the user for estimating if the user is in REM sleep or for detecting muscle activity, wherein the atonia estimation is based on the duration of a current REM sleep episode or an amount of muscle activity; and using the inertia estimation and the atonia estimation to determine the wake up indicator , wherein the wake up indicator is an indicator for a time when it is suitable to wake up the user in a way which avoids arousal from a deep sleep state or from REM sleep.
A human monoclonal antibody or antigen-binding fragment thereof for use in a method for treating chronic asthma in a patient in need thereof, wherein the method comprises administering, to the patient, an antibody or antigen-binding fragment thereof that binds human interleukin 33 (IL-33), and comprises a heavy chain variable region (HCVR) comprising the amino acid sequence of SEQ ID NO: 274 and a light chain variable region (LCVR) comprising the amino acid sequence of SEQ ID NO: 282.
Dental implant comprising an implant body extending along a longitudinal axis (I-I) between a coronal end and an apical end , said implant body having a core , along which there extends a helical threading having at least one thread (F1, F2), said core being tapered in the direction of the apical end over at least one segment (T2, T3, T4) of the length of the dental implant , in which: - at least two tapping grooves (R1-R3) are formed in the threading and interrupt said at least one thread (F1, F2), such that said at least one thread (F1, F2) has a succession of consecutive thread arcs (AF), a thread arc (AF) being separated from a thread arc (AF) consecutive to it by one of said at least two tapping grooves (R1-R3), - each thread arc (AF) has an apical surface (SA) oriented towards the apical end of the dental implant and a coronal surface (SC) oriented towards the coronal end of the dental implant , - each thread arc (AF) has a peripheral lateral surface (SLP) connecting the apical surface (SA) and the coronal surface (SC) of said thread arc (AF) and developing from a leading end (EA) to a trailing end (EF), characterized in that , in said at least one segment (T2, T3, T4) of the dental implant in which the core is tapered, at least one thread arc (AF) has a radial setback (RR), such that the peripheral lateral surface (SLP) of said at least one thread arc (AF) having a radial setback (RR) is at all points situated at a distance (R' ) from the longitudinal axis (I-I) that is less than the maximum distance (R), from the longitudinal axis (I-I), of the peripheral lateral surface (SLP) of a thread arc (AF) which is consecutive to said at least one thread arc (AF) having a radial setback (RR) . - at least two tapping grooves (R1-R3) are formed in the threading and interrupt said at least one thread (F1, F2), such that said at least one thread (F1, F2) has a succession of consecutive thread arcs (AF), a thread arc (AF) being separated from a thread arc (AF) consecutive to it by one of said at least two tapping grooves (R1-R3), - each thread arc (AF) has an apical surface (SA) oriented towards the apical end of the dental implant and a coronal surface (SC) oriented towards the coronal end of the dental implant , - each thread arc (AF) has a peripheral lateral surface (SLP) connecting the apical surface (SA) and the coronal surface (SC) of said thread arc (AF) and developing from a leading end (EA) to a trailing end (EF),
A method performed by a base station, comprising: configuring a measurement configuration message for causing a user equipment served by the base station to perform and report measurements on small cells, the measurement configuration message comprising information indicating criteria impacting a measurement reporting procedure with respect to the small cells, the said criteria being related to at least one of: the state of a small cell, a type of a small cell, and a type of a signal used for the measurements of the small cells , wherein the state of the small cell is an ON state or an OFF state of the small cell; and transmitting said configured measurement configuration message to the user equipment , wherein the measurement configuration message comprises an offset for small cells in the OFF state to be added to an event triggering condition depending on the measured small cell being in the ON state or the OFF state. configuring a measurement configuration message for causing a user equipment served by the base station to perform and report measurements on small cells, the measurement configuration message comprising information indicating criteria impacting a measurement reporting procedure with respect to the small cells, the said criteria being related to at least one of: the state of a small cell, a type of a small cell, and a type of a signal used for the measurements of the small cells , wherein the state of the small cell is an ON state or an OFF state of the small cell; and transmitting said configured measurement configuration message to the user equipment , wherein the measurement configuration message comprises an offset for small cells in the OFF state to be added to an event triggering condition depending on the measured small cell being in the ON state or the OFF state.
A method, performed by an apparatus, the method comprising: allocating a first sounding resource to at least one of a plurality of user equipment (305 - 308) in a coordinated multi-point transmission/reception communication network for transmitting sounding reference signal to a base station of a serving cell; and allocating a second sounding resource to the at least one user equipment for transmitting sounding reference signal to at least one base station of an interfering cell ; wherein the first and the second sounding resource are set separately, wherein each sounding resource has own sounding resource configuration parameters, and when the first sounding resource and the second sounding resource conflict in time domain, the user equipment is configured to act based on pre-determined criterion. allocating a first sounding resource to at least one of a plurality of user equipment (305 - 308) in a coordinated multi-point transmission/reception communication network for transmitting sounding reference signal to a base station of a serving cell; and allocating a second sounding resource to the at least one user equipment for transmitting sounding reference signal to at least one base station of an interfering cell ; wherein the first and the second sounding resource are set separately, wherein each sounding resource has own sounding resource configuration parameters, and when the first sounding resource and the second sounding resource conflict in time domain, the user equipment is configured to act based on pre-determined criterion.
An alarm system (1; 10) for a vehicle , comprising: an object detection part configured to detect an object around the vehicle , a determination and alarm part configured to set an alarm line extending forward from the vehicle , to determine whether or not the object crosses the alarm line within a predetermined time, and to activate an alarm unit when the determination and alarm part determines that the object crosses the alarm line within the predetermined time; and a distance determination part configured to determine a distance between the vehicle and another vehicle stopped ahead of the vehicle in a lane, wherein, the determination and alarm part is configured to perform, when the distance is equal to or smaller than a predetermined value, an alarm reduction control to reduce operation of the alarm unit compared with when the distance is greater than the predetermined value, the determination and alarm part is configured to set a length of the alarm line at a first length when the distance is a first distance, and the determination and alarm part is configured to set the length of the alarm line at a second length, which is shorter than the first length, as the alarm reduction control when the distance is a second distance, which is smaller than the first distance. an object detection part configured to detect an object around the vehicle , a determination and alarm part configured to set an alarm line extending forward from the vehicle , to determine whether or not the object crosses the alarm line within a predetermined time, and to activate an alarm unit when the determination and alarm part determines that the object crosses the alarm line within the predetermined time; and a distance determination part configured to determine a distance between the vehicle and another vehicle stopped ahead of the vehicle in a lane, wherein, the determination and alarm part is configured to perform, when the distance is equal to or smaller than a predetermined value, an alarm reduction control to reduce operation of the alarm unit compared with when the distance is greater than the predetermined value, the determination and alarm part is configured to set a length of the alarm line at a first length when the distance is a first distance, and the determination and alarm part is configured to set the length of the alarm line at a second length, which is shorter than the first length, as the alarm reduction control when the distance is a second distance, which is smaller than the first distance.
A linear compressor comprising: a linear motor having a mover reciprocating with respect to a stator ; a piston coupled to the mover to reciprocate; a cylinder into which the piston is slidingly inserted, the cylinder having an inner circumferential surface forming a bearing surface together with an external circumferential surface of the piston , the cylinder forming a compression space together with the piston , and the cylinder having a first hole formed through the inner circumferential surface of the cylinder and an outer circumferential surface of the cylinder to guide refrigerant discharged from the compression space to the bearing surface; a porous member coupled to the outer circumferential surface of the cylinder and configured to cover the first hole , the porous member having multiple micropores smaller than the first hole ; a cover member surrounding the porous member and coupled to an outer circumferential surface of the porous member ; and a second hole formed on the cover member to communicate with the micropores of the porous member , wherein the first hole is not aligned with the second hole in a radial direction of the piston , wherein the first hole and the second hole are circumferentially formed respectively in plurality. a linear motor having a mover reciprocating with respect to a stator ; a piston coupled to the mover to reciprocate; a cylinder into which the piston is slidingly inserted, the cylinder having an inner circumferential surface forming a bearing surface together with an external circumferential surface of the piston , the cylinder forming a compression space together with the piston , and the cylinder having a first hole formed through the inner circumferential surface of the cylinder and an outer circumferential surface of the cylinder to guide refrigerant discharged from the compression space to the bearing surface; a porous member coupled to the outer circumferential surface of the cylinder and configured to cover the first hole , the porous member having multiple micropores smaller than the first hole ; a cover member surrounding the porous member and coupled to an outer circumferential surface of the porous member ; and a second hole formed on the cover member to communicate with the micropores of the porous member , wherein the first hole is not aligned with the second hole in a radial direction of the piston , wherein the first hole and the second hole are circumferentially formed respectively in plurality.
A rigid pipe-in-pipe structure for subsea transportation of fluids, comprising: inner and outer pipes in spaced concentric relation to define a thermally-isolating annulus between them; and thermal insulation material disposed in the annulus, wherein a gap is left in the annulus between the insulation material and the outer pipe ; wherein the outer pipe is made of metal and the inner pipe is a polymeric composite structure of bonded layers comprising a first, radially outer polymeric layer surrounding a second layer of composite material comprising reinforcing fibres embedded in a polymer matrix, and wherein the thickness of the outer layer of the inner pipe varies along its length such that the inner pipe comprises a series of longitudinally-spaced formations formed integrally with the outer layer of the inner pipe and protruding radially outwardly from the outer layer . inner and outer pipes in spaced concentric relation to define a thermally-isolating annulus between them; and thermal insulation material disposed in the annulus, wherein a gap is left in the annulus between the insulation material and the outer pipe ;
An enclosure for a radiographic device, comprising: a bottom panel ; a plurality of sidewalls integrally formed with the bottom panel , whereby the plurality of sidewalls and the bottom panel define a unitary body; and a top panel joined to the plurality of sidewalls opposite the bottom panel and defining an internal space therebetween for housing a radiographic device ; wherein the plurality of sidewalls each include a first upturned portion that extends upwardly from the bottom panel , a return portion extending from the first upturned portion back towards the bottom panel and defining a rounded nose, and an inward projection extending from the return portion generally parallel to the bottom panel and defining a flange for supporting the top panel ; and wherein the flange is spaced a vertical distance below a top of the rounded nose such that the top panel is inset with respect to the rounded nose. a bottom panel ; a plurality of sidewalls integrally formed with the bottom panel , whereby the plurality of sidewalls and the bottom panel define a unitary body; and a top panel joined to the plurality of sidewalls opposite the bottom panel and defining an internal space therebetween for housing a radiographic device ; wherein the plurality of sidewalls each include a first upturned portion that extends upwardly from the bottom panel , a return portion extending from the first upturned portion back towards the bottom panel and defining a rounded nose, and an inward projection extending from the return portion generally parallel to the bottom panel and defining a flange for supporting the top panel ; and wherein the flange is spaced a vertical distance below a top of the rounded nose such that the top panel is inset with respect to the rounded nose.
Method for testing the resistance of security documents and data carriers to disinfectants, wherein the surface of security documents or data carriers is rubbed with flat pieces of textile which have previously been wetted with a test liquid, under defined conditions, the abrasion test being carried out with at least two different test liquids and the at least two different test liquids being selected from the groups of aqueous alcoholic solutions, liquids containing hydrophobic compounds and solutions containing biocides.