mhurhangee/ep-ind-claims huggingface dataset:
An active buffeting noise control arrangement for a vehicle comprising: one or more window panels (14, 16, 18) of a vehicle cabin; one or more sensors in the vehicle cabin for detecting a buffeting event and transmitting sensor data; said active buffeting noise control arrangement being characterized by: one or more actuators (22,22') positioned at or near the one or more window panels (14,16,18), the one or more actuators (22,22') being operable to selectively vibrate the one or more window panels (14,16,18) and a control module connected to the one or more sensors and the one or more actuators (22, 22') wherein the control module receives the sensor data, determines if a buffeting event is occurring and commands the one or more actuators (22, 22') to vibrate the one or more window panels (14, 16, 18) and generate cancelling sound waves operable to counteract the buffeting event. one or more window panels (14, 16, 18) of a vehicle cabin; one or more sensors in the vehicle cabin for detecting a buffeting event and transmitting sensor data; said active buffeting noise control arrangement being characterized by: one or more actuators (22,22') positioned at or near the one or more window panels (14,16,18), the one or more actuators (22,22') being operable to selectively vibrate the one or more window panels (14,16,18) and a control module connected to the one or more sensors and the one or more actuators (22, 22') wherein the control module receives the sensor data, determines if a buffeting event is occurring and commands the one or more actuators (22, 22') to vibrate the one or more window panels (14, 16, 18) and generate cancelling sound waves operable to counteract the buffeting event. one or more actuators (22,22') positioned at or near the one or more window panels (14,16,18), the one or more actuators (22,22') being operable to selectively vibrate the one or more window panels (14,16,18) and a control module connected to the one or more sensors and the one or more actuators (22, 22') wherein the control module receives the sensor data, determines if a buffeting event is occurring and commands the one or more actuators (22, 22') to vibrate the one or more window panels (14, 16, 18) and generate cancelling sound waves operable to counteract the buffeting event.
An implant for in-vivo implantation, comprising: an assembly of at least two constructive elements which are movable relative to each other, each constructive element being at least partially porous and comprising a porous part with a matrix of open cells; a first matrix of a first of said constructive elements comprising a first overlapping part with a form-closed connection to at least a second overlapping part of a second matrix of a second of said constructive elements through which the first overlapping part extends, the overlapping parts being movable relative to each other to change a combined shape of the overlapping parts. an assembly of at least two constructive elements which are movable relative to each other, each constructive element being at least partially porous and comprising a porous part with a matrix of open cells; a first matrix of a first of said constructive elements comprising a first overlapping part with a form-closed connection to at least a second overlapping part of a second matrix of a second of said constructive elements through which the first overlapping part extends, the overlapping parts being movable relative to each other to change a combined shape of the overlapping parts.
Device for mixing solid particles of dry ice and a flow of a gaseous medium, which comprises a feeding element rotatively placed within a fixed housing having openings (12, 13) for the flow of the gaseous medium and/or the flow of the gaseous medium with solid particles, a sealing element between the fixed housing and the rotatively placed feeding element characterized in that the sealing element is an immovable elastic membrane, whereas the fixed housing is at the side of the elastic membrane provided by at least one sealed pressure chamber connected with the opening for the flow of the gaseous medium and/or the opening for the flow of the gaseous medium with solid particles.
A method of wireless communication performed by a base station, BS, comprising: determining a first type of paging cycle configuration; determining a second type of paging cycle configuration that is different from the first type of paging cycle configuration, wherein the second type of paging cycle configuration enables a plurality of different paging cycles and wherein the first type of paging cycle configuration is associated with a single paging cycle; determining whether to use the first paging cycle configuration or the second type of paging cycle configuration; transmitting (720, 830), to a user equipment, a paging cycle configuration message identifying the determined paging cycle configuration and including an identification of the paging cycle configuration and wherein the paging cycle configuration message is conveyed using a system information block, SIB message. determining a first type of paging cycle configuration; determining a second type of paging cycle configuration that is different from the first type of paging cycle configuration, wherein the second type of paging cycle configuration enables a plurality of different paging cycles and wherein the first type of paging cycle configuration is associated with a single paging cycle; determining whether to use the first paging cycle configuration or the second type of paging cycle configuration; transmitting (720, 830), to a user equipment, a paging cycle configuration message identifying the determined paging cycle configuration and including an identification of the paging cycle configuration and wherein the paging cycle configuration message is conveyed using a system information block, SIB message.
A vehicle seat or vehicle seat within a multi-part bench seat with an easy-entry adjustment mechanism or an undivided bench seat with the easy-entry adjustment mechanism, wherein the backrest part of the vehicle seat or the bench seat (100, 100') has for carrying out a first step a backrest unlocking device with which the backrest part of the vehicle seat or of the bench seat (100, 100') can be unlocked and brought with respect to the seat part of the vehicle seat or the bench seat (100, 100') into a pre-settable folding position that comes closer to the seat part, characterised in that the backrest unlocking device acts for carrying out a second step, where a first adjusting movement of the vehicle seat or the bench seat (100, 100') is carried out, in folding position of the vehicle seat or the bench seat (100, 100') in an unlocking manner on a slide unlocking device of a slide supporting the vehicle seat or the bench seat (100, 100') so that the vehicle seat or the bench seat (100, 100') is moved horizontally by the slide about a first adjustment path (Δx1), and the seat part is moved downward within the first adjustment movement by at least one pivot arm arranged in the front region of the seat part about a pre-settable vertical adjustment path (Δz112), respectively, wherein the slide subsequently acts in an unlocking manner on a seat rail unlocking device of a seat rail supporting the slide so that the vehicle seat or the bench seat (100, 100') is further moveable on the seat rail in a third step after the first adjustment movement in a second adjustment movement in the same direction by a further horizontal second adjustment path (Δx2).
An antibody or antigen binding fragment thereof that specifically binds to PD-1, wherein the antibody or antigen binding fragment thereof comprises: a) a variable region of a heavy chain having the amino acid sequence of SEQ ID NO: 1 and a variable region of a light chain having the amino acid sequence of SEQ ID NO: 3; b) a variable region of a heavy chain having the amino acid sequence of SEQ ID NO: 2 and a variable region of a light chain having the amino acid sequence of SEQ ID NO: 3; c) variable region of a heavy chain having the amino acid sequence of SEQ ID NO: 2 and a variable region of a light chain having the amino acid sequence of SEQ ID NO: 4; or d) a variable region of a heavy chain having the amino acid sequence of SEQ ID NO: 2 and a variable region of a light chain having the amino acid sequence of SEQ ID NO: 5. a) a variable region of a heavy chain having the amino acid sequence of SEQ ID NO: 1 and a variable region of a light chain having the amino acid sequence of SEQ ID NO: 3; b) a variable region of a heavy chain having the amino acid sequence of SEQ ID NO: 2 and a variable region of a light chain having the amino acid sequence of SEQ ID NO: 3; c) variable region of a heavy chain having the amino acid sequence of SEQ ID NO: 2 and a variable region of a light chain having the amino acid sequence of SEQ ID NO: 4; or d) a variable region of a heavy chain having the amino acid sequence of SEQ ID NO: 2 and a variable region of a light chain having the amino acid sequence of SEQ ID NO: 5.
A method of manufacturing porous toner particles comprising: providing as a first emulsion a water-in-oil-emulsion of a first aqueous phase comprising a pore stabilizing hydrocolloid dispersed in an organic solution containing a polymer; dispersing the first emulsion in a second aqueous phase which contains a stabilizing agent selected from stabilizer polymers, colloidal silica and latex particles, to form a second emulsion which is a water-in-oil-in-water-emulsion, wherein the osmotic pressures of each of the first aqueous phase and the second aqueous phase are higher than the osmotic pressure of the organic solution; shearing the second emulsion using an orifice plate or capillary device to form narrow size distribution droplets through a limited coalescence process; and evaporating the organic solution from the droplets to form porous toner particles. providing as a first emulsion a water-in-oil-emulsion of a first aqueous phase comprising a pore stabilizing hydrocolloid dispersed in an organic solution containing a polymer; dispersing the first emulsion in a second aqueous phase which contains a stabilizing agent selected from stabilizer polymers, colloidal silica and latex particles, to form a second emulsion which is a water-in-oil-in-water-emulsion, wherein the osmotic pressures of each of the first aqueous phase and the second aqueous phase are higher than the osmotic pressure of the organic solution; shearing the second emulsion using an orifice plate or capillary device to form narrow size distribution droplets through a limited coalescence process; and evaporating the organic solution from the droplets to form porous toner particles.
A sideframe pedestal to axle bearing interface assembly (150; 170; 350; 400; 510) for installation between a wheelset (48, 50) and a sideframe (26; 151; 254; 194) of a rail road freight car truck (20; 22; 250; 200; 800); said interface assembly including self-steering apparatus (116, r 1; 118, R 1; 153, 158; 162, 168; 173, 174; 352, 354; 408, 410; 532, 552; 143, 147; 560, 564; 574, 578; 592, 594; 596, 598; 754, 756; 794, 796; 602, 614; 601, 603, 605, 607, 611, 613, 615, 617; 792, 794) operable to urge the wheelsets in a lengthwise direction relative to the sideframes to a minimum potential energy position relative to the sideframes; said self-steering apparatus including rocker fittings (150; 170; 400; 510; 116, r 1: 118, R1; 153, 158; 510 165, 157; 173, 174; 352, 354; 408, 410; 532, 552; 143, 147; 560, 564; 574, 578; 592, 594; 596, 598; 754, 756; 794, 796; 602, 614; 601, 603, 605, 607, 611, 613, 615, 617; 792, 794), which are operable to rock lengthwise; and said self-steering apparatus having a force-deflection characteristic, which varies as a function of vertical load. said interface assembly including self-steering apparatus (116, r 1; 118, R 1; 153, 158; 162, 168; 173, 174; 352, 354; 408, 410; 532, 552; 143, 147; 560, 564; 574, 578; 592, 594; 596, 598; 754, 756; 794, 796; 602, 614; 601, 603, 605, 607, 611, 613, 615, 617; 792, 794) operable to urge the wheelsets in a lengthwise direction relative to the sideframes to a minimum potential energy position relative to the sideframes; said self-steering apparatus including rocker fittings (150; 170; 400; 510; 116, r 1: 118, R1; 153, 158; 510 165, 157; 173, 174; 352, 354; 408, 410; 532, 552; 143, 147; 560, 564; 574, 578; 592, 594; 596, 598; 754, 756; 794, 796; 602, 614; 601, 603, 605, 607, 611, 613, 615, 617; 792, 794), which are operable to rock lengthwise; and said self-steering apparatus having a force-deflection characteristic, which varies as a function of vertical load.
A computer implemented method for the formation of a selective rendering of body structures of an object to be examined from a primary image data set, which method comprises the steps of: combining a plurality of pixels so as to form at least one pixel group (BG1-BG16) which comprises each time pixels which are associated with the pixel group in conformity with predetermined filter criteria, characterized by forming at least one pixel list by firstly making a selection of at least one pixel group and by allowing a manual selection and/or deselection of at least one pixel group in the previously made selection, forming a filtered secondary image data set in which the pixels of the pixel groups of the at least one pixel list formed are marked, and forming the rendering from the secondary image data set, the marked pixels being rendered separately, notably in highlighted or suppressed form. forming at least one pixel list by firstly making a selection of at least one pixel group and by allowing a manual selection and/or deselection of at least one pixel group in the previously made selection, forming a filtered secondary image data set in which the pixels of the pixel groups of the at least one pixel list formed are marked, and forming the rendering from the secondary image data set, the marked pixels being rendered separately, notably in highlighted or suppressed form.
A data access control program being executed on an authorization server, the authorization server controls access to data stored in a resource server, the data access control program comprising: storing an association relationship between a plurality of users who are owners of data, and a consent portal with which each of the plurality of users performs user registration; when consent of a user to access to data according to a first condition is asked for by a client, detecting a target user who is an owner of data that matches the first condition, extracting a consent portal with which the target user performs user registration, from the association relationship, and obtaining an intention of consent or non-consent to access to the data, from the target user by using the extracted consent portal; and controlling an access by the client to data in the resource server, in accordance with the obtained intention. storing an association relationship between a plurality of users who are owners of data, and a consent portal with which each of the plurality of users performs user registration; when consent of a user to access to data according to a first condition is asked for by a client, detecting a target user who is an owner of data that matches the first condition, extracting a consent portal with which the target user performs user registration, from the association relationship, and obtaining an intention of consent or non-consent to access to the data, from the target user by using the extracted consent portal; and controlling an access by the client to data in the resource server, in accordance with the obtained intention.
A user terminal for communicating with a radio base station using carrier aggregation, in which six or more cells can be configured, the user terminal comprising: a reception section configured to receive a downlink signal using multiple cells; a transmission section configured to periodically transmit multiple Channel Quality Indicators, CQIs, using a predetermined transmission time unit length; and a control section configured to control transmission of the CQIs by configuring a transmission period and timing of the multiple CQIs per cell based on a notification from a higher layer. a reception section configured to receive a downlink signal using multiple cells; a transmission section configured to periodically transmit multiple Channel Quality Indicators, CQIs, using a predetermined transmission time unit length; and a control section configured to control transmission of the CQIs by configuring a transmission period and timing of the multiple CQIs per cell based on a notification from a higher layer.
A control method of a wireless power receiver, the control method comprising: determining whether to perform a mode transition; transmitting a message indicating the mode transition to a wireless power transmitter, the message including a mode transition period, and re-initializing a link between the wireless power receiver and the wireless power transmitter for a duration of the mode transition period while receiving power for charging from the wireless power transmitter for the duration of the mode transition period. determining whether to perform a mode transition; transmitting a message indicating the mode transition to a wireless power transmitter, the message including a mode transition period, and re-initializing a link between the wireless power receiver and the wireless power transmitter for a duration of the mode transition period while receiving power for charging from the wireless power transmitter for the duration of the mode transition period.
An investment casting system comprising: a core having at least one fine detail; a shell positioned relative to said core; and a strengthening coating applied at least to said at least one fine detail, characterised in that: the core includes at least one additively manufactured component; an exterior surface roughness of the strengthening coating is less than a surface roughness of the core; said core comprises at least two distinct core components (122a, 122b, 122c); and said strengthening coating maintains a relative position of the at least two distinct core components (122a, 122b, 122c). a core having at least one fine detail; a shell positioned relative to said core; and a strengthening coating applied at least to said at least one fine detail, the core includes at least one additively manufactured component; an exterior surface roughness of the strengthening coating is less than a surface roughness of the core; said core comprises at least two distinct core components (122a, 122b, 122c); and said strengthening coating maintains a relative position of the at least two distinct core components (122a, 122b, 122c).
Control circuit for a synchronous machine of a dental hand piece, comprising a voltage supply, characterized in that the control circuit comprises a clamping circuit, which is connected to the synchronous machine by switches and comprises a resistance load for a particularly rapid demagnetization of the synchronous machine after an interruption of the voltage supply, and a capacitor, which is in contact with the resistance load of the clamping circuit.
Paving screed for compacting a paving material, comprising at least one external control station for an operator for controlling at least one operating parameter adjustable at the paving screed, for example a screed paving width, wherein the external control station comprises a support and at least one operating panel detachably attached thereto as an input unit for the operator for setting the operating parameter, wherein the operating panel is attached to the support by means of a plug connection device, wherein the plug connection device comprises a first plug connector part with at least one first electrical contact part integrated thereon and a second plug connector part with at least one second electrical contact part integrated thereon, wherein an electrical coupling of the two plug contactor parts (23, 29) integrated on the plug connector parts (22, 28) can be produced by a mechanical coupling of the two plug connector parts (22, 28), characterized in that the plug connection device has a locking mechanism, wherein the locking mechanism has at least one spring-loaded handle on the operating panel.
Utility pole, having a longitudinal direction and a radial direction perpendicular to said longitudinal direction, the utility pole comprising: - a base for insertion into the ground, the base having a contour, - a column for carrying a utility member, the column having a contour, - a coupling assembly for connecting the column to the base in a separable manner, the coupling assembly comprising: - a first end portion provided at an upper end of said base and provided with a free edge and at least one first recess extending in circumferential direction in its outer surface; - a second end portion provided at a lower end of said column and provided with a free edge and at least one second recess extending in circumferential direction in its outer surface; - a plurality of holding elements for coupling the first and second end portions (18, 19) to each other with their free edges (15, 16) abutting each other, each holding element comprising a first formation arranged to fit into the at least one first recess and to be releasable therefrom in radial outward direction, a second formation arranged to fit into the at least one second recess and to be releasable therefrom in radial outward direction and a base part arranged to interconnect the first and second formation (22, 23) in the longitudinal direction and wherein the first and second recesses (17A, 17B) are dimensioned and arranged to extend within the contour (B, C) of the base and column in radial direction. - a base for insertion into the ground, the base having a contour, - a column for carrying a utility member, the column having a contour, - a coupling assembly for connecting the column to the base in a separable manner, the coupling assembly comprising: - a first end portion provided at an upper end of said base and provided with a free edge and at least one first recess extending in circumferential direction in its outer surface; - a second end portion provided at a lower end of said column and provided with a free edge and at least one second recess extending in circumferential direction in its outer surface; - a plurality of holding elements for coupling the first and second end portions (18, 19) to each other with their free edges (15, 16) abutting each other, each holding element comprising a first formation arranged to fit into the at least one first recess and to be releasable therefrom in radial outward direction, a second formation arranged to fit into the at least one second recess and to be releasable therefrom in radial outward direction and a base part arranged to interconnect the first and second formation (22, 23) in the longitudinal direction and wherein the first and second recesses (17A, 17B) are dimensioned and arranged to extend within the contour (B, C) of the base and column in radial direction.