mhurhangee/patent-ind-claim-en huggingface dataset:
A method for performing radio link monitoring, RLM, by a user equipment, UE, in a wireless communication system, the method comprising: determining a first subband for RLM by the UE, the UE supporting a part of a bandwidth in a system transmission bandwidth , wherein the first subband for RLM is a part of the system transmission bandwidth ; performing RLM in the first subband ; determining a radio link quality of the first subband based on the RLM in the first subband; switching the first subband for RLM to a second subband for RLM after elapse of a time period ; performing RLM in the second subband ; and determining a radio link quality of the second subband based on the RLM in the second subband . determining a first subband for RLM by the UE, the UE supporting a part of a bandwidth in a system transmission bandwidth , wherein the first subband for RLM is a part of the system transmission bandwidth ; performing RLM in the first subband ; determining a radio link quality of the first subband based on the RLM in the first subband; switching the first subband for RLM to a second subband for RLM after elapse of a time period ; performing RLM in the second subband ; and determining a radio link quality of the second subband based on the RLM in the second subband .
Apparatus for transforming plastic preforms into plastic containers having at least one transforming station which has a blow molding device , within which the plastic preforms are transformable into the plastic containers by being acted upon with a flowable medium, having an application device which applies the flowable medium to the plastic preforms and having a stretching device which has a rod-like body which is able to be introduced into the plastic preforms, in order to stretch the plastic preforms at least temporarily during their transforming process in the longitudinal direction (L) thereof, wherein the stretching device has a drive device for moving the rod-like body as well as a control device for controlling the drive device and wherein the apparatus has a valve arrangement which controls the application of the plastic preforms with a flowable medium, wherein this valve arrangement enables the application of the plastic preforms with at least two different pressure levels (p1, p2) and this valve arrangement has at least one proportional valve , characterized in that the control device controls the drive device as a function of a valve position of the proportional valve and/or the valve arrangement enables a recycling of the flowable medium, wherein this recycling of the flowable medium takes place by using the proportional valve .
Hemostatic foam for packing antrums or other cavities of the human or animal body comprising a blend of a chitosan hemostatic agent and a phase-separated polymer, which phase-separated polymer provides the foam with a porosity of 85-99% and a foam density of 0.01-0.2 g/cm 3 , wherein the foam density is calculated as the polymer mass per volume unit foam, wherein said phase-separated polymer comprises an amorphous segment and a crystalline segment, wherein at least said amorphous segment comprises a hydrophilic segment; and wherein the amount of chitosan hemostatic agent is 5-35 wt.-% of the total weight of the foam, and wherein the chitosan hemostatic agent is a chitosan salt.
A partition wall pattern film suitable for use in an electrophoretic variable transmittance film, the partition wall pattern comprising: a transparent substrate ; a first electrode layer provided on the transparent substrate; a partition wall pattern directly provided on the first electrode layer; and a second electrode layer pattern provided on an entire upper surface of the partition wall pattern and on at least a part of a lateral surface of the partition wall pattern extending downward from the upper surface of the partition wall pattern, wherein the thickness of the second electrode layer pattern is 200 nm to 2 μm, and wherein the line height of the region of the second electrode layer pattern provided on at least a part of the lateral surface of the partition wall pattern is from 2 μm up to a value, which is obtained by subtracting 2 μm from the line height of the partition wall pattern, thereby preventing a short-circuit from occurring between the first electrode layer and the second electrode layer pattern. a transparent substrate ; a first electrode layer provided on the transparent substrate; a partition wall pattern directly provided on the first electrode layer; and a second electrode layer pattern provided on an entire upper surface of the partition wall pattern and on at least a part of a lateral surface of the partition wall pattern extending downward from the upper surface of the partition wall pattern, wherein the thickness of the second electrode layer pattern is 200 nm to 2 μm, and wherein the line height of the region of the second electrode layer pattern provided on at least a part of the lateral surface of the partition wall pattern is from 2 μm up to a value, which is obtained by subtracting 2 μm from the line height of the partition wall pattern, thereby preventing a short-circuit from occurring between the first electrode layer and the second electrode layer pattern.
An apparatus comprising: means for receiving a signal from a gyroscope sensor mounted on a subject , the gyroscope sensor configured to measure rotational movement of the subject's heart, the signal being indicative of a left ventricular twist of the subject's heart; and means for determining a change in the left ventricular twist of the subject's heart caused by occlusion of blood flow by an arterial occlusion device configured to selectively occlude the blood flow of the subject, wherein the arterial occlusion device is a blood pressure cuff . means for receiving a signal from a gyroscope sensor mounted on a subject , the gyroscope sensor configured to measure rotational movement of the subject's heart, the signal being indicative of a left ventricular twist of the subject's heart; and means for determining a change in the left ventricular twist of the subject's heart caused by occlusion of blood flow by an arterial occlusion device configured to selectively occlude the blood flow of the subject, wherein the arterial occlusion device is a blood pressure cuff .
An absorbent article comprising at least a topsheet layer and a backsheet layer, each layer having a body facing surface and a garment facing surface, and longitudinal and transversal edges, the article having a longitudinal front portion, a longitudinal back portion and a crotch portion located between the front and the back portion, the article comprising a first and a second zone of microencapsulated reversible temperature-regulating phase change material (PCM) on a surface of a layer of the article, wherein the first and second zones are selected from zones having different microencapsulated reversible temperature-regulating phase change materials, different concentrations of a microencapsulated reversible temperature-regulating phase change material or comprises microencapsulated reversible temperature-regulating phase change material having different phase change temperature intervals.
A head mounted display device comprising: a structural frame arranged generally along a first axis and a second axis for viewing along a third axis, the first, second, and third axes being mutually perpendicular, the structural frame including opposing upper and lower rims between which are defined left and right openings; left and right micro-displays coupled to the structural frame, and configured to project visual content in a substantially forward direction along the third axis toward the left and right openings, respectively, and away from a user; and left and right optical elements coupled to the structural frame and respectively positioned over the left and right openings and each including an at least partially reflective surface facing in a substantially rearward direction along the third axis, wherein the structural frame maintains the optical elements in alignment to define an optical light path for reflectively guiding a light ray bundle from the micro- displays to a user's eyes, and wherein the structural frame includes left and right pockets each extending downward from the upper rim along the second axis toward the lower rim and respectively containing the left and right micro-displays . a structural frame arranged generally along a first axis and a second axis for viewing along a third axis, the first, second, and third axes being mutually perpendicular, the structural frame including opposing upper and lower rims between which are defined left and right openings; left and right micro-displays coupled to the structural frame, and configured to project visual content in a substantially forward direction along the third axis toward the left and right openings, respectively, and away from a user; and left and right optical elements coupled to the structural frame and respectively positioned over the left and right openings and each including an at least partially reflective surface facing in a substantially rearward direction along the third axis, wherein the structural frame maintains the optical elements in alignment to define an optical light path for reflectively guiding a light ray bundle from the micro- displays to a user's eyes, and wherein the structural frame includes left and right pockets each extending downward from the upper rim along the second axis toward the lower rim and respectively containing the left and right micro-displays .
Armrest assembly including a support and an armrest , pivotably mounted to said support , wherein said armrest is provided with a carrier carrying first engaging means and a counterbody is fitted to said support and is provided with second engaging means , said second engaging means being intended to cooperate with said first engaging means , wherein said carrier is further provided with a driven member , characterized in that said counterbody is provided with a first driving element and a second driving element , said first and second driving elements being differently arranged relative to said counterbody and having driving profiles with different shapes, and in that the path of said driven member is controlled by the driving profile of said first driving element when said armrest is rotated in a first direction (Fu), while the path of said driven member 14 is controlled by the driving profile of said second driving element when the armrest is rotated in a second, opposite direction (Fd).
A method for positioning a first surface of a first substrate relative to a surface of a second substrate, wherein the second substrate is transparent, which method comprises: positioning a first substrate and a system comprising a lens having an optical axis, a charge-coupled device (CCD) capable of performing or assisting in performing an auto focusing program, and a displacement sensor having an emission vector, in a manner such that the lens is situated between a surface of the first substrate and the CCD, the optical axis of the lens intersects the surface of the first substrate, the displacement sensor has an emission vector parallel to the optical axis, and the CCD is focusable through the lens along the optical axis, sequentially aligning three non-linear points on the surface of the first substrate with the emission vector of the displacement sensor, measuring the distance between the displacement sensor and the surface at each selected point, adjusting the substrate so that the distances between the displacement sensor and each of the three points are the same to establish a first level surface, placing the second substrate between the first substrate and the displacement sensor, sequentially aligning three non-linear points on the surface of the second substrate with the emission vector of the displacement sensor, measuring the distance between the displacement sensor and the surface at each selected point, adjusting the substrate so that the distances between the displacement sensor and each of the three points are the same to generate surface parallel with the first level surface. positioning a first substrate and a system comprising a lens having an optical axis, a charge-coupled device (CCD) capable of performing or assisting in performing an auto focusing program, and a displacement sensor having an emission vector, in a manner such that the lens is situated between a surface of the first substrate and the CCD, the optical axis of the lens intersects the surface of the first substrate, the displacement sensor has an emission vector parallel to the optical axis, and the CCD is focusable through the lens along the optical axis, sequentially aligning three non-linear points on the surface of the first substrate with the emission vector of the displacement sensor, measuring the distance between the displacement sensor and the surface at each selected point, adjusting the substrate so that the distances between the displacement sensor and each of the three points are the same to establish a first level surface, placing the second substrate between the first substrate and the displacement sensor, sequentially aligning three non-linear points on the surface of the second substrate with the emission vector of the displacement sensor, measuring the distance between the displacement sensor and the surface at each selected point, adjusting the substrate so that the distances between the displacement sensor and each of the three points are the same to generate surface parallel with the first level surface.
A personal protection equipment, PPE, system comprising: an article of PPE including an active wireless communication device for transmitting a signal, and a controller for managing configuration settings on the article of PPE ; a communication hub including a user interface , an electronic connection to a PPE management software , and a wireless communication device ; and a user device including a second active wireless communication device ; wherein when the wireless communication device of the communication hub detects that the article of PPE is in proximity to the communication hub , the communication hub is configured to display configuration settings for the article of PPE on the user interface , and is configured to receive adjustment information related to adjusting the configuration settings by a user through interaction with the user interface ; wherein the wireless communication device of the communication hub is configured to transmit information related to the adjustment information to the wireless communication device of the article of PPE ; and wherein the controller is configured to adjust the configuration settings on the article of PPE in response to receipt of the information related to the adjustment information; and wherein the communication hub is configured to customize the configuration settings on the article of PPE displayed on the user interface based on a user identifier in a signal transmitted by the user device . an article of PPE including an active wireless communication device for transmitting a signal, and a controller for managing configuration settings on the article of PPE ; a communication hub including a user interface , an electronic connection to a PPE management software , and a wireless communication device ; and a user device including a second active wireless communication device ; wherein when the wireless communication device of the communication hub detects that the article of PPE is in proximity to the communication hub , the communication hub is configured to display configuration settings for the article of PPE on the user interface , and is configured to receive adjustment information related to adjusting the configuration settings by a user through interaction with the user interface ; wherein the wireless communication device of the communication hub is configured to transmit information related to the adjustment information to the wireless communication device of the article of PPE ; and wherein the controller is configured to adjust the configuration settings on the article of PPE in response to receipt of the information related to the adjustment information; and wherein the communication hub is configured to customize the configuration settings on the article of PPE displayed on the user interface based on a user identifier in a signal transmitted by the user device .
A power tool comprising: a motor that is driven by power supplied from a battery pack; a trigger switch that is operable by a user; and a controller (CP) that controls the motor in accordance with an operation amount of the trigger switch ; characterized in that the controller (CP) includes a load determination unit (CP) that uses a terminal voltage of the battery pack when the motor is stopped as a reference voltage to determine load applied to the motor based on a relationship of a voltage drop amount from the reference voltage when the motor is driven, the operation amount of the trigger switch , and an operation time of the trigger switch . a motor that is driven by power supplied from a battery pack; a trigger switch that is operable by a user; and a controller (CP) that controls the motor in accordance with an operation amount of the trigger switch ; characterized in that the controller (CP) includes a load determination unit (CP) that uses a terminal voltage of the battery pack when the motor is stopped as a reference voltage to determine load applied to the motor based on a relationship of a voltage drop amount from the reference voltage when the motor is driven, the operation amount of the trigger switch , and an operation time of the trigger switch .
A combination sensor for determining radiation impinging a facade of a structure, the combination sensor comprising: a set of two or more physical sensors facing different directions, the set of the two or more physical sensors being configured to be arranged proximate to or on the structure, which set of two or more physical sensors are configured to measure solar radiation in different directions; and hardware and/or software configured to generate a virtual sensor , the virtual sensor being configured to provide a combi-sensor value representing solar radiation impinging the facade of the structure based at least in part on solar radiation readings from the set of the two or more physical sensors , wherein the facade faces a direction other than a direction aligned with any of the directions of the set of the two or more physical sensors , and wherein the facade lacks a physical sensor operable to measure solar radiation in the direction which the facade faces. a set of two or more physical sensors facing different directions, the set of the two or more physical sensors being configured to be arranged proximate to or on the structure, which set of two or more physical sensors are configured to measure solar radiation in different directions; and hardware and/or software configured to generate a virtual sensor , the virtual sensor being configured to provide a combi-sensor value representing solar radiation impinging the facade of the structure based at least in part on solar radiation readings from the set of the two or more physical sensors , wherein the facade faces a direction other than a direction aligned with any of the directions of the set of the two or more physical sensors , and wherein the facade lacks a physical sensor operable to measure solar radiation in the direction which the facade faces.
Ground conductor bushing for installation in a wall or floor element , comprising a metallic ground conductor part , an insulator part and a locking means which is assembled with the insulator part and the ground conductor part , wherein the insulator part forms a passage opening in which the ground conductor part is arranged, wherein the ground conductor part is held in the passage opening of the insulator part in a manner secured against rotation in relation to a revolution about a longitudinal axis of the ground conductor bushing via a form fit , wherein the insulator part and the ground conductor part are assembled as separately produced parts beforehand in each case, and wherein the locking means is pushed with a radial insertion direction, in relation to the longitudinal axis of the ground conductor bushing , into an abutment blocking the rotation between the ground conductor part and the insulator part and forms the form fit , characterized in that the form fit holding the ground conductor part in a manner secured against rotation is formed on an outer wall surface (3.1) of the ground conductor part , and in that the outer wall surface (3.1) of the ground conductor part has, in the region of the form fit , a profile which, as viewed in a section perpendicular to the axis, forms a straight edge against which the locking means bears. a metallic ground conductor part , an insulator part and a locking means which is assembled with the insulator part and the ground conductor part , wherein the insulator part forms a passage opening in which the ground conductor part is arranged, wherein the ground conductor part is held in the passage opening of the insulator part in a manner secured against rotation in relation to a revolution about a longitudinal axis of the ground conductor bushing via a form fit , wherein the insulator part and the ground conductor part are assembled as separately produced parts beforehand in each case, and wherein the locking means is pushed with a radial insertion direction, in relation to the longitudinal axis of the ground conductor bushing , into an abutment blocking the rotation between the ground conductor part and the insulator part and forms the form fit , characterized in that the form fit holding the ground conductor part in a manner secured against rotation is formed on an outer wall surface (3.1) of the ground conductor part , and in that the outer wall surface (3.1) of the ground conductor part has, in the region of the form fit , a profile which, as viewed in a section perpendicular to the axis, forms a straight edge against which the locking means bears.
A duoplasmatron ion source configured to be positioned proximate to a grounded electrode, the duoplasmatron ion source comprising: a cathode ; an anode ; a magnetic Zwischen electrode (Z-electrode) arranged between the cathode and the anode , and defining a Z-electrode aperture ; and wherein the anode comprises a partially ferromagnetic region that comprises a ferromagnetic portion joined with a non-ferromagnetic portion at a juncture , the ferromagnetic portion defining an ion extraction aperture arranged adjacent to the Z-electrode aperture ; the juncture is laterally offset from the ion extraction aperture and characterised in that the partially ferromagnetic anode region has an asymmetric ferromagnetic/non-ferromagnetic construction; and the partially ferromagnetic anode region is configured to produce an asymmetric magnetic field that reduces or eliminates transit of electrons from the ion extraction aperture to contact the grounded electrode when the duoplasmatron ion source is positioned proximate to the grounded electrode. a cathode ; an anode ; a magnetic Zwischen electrode (Z-electrode) arranged between the cathode and the anode , and defining a Z-electrode aperture ; and wherein the anode comprises a partially ferromagnetic region that comprises a ferromagnetic portion joined with a non-ferromagnetic portion at a juncture , the ferromagnetic portion defining an ion extraction aperture arranged adjacent to the Z-electrode aperture ; the juncture is laterally offset from the ion extraction aperture and characterised in that the partially ferromagnetic anode region has an asymmetric ferromagnetic/non-ferromagnetic construction; and the partially ferromagnetic anode region is configured to produce an asymmetric magnetic field that reduces or eliminates transit of electrons from the ion extraction aperture to contact the grounded electrode when the duoplasmatron ion source is positioned proximate to the grounded electrode.
A salt of Formula IVa being a combination of a compound of Formula I and tartaric acid: wherein said salt is crystalline.