mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal , comprising: a reception unit that receives first radio resource control, RRC, signaling from a base station , the first RRC signalling comprising a configuration with respect to application of discrete Fourier transformation; a waveform configuration setting that determines whether discrete Fourier transformation is to be applied to an uplink shared channel according to the first RRC signaling; and a transmission unit that transmits an uplink signal on the uplink shared channel. a reception unit that receives first radio resource control, RRC, signaling from a base station , the first RRC signalling comprising a configuration with respect to application of discrete Fourier transformation; a waveform configuration setting that determines whether discrete Fourier transformation is to be applied to an uplink shared channel according to the first RRC signaling; and a transmission unit that transmits an uplink signal on the uplink shared channel.
Sensor chip, comprising a semiconductor substrate with a front side and a back side , a sensing element and conductors arranged at the front side , the sensing element facing the environment, contact pads arranged at the back side , vias extending through the substrate between the front side and the back side for electrically connecting the conductors to the contact pads , and a stiffener arranged at the front side , wherein a thickness (d2) of the substrate is below 300 μm, wherein the sensing element is adapted to sense one of humidity, liquid flow, gas flow, pressure and chemicals, and wherein the stiffener extends around the sensing element , wherein the stiffener is made of one of a semiconductor, ceramic, metal, glass.
An electric power tool comprising: a motor having a rotation axis extending in a front-back direction; a housing comprising a body portion for accommodating the motor, a handle portion extending from the body portion, and a projecting portion provided at an opposite end to the body portion of the handle portion and projecting frontward and/or rearward; a power cord extending from the projecting portion and connectable with an alternating power supply; a noise filtering element for filtering noise; and a power supply circuit portion configured to convert alternating power supplied through the power cord to direct current power, characterized in that the power supply circuit portion is covered by a vessel , and the noise filtering element is connected to the power supply circuit portion by wiring and accommodated in the projecting portion with being disposed outside the vessel. a motor having a rotation axis extending in a front-back direction; a housing comprising a body portion for accommodating the motor, a handle portion extending from the body portion, and a projecting portion provided at an opposite end to the body portion of the handle portion and projecting frontward and/or rearward; a power cord extending from the projecting portion and connectable with an alternating power supply; a noise filtering element for filtering noise; and a power supply circuit portion configured to convert alternating power supplied through the power cord to direct current power, characterized in that the power supply circuit portion is covered by a vessel , and the noise filtering element is connected to the power supply circuit portion by wiring and accommodated in the projecting portion with being disposed outside the vessel.
Method for automated manufacturing of shoe soles comprising the steps of: a. loading a transfer device (105; 305) with at least one outsole element (110; 310) and at least one supporting element (115; 215; 315); b. positioning (120; 320) the loaded transfer device (105; 305) adjacent a first part and a second part (125; 210) of a sole mold; c. transferring the at least one outsole element (110; 310) from the transfer device (105; 305) to the first part and transferring the at least one supporting element (115; 215; 315) from the transfer device (105; 305) to the second part (125; 210) of the sole mold; d. filling the sole mold with a plurality of individual particles; and e. applying a medium to bond and / or fuse the particles with each other and with the at least one outsole element (110; 310); wherein the step of loading the transfer device (105; 305) comprises the steps of: f. attaching the at least one outsole element (110; 310) to a first side of the transfer device (105; 305); g. rotating the transfer device (105; 305); and h. attaching the at least one supporting element (115; 215; 315) to a second side of the transfer device (105; 305) opposite to the first side. a. loading a transfer device (105; 305) with at least one outsole element (110; 310) and at least one supporting element (115; 215; 315); b. positioning (120; 320) the loaded transfer device (105; 305) adjacent a first part and a second part (125; 210) of a sole mold; c. transferring the at least one outsole element (110; 310) from the transfer device (105; 305) to the first part and transferring the at least one supporting element (115; 215; 315) from the transfer device (105; 305) to the second part (125; 210) of the sole mold; d. filling the sole mold with a plurality of individual particles; and e. applying a medium to bond and / or fuse the particles with each other and with the at least one outsole element (110; 310); f. attaching the at least one outsole element (110; 310) to a first side of the transfer device (105; 305); g. rotating the transfer device (105; 305); and h. attaching the at least one supporting element (115; 215; 315) to a second side of the transfer device (105; 305) opposite to the first side.
An apparatus comprising: an electronic display , having a display cover glass with a front surface that includes a viewing area , and a fingerprint reading area within the viewing area; and means for detecting received scattered light, the received scattered light resulting from interaction of light with an object in at least partial optical contact with the fingerprint reading area of the front surface ; wherein: at least some of the received scattered light undergoes at least two internal reflections, and the photosensing element is configured to register, within a field of view of the photo sensing element , multiple discrete reflections of an image of the object , and to output, to a processor , image data of the multiple discrete reflections; and the processor is configured to recognize, from the image data of the multiple discrete reflections, a fingerprint of a user of the electronic display . an electronic display , having a display cover glass with a front surface that includes a viewing area , and a fingerprint reading area within the viewing area; and means for detecting received scattered light, the received scattered light resulting from interaction of light with an object in at least partial optical contact with the fingerprint reading area of the front surface ; wherein: at least some of the received scattered light undergoes at least two internal reflections, and the photosensing element is configured to register, within a field of view of the photo sensing element , multiple discrete reflections of an image of the object , and to output, to a processor , image data of the multiple discrete reflections; and the processor is configured to recognize, from the image data of the multiple discrete reflections, a fingerprint of a user of the electronic display . at least some of the received scattered light undergoes at least two internal reflections, and the photosensing element is configured to register, within a field of view of the photo sensing element , multiple discrete reflections of an image of the object , and to output, to a processor , image data of the multiple discrete reflections; and the processor is configured to recognize, from the image data of the multiple discrete reflections, a fingerprint of a user of the electronic display .
Connector , in particular a multi-contact connector, comprising: - a casing with a longitudinal axis (X), comprising a front face, referred to as connection face, which is used for connecting to a connector of complementary type comprising a complementary casing, and a rear face, - a cap for locking the connector to the complementary connector, said cap being mounted on the casing and designed to slide transversely relative to the longitudinal axis (X) of the casing between an unlocking position and a locking position between the casing and complementary casing, - a mechanism for transforming a movement in rotation of the locking cap into a sliding movement, the mechanism comprising an interface part for a tool (H), the part being mounted so as to rotate freely in a housing of the casing, the connector being characterized in that the interface part is designed to be rotated by the tool about an axis parallel to the longitudinal axis (X) of the casing over an angular travel, which causes the locking cap to slide from its unlocking position to its locking position and vice versa. - a casing with a longitudinal axis (X), comprising a front face, referred to as connection face, which is used for connecting to a connector of complementary type comprising a complementary casing, and a rear face, - a cap for locking the connector to the complementary connector, said cap being mounted on the casing and designed to slide transversely relative to the longitudinal axis (X) of the casing between an unlocking position and a locking position between the casing and complementary casing, - a mechanism for transforming a movement in rotation of the locking cap into a sliding movement, the mechanism comprising an interface part for a tool (H), the part being mounted so as to rotate freely in a housing of the casing, the connector being characterized in that the interface part is designed to be rotated by the tool about an axis parallel to the longitudinal axis (X) of the casing over an angular travel, which causes the locking cap to slide from its unlocking position to its locking position and vice versa.
Friction lining with a mass comprising a back plate with central portion which is provided via limbs with hammer head-shaped projections and friction material fastened to the back plate for bearing on a friction ring, and wherein the projections engage in counter bearings for tangentially fixed holding and for axially displaceable guidance so that an introduction of a tangentially directed circumferential force (Fu, friction force) into the counter bearings induces a tensile load in at least one projection , characterized in that an absorber system is arranged on the friction lining in order to eliminate undesirable vibrations, wherein the absorber system is formed as a separate component which is fixed on the back plate so as to be able to vibrate, the absorber system is provided as a one-piece or multi-piece component of the back plate in an integrated manner, and the absorber system has an absorber body with a defined mass MT which is elastically suspended with a defined spring rigidity kT so that it can vibrate on the back plate such that energy is removed from the structure/friction lining by vibration stimulation of the absorption body .
A process for preparing a pharmaceutical composition for oral administration comprising 2-hydroxy-5-[2-[4-[(2-pyridinylamino)sulfonyl]phenyl]diazenyl]-benzoic acid (sulfasalazine) and / or a sulfasalazine organic salt, the process comprising or consisting of the following steps: A: Providing sulfasalazine, B: Providing an organic amine containing constituent selected from meglumine piperazine and diethylamine, C: Providing one or more pharmaceutical excipients and optionally one or more further active ingredients, D: Mixing a therapeutically effective amount of sulfasalazine of step A) with a suitable amount of the organic amine containing constituent of step B) and the one or more pharmaceutical excipients and optionally one or more further active ingredient of step C) to form the pharmaceutical composition for oral administration, wherein the organic amine containing constituent does not represent Tris(hydroxymethyl)aminomethane.
A float having buoyancy properties, the body of which automatically floats in a liquid fluid due to a material which is integrated in the float and has buoyancy properties, the float comprising a bounding body made of a first material as one component and a buoyancy body made of another, second material as another component, the bounding body comprising at least one at least temporarily accessible cavity (H), foamed glass (S; S G , S S ) being arranged as the second material exclusively in the at least one at least temporarily accessible cavity (H) in the float as bulk material, characterized in that the first material of the bounding body is concrete (C) or steel or carbon or aluminum, and the other, second material is a bulk made of a foamed glass granulate (S; S G ) or a foamed glass ballast (S; Ss), which is arranged in the at least one at least temporarily accessible cavity (H) in the bounding body as a buoyancy body , the bounding body having an upper face that has an opening , via which the bulk made of a foamed glass granulate (S; S G ) or a foamed glass ballast (S; Ss) can be introduced in advance or only at the place of use, after which the opening is closed. the float comprising a bounding body made of a first material as one component and a buoyancy body made of another, second material as another component, the bounding body comprising at least one at least temporarily accessible cavity (H), foamed glass (S; S G , S S ) being arranged as the second material exclusively in the at least one at least temporarily accessible cavity (H) in the float as bulk material, characterized in that the first material of the bounding body is concrete (C) or steel or carbon or aluminum, and the other, second material is a bulk made of a foamed glass granulate (S; S G ) or a foamed glass ballast (S; Ss), which is arranged in the at least one at least temporarily accessible cavity (H) in the bounding body as a buoyancy body , the bounding body having an upper face that has an opening , via which the bulk made of a foamed glass granulate (S; S G ) or a foamed glass ballast (S; Ss) can be introduced in advance or only at the place of use, after which the opening is closed.
Hob comprising a cooking surface adapted to receive a number of pots, a user interface allowing a user to select a cooking zone associated to a pot and to adjust at least one operating parameter of the selected cooking zone , a pot detection unit adapted to detect the presence and non-presence of pots on the cooking surface , and a control unit cooperating with the pot detection unit and the user interface and adapted to control the function of commands received through the user interface , wherein the user interface is adapted to indicate the user the presence of every pot of the number of pots on their associated cooking zones as detected by the pot detection unit , and to indicate the user the actually selected cooking zone whose at least one operating parameter is adjustable through the user interface by the user, and wherein in one operation mode the control unit is adapted to cause a selection of a certain cooking zone if a corresponding signal from the pot detection unit was received by the control unit that a temporal interruption of a presence of a pot on the certain cooking zone was detected or that a non-presence of a pot on a certain cooking zone followed by a presence of said pot on another cooking zone within a predetermined period of time was detected by the pot detection unit , and wherein in the one operation mode, due to detection of a pot through the pot detection unit , the control unit is adapted to provide a corresponding indication on the user interface that the certain cooking zone or the another cooking zone , respectively, is from now on selected.
An ultrasonic diagnostic imaging system for aiding a user to perform a nuchal translucency measurement, the system comprising a software program, which when executed, causes the system to: acquire, using an ultrasound probe , ultrasound image data; produce fetal ultrasound images from the ultrasound image data, the fetal ultrasound images comprising at least a portion of a fetus; display successive fetal ultrasound images; in response to a user control, position a zoom box over a fetal ultrasound image over the nuchal fold of the fetus, wherein a size of the zoom box is automatically set by the system; in response to a user control enter a zoom-in mode enlarging the region of the image contained within the zoom box to magnify the nuchal translucency region ; automatically track fetal image data within the zoom box from image to image in the successive images such that the zoom box follows the nuchal translucency region in real time; and provide the user with a good image of the fetal nuchal fold to perform a nuchal translucency measurement. acquire, using an ultrasound probe , ultrasound image data; produce fetal ultrasound images from the ultrasound image data, the fetal ultrasound images comprising at least a portion of a fetus; display successive fetal ultrasound images; in response to a user control, position a zoom box over a fetal ultrasound image over the nuchal fold of the fetus, wherein a size of the zoom box is automatically set by the system; in response to a user control enter a zoom-in mode enlarging the region of the image contained within the zoom box to magnify the nuchal translucency region ; automatically track fetal image data within the zoom box from image to image in the successive images such that the zoom box follows the nuchal translucency region in real time; and provide the user with a good image of the fetal nuchal fold to perform a nuchal translucency measurement.
An aqueous coating composition comprising polyurethane A and vinyl polymer, wherein the polyurethane A comprising as building blocks at least: (a) a polyisocyanate(s) containing at least one cyclic group, (b) a non-cyclic aliphatic diisocyanate(s) whereby the non-cyclic aliphatic group connecting the two isocyanate groups has 5 carbon atoms, and (c) a component(s) containing an isocyanate-reactive group(s), whereby the summed amount of (a) and (b) is 10 to 60 wt.%, relative to the total weight amount of components used to prepare the polyurethane A; and whereby the weight ratio between (a) and (b) is in the range from 50:50 to 99:1. (a) a polyisocyanate(s) containing at least one cyclic group, (b) a non-cyclic aliphatic diisocyanate(s) whereby the non-cyclic aliphatic group connecting the two isocyanate groups has 5 carbon atoms, and (c) a component(s) containing an isocyanate-reactive group(s),
A system for use in monitoring a wind farm having a plurality of wind turbines , said system comprising: at least one video camera configured to capture video data related to operating conditions of each wind turbine; at least one supervisory command and data acquisition (SCADA) element configured to capture numerical data related to the operating conditions of an associated wind turbine; a user interface ; at least one server communicatively coupled to said at least one video camera, said at least one SCADA element, and said user interface, wherein said at least one server comprises a SCADA server and a video server , said SCADA server coupled to said at least one SCADA element and said video server coupled to said at least one video camera ; and, a remote monitoring server communicatively coupled to said SCADA server and said video server ; wherein said SCADA server is configured to transmit the numerical data to said remote monitoring server via a first network and said video server is configured to transmit the video data to said remote monitoring server via a second network said at least one server configured to: receive a specific portion of the video data based on a corresponding portion of the numerical data; and, present the specific portion of the video data to a user via said user interface. at least one video camera configured to capture video data related to operating conditions of each wind turbine; at least one supervisory command and data acquisition (SCADA) element configured to capture numerical data related to the operating conditions of an associated wind turbine; a user interface ; at least one server communicatively coupled to said at least one video camera, said at least one SCADA element, and said user interface, wherein said at least one server comprises a SCADA server and a video server , said SCADA server coupled to said at least one SCADA element and said video server coupled to said at least one video camera ; and, a remote monitoring server communicatively coupled to said SCADA server and said video server ; wherein said SCADA server is configured to transmit the numerical data to said remote monitoring server via a first network and said video server is configured to transmit the video data to said remote monitoring server via a second network said at least one server configured to: receive a specific portion of the video data based on a corresponding portion of the numerical data; and, present the specific portion of the video data to a user via said user interface. receive a specific portion of the video data based on a corresponding portion of the numerical data; and, present the specific portion of the video data to a user via said user interface.
Three-dimensional moulded fibre part comprising fibres which have been blown into a mould and bonded to one another by supplying heat and/or by means of a binder, characterised in that the moulded fibre part additionally comprises granules mixed with the fibres , which granules have an average particle size greater than 100 μm.
A sand moulding machine for the production of sand mould parts including a moulding chamber formed by a chamber top wall , a chamber bottom wall , two opposed chamber side walls and two opposed chamber end walls , wherein a chamber wall is provided with at least one sand filling opening , wherein at least one of the chamber end walls is provided with a pattern plate having a pattern adapted to form a pattern in a sand mould part , wherein at least one of the chamber end walls is displaceable in a longitudinal direction (LD) of the moulding chamber in order to compact sand fed into the moulding chamber , wherein at least one of the pattern plates is associated with at least one reference pattern block positioned in fixed relationship to the pattern of said pattern plate and adapted to form a reference pattern in an external face of a sand mould part , and wherein a detection system is arranged adjacent a path of travel of the compacted sand mould parts and is adapted to detect a position of a pattern face of the reference patterns of the sand mould parts , characterised in that a transverse compaction position in which said at least one pattern plate is positioned during compaction of sand fed into the moulding chamber is adjustable by means of at least one actuator (91-95, 119) by means of which said at least one pattern plate is adjustable by displacement relative to a nominal position in at least one transverse direction (T H , T V ) of the longitudinal direction (LD) of the moulding chamber and/or in that a rotational compaction position in which said at least one pattern plate is positioned during compaction of sand fed into the moulding chamber is adjustable by means of at least one actuator by means of which said at least one pattern plate is adjustable by rotation relative to a nominal rotational position about at least one axis (AR 1 , AR 2 ) of rotation, and in that said actuator or actuators is/are controlled by means of a control system on the basis of successive position detections performed by the detection system of pattern faces of reference patterns of compacted sand mould parts traveling along said path of travel in order to adaptively control the alignment of patterns formed in produced sand mould parts along the longitudinal direction (LD) of the moulding chamber and/or the rotational position of patterns formed in produced sand mould parts about corresponding axes of rotation.