mhurhangee/ep-ind-claims huggingface dataset:
A conductive member for electrically connecting photovoltaic, PV, cells, wherein the conductive member comprises a first segment and a second segment in a length direction of the conductive member, both the first segment and the second segment have a planar contact surface adapted to be contacting with a first photovoltaic cell for the first segment and with a second photovoltaic cell for the second segment, the second segment has a reflective (122, 124) surface facing away from the planar contact surface of the second segment, the first segment has a first cross section perpendicular to a length direction of the first segment, the second segment has a second cross section perpendicular to a length direction of the second segment, wherein the first cross section and the second cross section have the same area, wherein the second segment is a light-reflective section adapted to be electrically connected to a front surface of the second PV cell, and the first segment is a non-light-reflective section adapted to be electrically connected to a back surface of the first PV cell adjacent to the second PV cell, and wherein said first cross section of the non-reflective section defines a rectangle, characterized in that said second cross section of the light-reflective section defines a rectangular part and a reflective triangular part, a height of the rectangular part of the light-reflective section is equal to a height of the rectangle of the non-reflective section. wherein the second segment is a light-reflective section adapted to be electrically connected to a front surface of the second PV cell, and the first segment is a non-light-reflective section adapted to be electrically connected to a back surface of the first PV cell adjacent to the second PV cell, and wherein said first cross section of the non-reflective section defines a rectangle, characterized in that said second cross section of the light-reflective section defines a rectangular part and a reflective triangular part, a height of the rectangular part of the light-reflective section is equal to a height of the rectangle of the non-reflective section.
A method for wireless communication performed at a user equipment, UE, comprising: decoding information from a downlink channel indicating that a first system information is received via request; transmitting a first system information request based on the decoded information; receiving, a first set of system information including the first system information, wherein the first system information is received in response to the first system information request, wherein the first system information includes system information that allows the UE to perform an initial access of a network; determining, based at least in part on the first set of system information, that additional system information is available; transmitting a request for the additional system information; and receiving the additional system information. decoding information from a downlink channel indicating that a first system information is received via request; transmitting a first system information request based on the decoded information; receiving, a first set of system information including the first system information, wherein the first system information is received in response to the first system information request, wherein the first system information includes system information that allows the UE to perform an initial access of a network; determining, based at least in part on the first set of system information, that additional system information is available; transmitting a request for the additional system information; and receiving the additional system information.
A process for the preparation of a compound of formula I wherein X is -CH 2 -, -CH 2 -CH 2 -, -CH 2 -CH 2 -CH 2 - or -CH 2 -CH 2 -CH 2 -CH 2 -; Y 1 is -CH 2 -; or -NH-; Y 2 is NHR 7; wherein R 7 is hydrogen or C 1 -C 4 alkyl; R 1 and R 2, independently from each other, represent aliphatic or aromatic groups; R 3 and R 4, independently from each other, represent aliphatic or aromatic groups; R 5 and R 6 are each hydrogen or, together, represent with the carbon atoms to which they are bonded, a phenyl ring; which process comprises reacting a compound of formula II [RuCl 2 (R 8)n]m, wherein n is 1 and m is > 1 which represents a polymeric structure if R 8 is a molecule containing two alkene or alkyne moieties coordinating in an hapto-2 coordination mode to the metal; or n is 4 and m is 1 if R 8 is a nitrogen, oxygen or sulfur containing molecule in which said nitrogen, oxygen or sulfur coordinate to the metal; in the presence of an inert solvent which boiling point is from 112°C to 165°C with a compound of formula III wherein the compound of formula III is selected from the group consisting of and a phosphane of formula IV R 3 R 4 P-X-PR 1 R 2, wherein R 1, R 2, R 3, R 4 and X are as defined under formula I. X is -CH 2 -, -CH 2 -CH 2 -, -CH 2 -CH 2 -CH 2 - or -CH 2 -CH 2 -CH 2 -CH 2 -; Y 1 is -CH 2 -; or -NH-; Y 2 is NHR 7; wherein R 7 is hydrogen or C 1 -C 4 alkyl; R 1 and R 2, independently from each other, represent aliphatic or aromatic groups; R 3 and R 4, independently from each other, represent aliphatic or aromatic groups; R 5 and R 6 are each hydrogen or, together, represent with the carbon atoms to which they are bonded, a phenyl ring; which process comprises reacting a compound of formula II [RuCl 2 (R 8)n]m, wherein n is 1 and m is > 1 which represents a polymeric structure if R 8 is a molecule containing two alkene or alkyne moieties coordinating in an hapto-2 coordination mode to the metal; or n is 4 and m is 1 if R 8 is a nitrogen, oxygen or sulfur containing molecule in which said nitrogen, oxygen or sulfur coordinate to the metal; in the presence of an inert solvent which boiling point is from 112°C to 165°C with a compound of formula III wherein the compound of formula III is selected from the group consisting of and a phosphane of formula IV R 3 R 4 P-X-PR 1 R 2, wherein R 1, R 2, R 3, R 4 and X are as defined under formula I.
An apparatus for visualizing a movable radiation source, the apparatus comprising: a radiation angular position sensor arranged for generating an angular position, with respect to a sensor axis, of a radiation source emitting radiation in front of said radiation angular position sensor; a camera adapted to capture light and having a camera axis distinct from the sensor axis; wherein said light and said radiation are distinct; a light diverter arranged in front of said radiation angular position sensor for diverting toward the camera said light, originally emitted in front of said radiation angular position sensor and toward the radiation angular position sensor, the light diverter being arranged to not change the direction of said radiation emitted in front of said radiation angular position sensor; and a composite image generator; characterised in that said generator is arranged for adding to a camera image captured by the camera a radiation source marker at a position derived from said angular position and automatically scaled to the camera image size and resolution. a radiation angular position sensor arranged for generating an angular position, with respect to a sensor axis, of a radiation source emitting radiation in front of said radiation angular position sensor; a camera adapted to capture light and having a camera axis distinct from the sensor axis; wherein said light and said radiation are distinct; a light diverter arranged in front of said radiation angular position sensor for diverting toward the camera said light, originally emitted in front of said radiation angular position sensor and toward the radiation angular position sensor, the light diverter being arranged to not change the direction of said radiation emitted in front of said radiation angular position sensor; and a composite image generator; characterised in that said generator is arranged for adding to a camera image captured by the camera a radiation source marker at a position derived from said angular position and automatically scaled to the camera image size and resolution.
An estimation system for fluid dynamics, comprising: an input port for receiving i) at least one fluid pressure measurement collected in-situ from a vessel tree, each pressure measurement being associated with a location within the vessel tree, and ii) medical image data of the vessel tree; a model builder for generating a 3D geometrical model derived from the medical image data; a registration unit for spatially registering the at least one fluid pressure measurement to the generated 3D geometrical model based on its associated location, and a liquid dynamics analyzer configured to compute, based on the 3D geometrical model of the vessel tree, at least one flow and/or resistance value with respect to said vessel tree, using the spatially registered pressure measurements as boundary conditions. an input port for receiving i) at least one fluid pressure measurement collected in-situ from a vessel tree, each pressure measurement being associated with a location within the vessel tree, and ii) medical image data of the vessel tree; i) at least one fluid pressure measurement collected in-situ from a vessel tree, each pressure measurement being associated with a location within the vessel tree, and ii) medical image data of the vessel tree; a model builder for generating a 3D geometrical model derived from the medical image data; a registration unit for spatially registering the at least one fluid pressure measurement to the generated 3D geometrical model based on its associated location, and a liquid dynamics analyzer configured to compute, based on the 3D geometrical model of the vessel tree, at least one flow and/or resistance value with respect to said vessel tree, using the spatially registered pressure measurements as boundary conditions.
A headlight having an optical arrangement, the optical arrangement comprising - at least one laser light source, - a diffractive optical element configured to diffract light emitted from the laser light source into a plurality of diffraction orders, wherein a predominant part of the light is diffracted into the first diffraction order, and - at least one diaphragm which transmits the light of the first diffraction order and absorbs light in diffraction orders (6a, 6c, 6d) outside the first diffraction order, wherein a phase function of the diffractive optical element is calculated such that at least 80% of the light power emitted by the at least one laser light source is diffracted into the first diffraction order. - at least one laser light source, - a diffractive optical element configured to diffract light emitted from the laser light source into a plurality of diffraction orders, wherein a predominant part of the light is diffracted into the first diffraction order, and - at least one diaphragm which transmits the light of the first diffraction order and absorbs light in diffraction orders (6a, 6c, 6d) outside the first diffraction order,
A method for manufacturing two shaft supporting units (15A, 15B), which support a shaft of a pivoting body providing a capacity of pivot movement, each of the shaft supporting units (15A; 15B) comprising: a lower block (28A, 58A; 28B, 58B) having a lower recess with a semicircular column shape, and configured to support the shaft from beneath; and a lower bush having semi-cylindrical shape, located in the lower recess, and configured to assist sliding the shaft thereon, wherein each of the shaft supporting units (15A; 15B) is configured not to abut on an upper side of the shaft when the pivoting body pivots, the method comprising: making an upper face of the lower block (28A, 58A) of the first of the two shaft supporting units to contact with an upper face of the lower block (28B, 58B) of the second of the shaft supporting units, and fixing the lower blocks (28A, 58A; 28B, 58B) to form a workpiece block; forming a penetrating hole with a circular column shape to the workpiece block, so as to form the lower recess to each of the lower blocks (28A, 58A; 28B, 58B), so as to manufacture the lower blocks (28A, 58A; 28B, 58B) of the first and second shaft supporting units. a lower block (28A, 58A; 28B, 58B) having a lower recess with a semicircular column shape, and configured to support the shaft from beneath; and a lower bush having semi-cylindrical shape, located in the lower recess, and configured to assist sliding the shaft thereon, wherein each of the shaft supporting units (15A; 15B) is configured not to abut on an upper side of the shaft when the pivoting body pivots, making an upper face of the lower block (28A, 58A) of the first of the two shaft supporting units to contact with an upper face of the lower block (28B, 58B) of the second of the shaft supporting units, and fixing the lower blocks (28A, 58A; 28B, 58B) to form a workpiece block; forming a penetrating hole with a circular column shape to the workpiece block, so as to form the lower recess to each of the lower blocks (28A, 58A; 28B, 58B), so as to manufacture the lower blocks (28A, 58A; 28B, 58B) of the first and second shaft supporting units.
A component for a gas turbine engine, the component comprising: an airfoil (500; 800) having a leading edge, a trailing edge, a suction side, and a pressure side, wherein an airfoil cavity is formed within the airfoil, wherein the airfoil extends from an inner diameter to an outer diameter; and a baffle (126; 502; 602; 802, 804) installed within the airfoil cavity, the baffle comprising: a baffle body extending between a first end and a second end wherein the first end is located proximate the inner diameter and the second end is located proximate the outer diameter; a chamfered surface (534; 634; 834) formed at at least one corner of the baffle body, wherein the chamfered surface extends from the first end to the second end; a plurality of baffle holes formed in the chamfered surface; and a blocking extension (542; 642; 842) extending from the baffle body and located proximate the chamfered surface, characterized in that the blocking extension extends from the baffle body toward a sidewall of the airfoil but does not contact the sidewall and defines a blocking extension gap between the blocking extension and the sidewall. an airfoil (500; 800) having a leading edge, a trailing edge, a suction side, and a pressure side, wherein an airfoil cavity is formed within the airfoil, wherein the airfoil extends from an inner diameter to an outer diameter; and a baffle (126; 502; 602; 802, 804) installed within the airfoil cavity, the baffle comprising: a baffle body extending between a first end and a second end wherein the first end is located proximate the inner diameter and the second end is located proximate the outer diameter; a chamfered surface (534; 634; 834) formed at at least one corner of the baffle body, wherein the chamfered surface extends from the first end to the second end; a plurality of baffle holes formed in the chamfered surface; and a blocking extension (542; 642; 842) extending from the baffle body and located proximate the chamfered surface, characterized in that the blocking extension extends from the baffle body toward a sidewall of the airfoil but does not contact the sidewall and defines a blocking extension gap between the blocking extension and the sidewall. a baffle body extending between a first end and a second end wherein the first end is located proximate the inner diameter and the second end is located proximate the outer diameter; a chamfered surface (534; 634; 834) formed at at least one corner of the baffle body, wherein the chamfered surface extends from the first end to the second end; a plurality of baffle holes formed in the chamfered surface; and a blocking extension (542; 642; 842) extending from the baffle body and located proximate the chamfered surface, characterized in that the blocking extension extends from the baffle body toward a sidewall of the airfoil but does not contact the sidewall and defines a blocking extension gap between the blocking extension and the sidewall.
Method for securing a charging station, in particular a charging station for electric vehicles, comprising: - detecting measurement data which represent charging operations, - storing the measurement data detected in a measurement data store which is arranged in the charging station, - monitoring the integrity of the charging station, and - in the event of a detected breach of the integrity of the charging station, placing a control marker which brings about at least indirectly a deletion of the measurement data in the measurement data store, - wherein the control marker is stored in a non-volatile store in the charging station or in a central computer, wherein - when an energy supply of the charging station is resumed, directly in the booting operation of the charging station the control marker is requested or provided by a central computer or is read in the charging station, whereby the deletion of the measurement data in the measurement data store is brought about, characterised in that an energy store which stores at least the quantity of energy is provided in order to supply the sensor (22, 24, 26, 28, 29) in order to detect the breach of integrity of the charging station even in the event of an interrupted energy supply and/or in order to supply the monitoring device in order to output the control marker even in the event of an interrupted energy supply. - detecting measurement data which represent charging operations, - storing the measurement data detected in a measurement data store which is arranged in the charging station, - monitoring the integrity of the charging station, and - in the event of a detected breach of the integrity of the charging station, placing a control marker which brings about at least indirectly a deletion of the measurement data in the measurement data store, - wherein the control marker is stored in a non-volatile store in the charging station or in a central computer, wherein - when an energy supply of the charging station is resumed, directly in the booting operation of the charging station the control marker is requested or provided by a central computer or is read in the charging station, whereby the deletion of the measurement data in the measurement data store is brought about,
A method for performing association by a station, STA, in a wireless LAN, WLAN, system, the method comprising: transmitting an association request frame from the station to an access point, AP,; and receiving an association response frame from the access point in response to the association request frame, characterized in that if the association request is accepted by the access point, the association response frame includes information regarding an association comeback time, and the association comeback time is a time duration for receiving a Security Association, SA, query request frame from the AP. transmitting an association request frame from the station to an access point, AP,; and receiving an association response frame from the access point in response to the association request frame, characterized in that if the association request is accepted by the access point, the association response frame includes information regarding an association comeback time, and the association comeback time is a time duration for receiving a Security Association, SA, query request frame from the AP.
A device for treating hemorrhoidal diseases comprising at least a tubular element adapted to be inserted into a body canal and comprising at least an ultrasound probe aligned with at least a surgical arrangement, wherein the ultrasound probe is fixed at the tubular element; wherein the surgical arrangement comprises at least a primary RF emitter (12.1) and at least a secondary RF emitter (12.2); and wherein the surgical arrangement is configured to perform a displacement perpendicular to the tubular element such as to be displaceable both to outwardly and inwardly of the tubular element; characterized in that the primary RF emitter (12.1) comprises a length that is longer than that of the secondary RF emitter (12.2), wherein the primary RF emitter (12.1) is configured to be positioned to reach an artery to be treated, and the secondary RF emitter (12.2) is configured to be positioned to reach a surrounding connective tissue of an hemorrhoidal region (1.1). wherein the surgical arrangement comprises at least a primary RF emitter (12.1) and at least a secondary RF emitter (12.2); and wherein the surgical arrangement is configured to perform a displacement perpendicular to the tubular element such as to be displaceable both to outwardly and inwardly of the tubular element; characterized in that the primary RF emitter (12.1) comprises a length that is longer than that of the secondary RF emitter (12.2), wherein the primary RF emitter (12.1) is configured to be positioned to reach an artery to be treated, and the secondary RF emitter (12.2) is configured to be positioned to reach a surrounding connective tissue of an hemorrhoidal region (1.1).
A torque limiter including a shaft-shaped first rotating member, a second rotating member fitted on the outer periphery of the first rotating member, and a tolerance ring interposed between the first rotating member and the second rotating member, where relative rotation of the first rotating member and the second rotating member is restricted or allowed based on frictional resistance of the tolerance ring, wherein the tolerance ring includes a ring main body extending in the circumferential direction of each rotating member and on the ring main body, spring-like portions elastically deformable in the radial direction are formed, and according to the elastic forces of the spring-like portions, frictional resistance is caused between the ring main body and the first rotating member or second rotating member, the spring-like portions consist of a plurality of main protrusions disposed in a compressed state between the first rotating member and the second rotating member and a plurality of sub-protrusions the protruding amount (Hs) of which is smaller than that (Hm) of the main protrusions, characterised in that the main protrusions and the sub-protrusions protrude radially outward from the ring main body, the sub-protrusions are disposed in an uncompressed state between the first rotating member and the second rotating member, and the main protrusions and the sub-protrusions are disposed at even angular intervals in an alternate manner in the circumferential direction of the ring main body.
Method of operating an electronically regulated return system for borrowed objects, more particularly for manually movable transport carts, characterised in that the borrowed object is permanently connected to a communication modules, which receives a wirelessly transmitted first signal A of a transmission means of a collection point, wherein the communications module comprises a means for evaluating the position and location of the borrowed object, which utilises the first signal A to determine the position and location of the borrowed object relative to the transmission means, wherein when the position and location of the borrowed object in relation to the collection point are known, it is determined whether the borrowed object is placed in the collection point, wherein the communications module wirelessly sends out a third signal C by way of which the communications module of a second borrowed object determines the position and/or location of the second borrowed object relative to the first object and wherein an identifier is added to the third signal C which is used as a counter, wherein the counter defines the line-up in the collection point and/or the place in the line-up, and through measuring the signal strength, the distance to the communications module sending out the identifier is determined.