mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communications, comprising: determining, for each of a first codeblock and a second codeblock, a first number of resource elements satisfying a vulnerability condition and a second number of resource elements not satisfying the vulnerability condition; determining, for each of the first codeblock and the second codeblock, a first number of coded bits to be mapped to the first number of resource elements and a second number of coded bits to be mapped to the second number of resource elements; extracting, for each of the first codeblock and the second codeblock, a subset of the first number of coded bits and a subset of the second number of coded bits; concatenating the subsets of the first number of coded bits from the first codeblock and the second codeblock; concatenating the subsets of the second number of coded bits from the first codeblock and the second codeblock; and generating a concatenated codeblock for transmission including the concatenated subsets of the first number of coded bits and the concatenated subsets of the second number of coded bits. determining, for each of a first codeblock and a second codeblock, a first number of resource elements satisfying a vulnerability condition and a second number of resource elements not satisfying the vulnerability condition; determining, for each of the first codeblock and the second codeblock, a first number of coded bits to be mapped to the first number of resource elements and a second number of coded bits to be mapped to the second number of resource elements; extracting, for each of the first codeblock and the second codeblock, a subset of the first number of coded bits and a subset of the second number of coded bits; concatenating the subsets of the first number of coded bits from the first codeblock and the second codeblock; concatenating the subsets of the second number of coded bits from the first codeblock and the second codeblock; and generating a concatenated codeblock for transmission including the concatenated subsets of the first number of coded bits and the concatenated subsets of the second number of coded bits.
An opening/closing body drive device, comprising: a drive mechanism that moves an opening/closing body between an opening position and a closing position relative to a frame portion having an opening; a control unit for controlling the drive mechanism; a light source unit comprising a light emitting element emitting a non-visible light and radiating the non-visible light to a detection line formed of a retroreflective material along at least a part of the frame portion; and a camera comprising an incident lens (71a;..; 71d) into which the non-visible light radiated from the light source unit and reflected by the detection line enters, wherein the control unit comprises a detection means for detecting a blocked state in which at least a part of the detection line imaged by the camera is blocked by a foreign object, and a pinching prevention means that forces the drive mechanism to perform a pinch prevention operation for preventing pinching by the opening/closing body when the blocked state is detected by the detection means while the opening/closing body is moved by the drive mechanism, characterized in that at least of a part of the light source unit is arranged in front of the incident lens (71a;..; 71d) when the incident lens is viewed along an optical axis thereof from a side of the opening. a drive mechanism that moves an opening/closing body between an opening position and a closing position relative to a frame portion having an opening; a control unit for controlling the drive mechanism; a light source unit comprising a light emitting element emitting a non-visible light and radiating the non-visible light to a detection line formed of a retroreflective material along at least a part of the frame portion; and a camera comprising an incident lens (71a;..; 71d) into which the non-visible light radiated from the light source unit and reflected by the detection line enters, wherein the control unit comprises a detection means for detecting a blocked state in which at least a part of the detection line imaged by the camera is blocked by a foreign object, and a pinching prevention means that forces the drive mechanism to perform a pinch prevention operation for preventing pinching by the opening/closing body when the blocked state is detected by the detection means while the opening/closing body is moved by the drive mechanism, characterized in that at least of a part of the light source unit is arranged in front of the incident lens (71a;..; 71d) when the incident lens is viewed along an optical axis thereof from a side of the opening.
Method for multi band communication, performed by a Radio Access, RA, node of a wireless communication network, which RA node is operable to communicate with at least one wireless device, WD, in a first frequency band, the method comprising: - performing at least one measurement in a second frequency band, by use of a feedback receiver, in order to detect signals produced by other entities than the RA node, wherein the feedback receiver is also operable to observe and measure signals transmitted by the RA node and - selecting, based on the performed at least one measurement, an operational frequency within the second frequency band, for communication with the at least one WD, wherein the feedback receiver is coupled to a transmission chain of the RA node operable in the first frequency band and, - converting a detected signal in the second frequency band to the first frequency band. - performing at least one measurement in a second frequency band, by use of a feedback receiver, in order to detect signals produced by other entities than the RA node, wherein the feedback receiver is also operable to observe and measure signals transmitted by the RA node and - selecting, based on the performed at least one measurement, an operational frequency within the second frequency band, for communication with the at least one WD, wherein the feedback receiver is coupled to a transmission chain of the RA node operable in the first frequency band and, - converting a detected signal in the second frequency band to the first frequency band.
A method for respectively manufacturing movable products of at least one substrate (2, 2', 3, 3', 4, 4'), comprising at least the steps of • determining parameter values (100.1-100.5) of the product to be manufactured, • forming a product parameter set of the determined parameter values (100.1-100.5), • converting the product parameter set into a product code by means of a product translation device, • converting the product code into an identification, wherein this identification is carried by at least one substrate (2, 2', 3, 3', 4, 4') required for the manufacture of the product, • scanning the identification, • converting the scanned identification into setpoint settings (111.1-111.k) for manipulated variables (110.1-110.m) of a device (1, 1', 1") for manufacturing the movable product of the at least one substrate (2, 2', 3, 3', 4, 4'), • modifying manipulated variables (110.1-110.m) of the device (1, 1', 1") based on the determined setpoint settings (111.1-111.k) by means of adjusting mechanisms (63.1-63.5) and/or controllable drives (62.1-62.3) of the device (1, 1', 1"), and • processing the identified substrate (2, 2', 3, 3', 4, 4') by means of the device (1, 1', 1") based on the scanned identification, characterized in that at least the conversion of the product parameter set into a product code by means of the product translation device follows an unambiguous bijective rule such that identical product parameter sets inevitably lead to the same product code and the corresponding parameter set can be determined from each product code by means of an inverted application of the same rule. • determining parameter values (100.1-100.5) of the product to be manufactured, • forming a product parameter set of the determined parameter values (100.1-100.5), • converting the product parameter set into a product code by means of a product translation device, • converting the product code into an identification, wherein this identification is carried by at least one substrate (2, 2', 3, 3', 4, 4') required for the manufacture of the product, • scanning the identification, • converting the scanned identification into setpoint settings (111.1-111.k) for manipulated variables (110.1-110.m) of a device (1, 1', 1") for manufacturing the movable product of the at least one substrate (2, 2', 3, 3', 4, 4'), • modifying manipulated variables (110.1-110.m) of the device (1, 1', 1") based on the determined setpoint settings (111.1-111.k) by means of adjusting mechanisms (63.1-63.5) and/or controllable drives (62.1-62.3) of the device (1, 1', 1"), and • processing the identified substrate (2, 2', 3, 3', 4, 4') by means of the device (1, 1', 1") based on the scanned identification,
Structure of panels made of wooden material for manufacturing furniture, furniture components, furnishings and the like, and products of various kind, wherein such panels or products are provided with one or more sides provided with at least an outer decorating covering sheet (30; 55; 63) and an inner covering sheet (31; 56; 64, 66) of wooden material, applied on to the outer part and the inner part of the same sides, and adapted to join the sides adjacent relative to each other, said sides delimiting at their joining angular zones at least a hollow zone (57, 58; 62) which is filled with filler material or inserts (38; 51, 52; 68), in a way to join and stiffen tightly said sides relative to each other, characterized in that said outer covering sheet and said inner covering sheet delimiting hollow zones filled with filler materials or inserts act respectively as outer sides and inner sides of the structure, which sides (30, 31) are slightly spaced away from each other to thereby define an inner hollow chamber between them, in which there are introduced and attached related reinforcement inserts, providing full mechanical strength, or said outer covering sheet and said inner covering sheet delimiting hollow zones (57, 58) filled with filler materials or inserts (51, 52) are formed respectively by a first elongated side portion and by a second elongated side portion, which side portions (53, 54) are placed in a mutually juxtaposed i.e. side by side arrangement and are first glued to each other in the longitudinal direction thereof, and then bent orthogonally to each other, thereby forming the sides (49, 50), while in the hollow zone delimited between the butt edges of these sides (49, 50) there is fitted the insert, thereby delimiting a cavity between said insert and the outer curved covering sheet and the inner curved covering sheet, which cavity is eventually filled with the filler material or the insert, or said outer covering sheet and said inner covering sheet (64, 66) are applied and glued the first one on to the outer surface of a first and a second rectilinear panel (59, 60), provided in an aligned arrangement relative to each other, and the second one on to the inwards facing surfaces of a third rectilinear panel joined in an orthogonal arrangement to said first and second rectilinear panels (59, 60), in the median region thereof, in which a hollow zone filled with the filler material or the insert is provided, wherein each of the three panels (59, 60, 61) is comprised of two side half-portions glued in the longitudinal direction of the same side.
A rubber composition comprising a solid rubber, a liquid diene rubber, a silane coupling agent, and silica having a BET specific surface area of 15 to 250 m 2 /g, which comprises a product formed by covalent bonding of the liquid diene rubber and at least part of the silane coupling agent.
A method, comprising: Establishing a radio resource control, in the following referred to as RRC, connection by a user equipment, in the following referred to as UE, in a mobile communication network, wherein the UE is configured with a normal paging cycle and a long power-saving paging cycle; entering deep sleep with a long power-saving paging cycle length after the UE stays in normal idle for a predefined duration after an RRC connection release; waking up from the long power-saving paging cycle and thereby monitoring a paging channel; entering sleep with a normal paging cycle length, wherein the UE monitors the paging channel consecutively for multiple normal paging cycles; and returning back to deep sleep with the long power-saving paging cycle length upon satisfying a condition. Establishing a radio resource control, in the following referred to as RRC, connection by a user equipment, in the following referred to as UE, in a mobile communication network, wherein the UE is configured with a normal paging cycle and a long power-saving paging cycle; entering deep sleep with a long power-saving paging cycle length after the UE stays in normal idle for a predefined duration after an RRC connection release; waking up from the long power-saving paging cycle and thereby monitoring a paging channel; entering sleep with a normal paging cycle length, wherein the UE monitors the paging channel consecutively for multiple normal paging cycles; and returning back to deep sleep with the long power-saving paging cycle length upon satisfying a condition.
A single-use pre-packaged, sealed container for use with a nebulizer device having an aerosol generator comprising a membrane having pores, the container having a depth of from 6 to 8mm and containing from 0.1 to 5 mL of a cleaning liquid and having an opening which is sealed by a cover or lid, wherein the opening is circular with a diameter of from 6 to 8mm and provides a push-fit onto the aerosol generator once the container has been opened, so that the container is held in place on the nebulizer device and the membrane is immersed in the liquid.
Arrangement having a transmission for a wind turbine, having a feed-through pipe and having a fixing means, wherein the feed-through pipe is fixed by means of the fixing means in the transmission, characterized in that the fixing means is designed to be electrically insulating with respect to the feed-through pipe. the feed-through pipe is fixed by means of the fixing means in the transmission, characterized in that the fixing means is designed to be electrically insulating with respect to the feed-through pipe.
Valve train of an internal combustion engine, comprising at least one main camshaft on which at least one cam carrier, which has valve actuation cams (5, 6, 7, 8), is provided for rotation therewith and axially displaceable between at least two axial positions, wherein, for the axial displacement by means of an actuator, a shifting gate is associated with the cam carrier, which comprises two guide tracks (23, 24) on the circumference thereof, which run in opposite directions in the axial direction, intersect and each have one reversal point (28, 29), wherein - the reversal point (28, 29) corresponds to a point of a respective guide track (23, 24) at which, when reached by a catch of the actuator, the cam carrier is positioned exactly between the two axial positions of the cam carrier, and wherein - the reversal point (28, 29) coincides with a centre point of a straight section of the respective curved track (23, 24), which extends about the reversal point (28, 29), or wherein - the reversal point (28, 29) corresponds to a turn-around point of each curved track (23, 24), characterized in that the reversal points (28, 29) are positioned offset from one another in a circumferential direction. - the reversal point (28, 29) corresponds to a point of a respective guide track (23, 24) at which, when reached by a catch of the actuator, the cam carrier is positioned exactly between the two axial positions of the cam carrier, and wherein - the reversal point (28, 29) coincides with a centre point of a straight section of the respective curved track (23, 24), which extends about the reversal point (28, 29), or wherein - the reversal point (28, 29) corresponds to a turn-around point of each curved track (23, 24),
An instrument device for a vehicle, comprising: a main board with an electronic component mounted thereto, the electronic component being independent from a design of a dial plate; and a sub-circuit body with an electronic component mounted in a position corresponding to the design of the dial plate, characterized in that the main board has a protrusion, around which a pattern of a conductor is formed for electric connection to the sub-circuit body, wherein the sub- circuit body has a hole around which a conductor pattern is formed, wherein the main board and the sub-circuit body are directly joined and electrically connected to each other by introducing the protrusion into and engaging with the hole. a main board with an electronic component mounted thereto, the electronic component being independent from a design of a dial plate; and a sub-circuit body with an electronic component mounted in a position corresponding to the design of the dial plate, characterized in that the main board has a protrusion, around which a pattern of a conductor is formed for electric connection to the sub-circuit body, wherein the sub- circuit body has a hole around which a conductor pattern is formed, wherein the main board and the sub-circuit body are directly joined and electrically connected to each other by introducing the protrusion into and engaging with the hole.
Method for controlling a dual clutch transmission for achieving a brake-to-clutch functionality for an off road vehicle, said dual clutch transmission comprising: • an engine input shaft configured to be coupled to the output of an engine of said work vehicle, • an output shaft further connectable to other drive systems of said off road vehicle, and • a main forward clutch and a main rearward clutch, each configured to be coupled to the engine input shaft; • first and second shafts (11, 12) each configured to carry a plurality of gears (14, 15), said first and second shafts (11, 12) being configured to be coupled, via respective first and second clutches (7, 8), to said input shaft of said vehicle and being configured to be coupled to the output shaft defining with one of said gears (14, 15) a predetermined speed ratio between said engine input shaft and said output shaft, said method comprising the step: • receiving an input for starting to brake the vehicle which is moving in a forward or rearward direction; the method being characterised by the following further steps: • selecting a gear of the first/second shaft which is not engaged in the forward or rearward mechanical motion path; • starting to engage a first/second clutch of said first/second shaft which is not engaged in said forward or rearward mechanical motion path so that said clutch starts to slip and generates a resistant torque which starts to brake the transmission; • when a target condition of said transmission is reached, then start to disengage the main forward or rearward clutch (5, 6) till it starts to slip; and • maintaining the precedent configuration till said braking input is present. • an engine input shaft configured to be coupled to the output of an engine of said work vehicle, • an output shaft further connectable to other drive systems of said off road vehicle, and • a main forward clutch and a main rearward clutch, each configured to be coupled to the engine input shaft; • first and second shafts (11, 12) each configured to carry a plurality of gears (14, 15), said first and second shafts (11, 12) being configured to be coupled, via respective first and second clutches (7, 8), to said input shaft of said vehicle and being configured to be coupled to the output shaft defining with one of said gears (14, 15) a predetermined speed ratio between said engine input shaft and said output shaft, • receiving an input for starting to brake the vehicle which is moving in a forward or rearward direction; • selecting a gear of the first/second shaft which is not engaged in the forward or rearward mechanical motion path; • starting to engage a first/second clutch of said first/second shaft which is not engaged in said forward or rearward mechanical motion path so that said clutch starts to slip and generates a resistant torque which starts to brake the transmission; • when a target condition of said transmission is reached, then start to disengage the main forward or rearward clutch (5, 6) till it starts to slip; and • maintaining the precedent configuration till said braking input is present.
A near-eye display device comprising: a precompensation renderer configured to precompensate an image with a wide field of view, FOV, into a compressed image having a compressed FOV for coupling to a waveguide; a light engine configured to produce light waves corresponding to the compressed FOV-image, an optical assembly configured to introduce distortion to the image having the compressed FOV for propagation via the waveguide by way of an in-coupler and an out-coupler; the in-coupler having a first surface grating that is configured to provide a first momentum change for angles of incidence associated with the image from the optical assembly; and the out-coupler having a second surface grating that is configured to provide a second momentum change for angles of incidence associated with the image from the in-coupler; wherein at least one of the first momentum change and the second momentum change is a non-linear momentum change that modifies the image to create a modified image, wherein propagation of the image through the in-coupler and out-coupler results in the modified image being corrected for distortion, and also having an expanded FOV larger than the compressed FOV. a precompensation renderer configured to precompensate an image with a wide field of view, FOV, into a compressed image having a compressed FOV for coupling to a waveguide; a light engine configured to produce light waves corresponding to the compressed FOV-image, an optical assembly configured to introduce distortion to the image having the compressed FOV for propagation via the waveguide by way of an in-coupler and an out-coupler; the in-coupler having a first surface grating that is configured to provide a first momentum change for angles of incidence associated with the image from the optical assembly; and the out-coupler having a second surface grating that is configured to provide a second momentum change for angles of incidence associated with the image from the in-coupler; wherein at least one of the first momentum change and the second momentum change is a non-linear momentum change that modifies the image to create a modified image, wherein propagation of the image through the in-coupler and out-coupler results in the modified image being corrected for distortion, and also having an expanded FOV larger than the compressed FOV.
Method for producing a metalworking tool which has a first partial mould (4, 32), wherein a main body (2, 34) made of metal is provided for producing the first partial mould (4, 32), wherein a surface of the main body (2, 34) is divided into a plurality of regions, wherein at least one region (10, 12) is roughened, and wherein a layer (14, 16) of plastic which has at least one material property is applied to the at least one region (10, 12), characterised in that at least one casting mould is arranged on the at least one region (10, 12) of the surface of the main body, wherein the at least one casting mould and the at least one machined region (10, 12) of the surface enclose at least one cavity (24, 26) which forms a negative mould for the plastic to be applied to the at least one region (10, 12), wherein plastic is filled into the at least one cavity (24, 26) and cured, wherein the plastic, on the at least one region (10, 12), is bonded to the surface of the main body (2, 34) and applied thereto while providing the layer (14, 16).