mhurhangee/ep-ind-claims huggingface dataset:
A collimator comprising: a collimator body comprising a first part, a second part, and a collimating slit formed between the first part and the second part, the collimating slit having a first end and a second end in a longitudinal direction thereof; and a shielding member, wherein the shielding member comprises a first shielding part (53B1, 53C1) which is disposed at a side of the first part of the collimator body and is movable in the direction perpendicular to the longitudinal direction of the collimating slit in a plane passing through the collimating slit and perpendicular to a beam profile relative to the collimator body; and/or a second shielding part (53B2, 53C2) which is disposed at a side of the second part of the collimator body and is movable in the direction perpendicular to the longitudinal direction of the collimating slit in a plane passing through the collimating slit and perpendicular to the beam profile relative to the collimator body, and the first movable shielding part and/or the second movable shielding part each has a cross section of multi-stepped shape or triangular shape, wherein a side of the multi-stepped shape that has steps or a side of the triangular shape inclined relative to the slit interacts with the beam profile. a collimator body comprising a first part, a second part, and a collimating slit formed between the first part and the second part, the collimating slit having a first end and a second end in a longitudinal direction thereof; and a shielding member, wherein the shielding member comprises a first shielding part (53B1, 53C1) which is disposed at a side of the first part of the collimator body and is movable in the direction perpendicular to the longitudinal direction of the collimating slit in a plane passing through the collimating slit and perpendicular to a beam profile relative to the collimator body; and/or a second shielding part (53B2, 53C2) which is disposed at a side of the second part of the collimator body and is movable in the direction perpendicular to the longitudinal direction of the collimating slit in a plane passing through the collimating slit and perpendicular to the beam profile relative to the collimator body, and the first movable shielding part and/or the second movable shielding part each has a cross section of multi-stepped shape or triangular shape, wherein a side of the multi-stepped shape that has steps or a side of the triangular shape inclined relative to the slit interacts with the beam profile.
A device configured to render higher order ambisonic coefficients, the device comprising: one or more processors configured to: obtain, from a bitstream that includes an encoded version of the higher order ambisonic coefficients, sparseness information indicative of a sparseness of a matrix used to render the higher order ambisonic coefficients to a plurality of speaker feeds; obtain, from the bitstream, value symmetry information that indicates value symmetry of the matrix; obtain, from the bitstream, a reduced number of bits used to represent the matrix; and based on the sparseness information, the value symmetry information, and the reduced number of bits, reconstruct the matrix; and a memory coupled to the one or more processors, and configured to store the sparseness information. one or more processors configured to: obtain, from a bitstream that includes an encoded version of the higher order ambisonic coefficients, sparseness information indicative of a sparseness of a matrix used to render the higher order ambisonic coefficients to a plurality of speaker feeds; obtain, from the bitstream, value symmetry information that indicates value symmetry of the matrix; obtain, from the bitstream, a reduced number of bits used to represent the matrix; and based on the sparseness information, the value symmetry information, and the reduced number of bits, reconstruct the matrix; and obtain, from a bitstream that includes an encoded version of the higher order ambisonic coefficients, sparseness information indicative of a sparseness of a matrix used to render the higher order ambisonic coefficients to a plurality of speaker feeds; obtain, from the bitstream, value symmetry information that indicates value symmetry of the matrix; obtain, from the bitstream, a reduced number of bits used to represent the matrix; and based on the sparseness information, the value symmetry information, and the reduced number of bits, reconstruct the matrix; and a memory coupled to the one or more processors, and configured to store the sparseness information.
A method for allowing a web property access to a native application, comprising: providing a native application on a wireless device, the native application including a context awareness application; the wireless device sending a request for content to a web server; the wireless device receiving content from the web server, the content including executable code; running the executable code on the wireless device to access contextual information, by opening a port on the wireless device against the native application and accessing contextual information stored on the wireless device by using the context awareness application that is adapted to continuously gather, maintain and access contextual information related to the wireless device and/or the user of the device; the wireless device sending the contextual information to the web server; and receiving contextual content in the wireless device from the web server in response to the contextual information. providing a native application on a wireless device, the native application including a context awareness application; the wireless device sending a request for content to a web server; the wireless device receiving content from the web server, the content including executable code; running the executable code on the wireless device to access contextual information, by opening a port on the wireless device against the native application and accessing contextual information stored on the wireless device by using the context awareness application that is adapted to continuously gather, maintain and access contextual information related to the wireless device and/or the user of the device; the wireless device sending the contextual information to the web server; and receiving contextual content in the wireless device from the web server in response to the contextual information.
A control channel transmission method by a base station in a wireless communication system, the method comprising: transmitting configuration information of a control channel, which includes configuration of the control channel region in a resource block, to a terminal; determining an aggregation level for transmitting the control channel; mapping a demodulation reference signal, DMRS, to first resource elements corresponding to a first DMRS port in the resource block based on the aggregation level, characterised in that if the determined aggregation level is one of levels 2, 4, and 8, configuring second resource elements corresponding to a second DMRS port to transmit the DMRS, to which the same precoding is applied as the first DMRS port; and transmitting the same DMRS, on the first resource elements and the second resource elements, and control channel to the terminal. transmitting configuration information of a control channel, which includes configuration of the control channel region in a resource block, to a terminal; determining an aggregation level for transmitting the control channel; mapping a demodulation reference signal, DMRS, to first resource elements corresponding to a first DMRS port in the resource block based on the aggregation level, characterised in that if the determined aggregation level is one of levels 2, 4, and 8, configuring second resource elements corresponding to a second DMRS port to transmit the DMRS, to which the same precoding is applied as the first DMRS port; and transmitting the same DMRS, on the first resource elements and the second resource elements, and control channel to the terminal.
Casting device for a piston for an internal combustion engine having at least one sleeve which can be moved at least largely linearly to form at least one piston pin bore and at least one slider which can be moved at least largely linearly and at an angle to the sleeve to form at least one recess below a ring zone of the piston, characterised in that the sleeve and the slider are coupled at least indirectly such that the sleeve at least partly drives the slider during the movement.
A communication method of a terminal in a content-centric network, the method comprising: requesting content from a hub; receiving one or more data messages associated with the requested content from a first face of the hub; sensing that the terminal is about to perform a handover; performing the handover; transmitting a request to the hub to indicate that the handover has been successfully performed and to request remaining data messages associated with the content; and receiving the remaining data messages associated with the content from a second face of the hub, CHARACTERISED BY after sensing that the terminal is about to perform a handover and before performing the handover, transmitting a request to the hub to request the hub to suspend transmission of the data messages associated with the content using the first face of the hub. requesting content from a hub; receiving one or more data messages associated with the requested content from a first face of the hub; sensing that the terminal is about to perform a handover; performing the handover; transmitting a request to the hub to indicate that the handover has been successfully performed and to request remaining data messages associated with the content; and receiving the remaining data messages associated with the content from a second face of the hub, CHARACTERISED BY after sensing that the terminal is about to perform a handover and before performing the handover, transmitting a request to the hub to request the hub to suspend transmission of the data messages associated with the content using the first face of the hub.
Transportable sanitary unit, comprising a frame and a number of sanitary facilities supported by the frame, wherein the frame comprises an upper section and a lower section, wherein the upper section comprises an upper cover and upper column sections extending downward from the upper cover and the lower section comprises a bottom and lower column sections extending upward from the bottom, - wherein the upper section and the lower section can be moved relative to each other between an upwardly extended operational position having an operational height and a downwardly retracted transport position having a transport height that is lower than the operational height, - wherein the upper column sections and the lower column sections can be slid into or along each other over a slide path between the operational position and the transport position, and in the operational position can be secured one to the other in that position using blocking means, characterized in that, - the upper cover and the bottom comprise construction members, such as girders and carriers, providing the upper cover and the bottom with a construction height, each defining a vertical space, - wherein in the transport position the lower column sections extend to within the vertical space of the upper cover and/or the upper column sections extend to within the vertical space of the bottom. - wherein the upper section and the lower section can be moved relative to each other between an upwardly extended operational position having an operational height and a downwardly retracted transport position having a transport height that is lower than the operational height, - wherein the upper column sections and the lower column sections can be slid into or along each other over a slide path between the operational position and the transport position, and in the operational position can be secured one to the other in that position using blocking means, characterized in that, - the upper cover and the bottom comprise construction members, such as girders and carriers, providing the upper cover and the bottom with a construction height, each defining a vertical space, - wherein in the transport position the lower column sections extend to within the vertical space of the upper cover and/or the upper column sections extend to within the vertical space of the bottom.
A method executed by a wireless communication apparatus that facilitates sending reference signals for channel estimation in a wireless communication environment, comprising: identifying a number of symbols from a subframe utilized for downlink transmission; selecting a user equipment specific reference signal, UE-RS, pattern based upon the number of symbols from the subframe utilized for the downlink transmission, wherein at least one time domain component of the UE-RS pattern varies based upon the number of symbols from the subframe utilized for the downlink transmission, wherein the at least one time domain component of the UE-RS pattern is varied based upon the number of symbols from the subframe utilized for the downlink transmission by time-shifting the at least one time domain component of the UE-RS pattern, wherein a set of time domain components of the UE-RS pattern are time-shifted by a common number of symbols; and mapping UE-RSs to resource elements of the subframe as a function of the UE-RS pattern. identifying a number of symbols from a subframe utilized for downlink transmission; selecting a user equipment specific reference signal, UE-RS, pattern based upon the number of symbols from the subframe utilized for the downlink transmission, wherein at least one time domain component of the UE-RS pattern varies based upon the number of symbols from the subframe utilized for the downlink transmission, wherein the at least one time domain component of the UE-RS pattern is varied based upon the number of symbols from the subframe utilized for the downlink transmission by time-shifting the at least one time domain component of the UE-RS pattern, wherein a set of time domain components of the UE-RS pattern are time-shifted by a common number of symbols; and mapping UE-RSs to resource elements of the subframe as a function of the UE-RS pattern.
A vehicle seat comprising a seat cushion having a seat pad and a pair of side frames supporting the seat pad from the left and right sides; a band extending between the side frames and secured, at one end, to one of the side frames; a direction changing member provided at the other side frame and configured to change the direction in which the other end of the band extends; and a pre-tensioner connected to the other end of the band, wherein the other end of the band is wound around the direction changing member, is changed in extension direction, thereby extending from the direction changing member to the pre-tensioner, and the pre-tensioner pulls the band at an emergency, characterized in that the pre-tensioner is connected to the seat belt and to the other end of the band, and the pre-tensioner pulls the band together with the seat belt at an emergency, the band extends between the side frames, at a lower surface of the seat pad, and the pre-tensioner pulls the seat belt at an emergency, pulling and stretching the band between the side frames, thereby holding an occupant on the vehicle seat, pushing up the seat pad in front of the occupant's buttocks and forming a barrier preventing the occupant from moving forward.
Method for determination of stand attributes of trees by means of a laser scanner and images, in which a point cloud with three-dimensional information about the target points and describing the stand is produced by means of a laser scanner, characterized in that a) overlapping images of the stand are produced by aerial or terrestrial photography, b) a denser point cloud with additional target points with three-dimensional information is produced by densifying the point cloud produced by the laser scanner with information from the overlapping images produced by the aerial or terrestrial photography, c) the stand attributes are determined by means of the densified point cloud. a) overlapping images of the stand are produced by aerial or terrestrial photography, b) a denser point cloud with additional target points with three-dimensional information is produced by densifying the point cloud produced by the laser scanner with information from the overlapping images produced by the aerial or terrestrial photography, c) the stand attributes are determined by means of the densified point cloud.
A packaged power device, comprising: a substrate including a first conductive layer, a second dielectric layer which is of a ceramic material, and a third conductive layer, the first conductive layer being bonded to the second dielectric layer, and the second dielectric layer being bonded to the third conductive layer, the first and third conductive layers (66,70) being electrically isolated from each other, the substrate having a lower surface; a semiconductor die being bonded to the first conductive layer of the substrate; a plastic package enclosing the die and having a lower surface; and a curved backside including the lower surfaces of the plastic package and substrate, characterised in that the first and third conductive layers (66,70) are of different thicknesses to one another, and that the first and third conductive layers (66,70) are both of copper and the substrate is a direct copper bonded substrate or the first and third conductive layers (66,70) are both of aluminium and the substrate is a direct aluminium bonded substrate. a substrate including a first conductive layer, a second dielectric layer which is of a ceramic material, and a third conductive layer, the first conductive layer being bonded to the second dielectric layer, and the second dielectric layer being bonded to the third conductive layer, the first and third conductive layers (66,70) being electrically isolated from each other, the substrate having a lower surface; a semiconductor die being bonded to the first conductive layer of the substrate; a plastic package enclosing the die and having a lower surface; and a curved backside including the lower surfaces of the plastic package and substrate, characterised in that the first and third conductive layers (66,70) are of different thicknesses to one another, and that the first and third conductive layers (66,70) are both of copper and the substrate is a direct copper bonded substrate or the first and third conductive layers (66,70) are both of aluminium and the substrate is a direct aluminium bonded substrate.
Method for determining the presence of an analyte by means of a distribution of small magnetic particles to which the analyte couples, wherein - the magnetisations of the small particles are aligned with one another by means of an outer magnetic focusing field, - after the focusing field has been switched off, the magnetisations of the small particles are set in rotation asynchronously to the magnetic field by means of an outer magnetic field rotating around a longitudinal axis (z) of suitable field strength and rotation frequency, characterised in that, - the temporal progression of the superpositioned transverse magnetisation of the particle set which is projected onto a plane perpendicular to the axis of rotation is detected by means of a number of induction coils which are aligned perpendicular to the longitudinal axis with their axis of symmetry, and - the presence of the analyte is deduced from the detected temporal progression by means of an analysis of the frequency components of the transverse magnetisation. - the magnetisations of the small particles are aligned with one another by means of an outer magnetic focusing field, - after the focusing field has been switched off, the magnetisations of the small particles are set in rotation asynchronously to the magnetic field by means of an outer magnetic field rotating around a longitudinal axis (z) of suitable field strength and rotation frequency, - the temporal progression of the superpositioned transverse magnetisation of the particle set which is projected onto a plane perpendicular to the axis of rotation is detected by means of a number of induction coils which are aligned perpendicular to the longitudinal axis with their axis of symmetry, and - the presence of the analyte is deduced from the detected temporal progression by means of an analysis of the frequency components of the transverse magnetisation.
A carbon brush that is produced by molding and heat treating an article constituted of carbonaceous filler and a binder and that is intended to slide in contact with a carbon commutator that is used in a fuel pump, wherein the carbonaceous filler contains graphite powder and cokes, the binder is one selected from coal tar pitch and pitch, the bulk density of the carbon brush is 1.85 g/cm 3 or less and the shore hardness is 40 or less, and the swelling rate in a thickness direction that is a layer direction of the carbon brush is 0.1% or less when the carbon brush is immersed in gasoline at 30°C for 2000h.
An electrical apparatus comprising: an external housing including an electrically conductive portion; at least first and second power supply terminals (81,83) for connection to an external source of power; a first printed circuit board (300,41,302) in the external housing which carries a circuit; an electrically conductive screening layer attached to or integrated within the first printed circuit board, wherein the conductive screening layer is insulated from the external housing and from the circuit; a second printed circuit board, separate to the first printed circuit board; a PCB housing around the second printed circuit board and within the external housing, wherein: - the second printed circuit board is mechanically connected to the external housing and electrically coupled to the electrically conductive portion of the external housing; - the second printed circuit board comprises an arc gap between a first contact which connects electrically to the electrically conductive portion of the external housing and a second contact which connects electrically to one of the first and second power supply terminals. an external housing including an electrically conductive portion; at least first and second power supply terminals (81,83) for connection to an external source of power; a first printed circuit board (300,41,302) in the external housing which carries a circuit; an electrically conductive screening layer attached to or integrated within the first printed circuit board, wherein the conductive screening layer is insulated from the external housing and from the circuit; a second printed circuit board, separate to the first printed circuit board; a PCB housing around the second printed circuit board and within the external housing, wherein: - the second printed circuit board is mechanically connected to the external housing and electrically coupled to the electrically conductive portion of the external housing; - the second printed circuit board comprises an arc gap between a first contact which connects electrically to the electrically conductive portion of the external housing and a second contact which connects electrically to one of the first and second power supply terminals. - the second printed circuit board is mechanically connected to the external housing and electrically coupled to the electrically conductive portion of the external housing; - the second printed circuit board comprises an arc gap between a first contact which connects electrically to the electrically conductive portion of the external housing and a second contact which connects electrically to one of the first and second power supply terminals.