mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic system for an industrial truck, in particular a battery-electrically operated industrial truck, having a lifting drive for raising and lowering a load-bearing means and having at least one auxiliary consumer (5a; 5b), wherein the hydraulic system has a first hydraulic pump, which is driven by a first electric drive machine, wherein the first hydraulic pump is operable as a pump and as a motor, and has a second hydraulic pump, which is driven by a second electric drive machine, wherein the second hydraulic pump is operable only as a pump, wherein the hydraulic system is configured in such a way that the first hydraulic pump, in the raising mode of the lifting drive, supplies pressure medium to the lifting drive at all operating points and the second hydraulic pump supplies pressure medium to the auxiliary consumers (5a; 5b), characterized in that the hydraulic system is configured such that, in the raising mode of the lifting drive, it switches on the second hydraulic pump, for supplying pressure medium to the lifting drive, if a raising volume-flow requirement of the lifting drive exceeds a raising limit value.
Method for honing a gear wheel, in which the gear wheel to be respectively honed and a honing tool provided with a toothing corresponding to the toothing of the gear wheel are moved into engagement with one another so as to be rotatable about one rotational axis (B, C) in each case, wherein the rotational axes (B, C) of gear wheel and honing tool are aligned intersecting one another at an axis-intersecting angle (Σ), wherein gear wheel and honing tool are moved relative to one another in an oscillating manner in the axial direction of the rotational axis of the gear wheel between two reverse positions and wherein the gear wheel and the honing tool are advanced towards one another proceeding from an end position in relation to the rotational axis of the gear wheel in a radial direction in order to effect a material removal on the gear wheel, characterised in that in the case of the oscillating relative movement directed in the axial direction of the rotational axis of the gear wheel, the rotational position of the gear wheel, in relation to its rotational axis, is changed as a function of the advance in the radial direction in such manner that during the exiting, which leads to the end position and is directed in the radial direction, from the respectively assigned tooth spacing of the gear wheel, there is contact between the respective tooth of the honing tool and one of the flanks of the teeth of the gear wheel delimiting the tooth spacing in question.
A brush for applying a cosmetic to the eyelashes and/or the eyebrows, comprising: - a core made up of two twisted-together branches of a metal wire, and - bristles extending from the core radially around at least a portion thereof, the diameter of the bristles being comprised between 0.06 and 0.4 mm, and - at least one notch made by clipping or melting bristles on the portion of the brush that bears the bristles, a cross-section of the brush in a plane intersecting the notch being non-circular, the brush being characterized in that the notch extends over less than half of the length of the portion of the brush bearing bristles. - a core made up of two twisted-together branches of a metal wire, and - bristles extending from the core radially around at least a portion thereof, the diameter of the bristles being comprised between 0.06 and 0.4 mm, and - at least one notch made by clipping or melting bristles on the portion of the brush that bears the bristles, a cross-section of the brush in a plane intersecting the notch being non-circular,
An exhaust mixer comprising: a plurality of elongate mixing blades each comprising a leading edge (111a-115a), a trailing edge (111b-115b) and a plate-like body (111c-115c) extending between the leading edge (111a-115a) and the trailing edge (111b-115b); a support configured to hold the plurality of elongate mixing blades in a spaced relationship to one another wherein the plate-like body (111c-115c) of each elongate mixing blade is substantially mutually parallel; the support being locatable in, or forming a part of, an emissions cleaning apparatus or mixing conduit; wherein the plurality of elongate mixing blades comprises a first elongate mixing blade and a last elongate mixing blade which define an outermost pair of elongate mixing blades (111, 115) of a stacked configuration which sandwich one or more interior elongate mixing blades of the stacked configuration;and wherein the first elongate mixing blade comprises one or more downstream-directed flaps but no upstream-directed flaps; characterised in that the first elongate mixing blade is longer than the interior elongate mixing blades. a plurality of elongate mixing blades each comprising a leading edge (111a-115a), a trailing edge (111b-115b) and a plate-like body (111c-115c) extending between the leading edge (111a-115a) and the trailing edge (111b-115b); a support configured to hold the plurality of elongate mixing blades in a spaced relationship to one another wherein the plate-like body (111c-115c) of each elongate mixing blade is substantially mutually parallel; the support being locatable in, or forming a part of, an emissions cleaning apparatus or mixing conduit; wherein the plurality of elongate mixing blades comprises a first elongate mixing blade and a last elongate mixing blade which define an outermost pair of elongate mixing blades (111, 115) of a stacked configuration which sandwich one or more interior elongate mixing blades of the stacked configuration;and wherein the first elongate mixing blade comprises one or more downstream-directed flaps but no upstream-directed flaps; characterised in that the first elongate mixing blade is longer than the interior elongate mixing blades.
Stretch blow method for forming a sharp edge on a container - wherein the method has the following steps: - introducing a preform into a cavity of a blow mold, wherein the cavity has a top region, a center region, and a bottom region and wherein, when the blow mold is closed, the center region can be moved relative to the top region and/or relative to the bottom region, - inflating the preform to form a container, - relative movement of the center region to the top region and/or to the bottom region, such that the container is compressed at least in a region for forming the edge. - introducing a preform into a cavity of a blow mold, wherein the cavity has a top region, a center region, and a bottom region and wherein, when the blow mold is closed, the center region can be moved relative to the top region and/or relative to the bottom region, - inflating the preform to form a container, - relative movement of the center region to the top region and/or to the bottom region, such that the container is compressed at least in a region for forming the edge.
A firearm comprising a system box and a removable barrel with a mounting rail that is rigidly connected to the barrel and serves for mounting optical sighting mechanisms or similar attachments, wherein the barrel is fixed in a clamp on the front of the system box, and wherein the clamp contains a slot, characterized in that the barrel is on the one hand radially oriented in the slot with its rigidly mounted mounting rail due to the symmetric design of the slot in the clamp in the vertical axis, which transversely intersects the horizontal firing axis, and on the other hand axially oriented by means of clamping screws, which may be screwed into the mounting rail or into the barrel.
Method for driving fastening elements into a substrate by means of an apparatus which is provided with a setting channel, with an energy-transmission element which is movable in a fastening direction in the setting channel and serves for transmitting energy to in each case one of the fastening elements, and with a magazine for transporting the fastening elements in a transport direction to the setting channel, wherein the magazine simultaneously transports multiple rows of fastening elements arranged one behind the other in a transverse direction, which is oriented perpendicularly to the transport direction and perpendicularly to the fastening direction, in order to alternately transport fastening elements of different rows of the multiple rows of fastening elements into the setting channel, wherein the apparatus has an insertion bevel which is inclined in relation to the transport direction and which serves for guiding that fastening element of the multiple rows of fastening elements which is foremost in the transport direction into the setting channel, characterized in that the insertion bevel aligns the row of the foremost fastening element of the multiple rows of fastening elements with the setting channel.
An electrode, for a rechargeable lithium battery, comprising and preferably consisting of electronically active material in nanoparticulate form and a matrix, characterized in that, prior to the first charging or discharging, the EAM is Li x H 2-x V 3 O 8, wherein at least 1 of the 3 V-atoms in the formula unit has the oxidation state 4+ and wherein x ranges from 0.1 to 1.5.
A solid-state imaging device having a layout in which one sharing unit (21,81) includes an array of photodiodes (PD1 to PD8) in first and second directions, wherein a layout in the one sharing unit comprises: a first structural portion and a second structural portion which are arranged in a first direction of a pixel portion, each of the first and second structural portions (23,25) including four readout gate electrodes (221 to 228) and one floating diffusion (FD1,FD2) with respect to four photodiodes (PD1 to PD8); an amplification transistor; a reset transistor; a select transistor connected to the amplification transistor; readout wirings (261 to 268) which are connected to the readout gate electrodes (221 to 228), respectively; a reset wiring which is connected to a reset gate electrode of the reset transistor; a select wiring which is connected to a select gate electrode of the select transistor; a first power supply wiring which is connected to a drain region of the reset transistor; and a connection wiring which is connected to the first and second floating diffusions (FD1, FD2), an amplification gate electrode of the amplification transistor, and a source region of the reset transistor, wherein each the floating diffusion (FD1, FD2) is formed at the central region which is surrounded by the four photodiodes (PD1 to PD4, PD5 to PD8). a first structural portion and a second structural portion which are arranged in a first direction of a pixel portion, each of the first and second structural portions (23,25) including four readout gate electrodes (221 to 228) and one floating diffusion (FD1,FD2) with respect to four photodiodes (PD1 to PD8); an amplification transistor; a reset transistor; a select transistor connected to the amplification transistor; readout wirings (261 to 268) which are connected to the readout gate electrodes (221 to 228), respectively; a reset wiring which is connected to a reset gate electrode of the reset transistor; a select wiring which is connected to a select gate electrode of the select transistor; a first power supply wiring which is connected to a drain region of the reset transistor; and a connection wiring which is connected to the first and second floating diffusions (FD1, FD2), an amplification gate electrode of the amplification transistor, and a source region of the reset transistor, wherein each the floating diffusion (FD1, FD2) is formed at the central region which is surrounded by the four photodiodes (PD1 to PD4, PD5 to PD8).
Method for creating an outer layer on the outer surface of a tank of a space launcher, coated with an insulating layer, which involves: - pressing, against the surface to be coated, a density reinforcement allowing said reinforcement to be imbibed with resin; - imbibing the reinforcement with a resin via a confinement film placed around the reinforcement, and - polymerising said resin. - pressing, against the surface to be coated, a density reinforcement allowing said reinforcement to be imbibed with resin; - imbibing the reinforcement with a resin via a confinement film placed around the reinforcement, and - polymerising said resin.
A method of video coding implemented in a processor device for preparing to determine whether a M×M pixel block in a video image, which can be divided into an integer number of N×N blocks, should be coded by means of intra coding, comprising the following steps: - a) calculating DCT coefficients of the N×N blocks by performing a first DCT transform, - b) calculating DC values of the DCT coefficients of the N×N blocks - c) comparing the DCT coefficients of the N×N blocks with a predefined first threshold, - d) if all the DCT coefficients of the N×N blocks are below a predefined first threshold, then assigning a "0", if not, assigning a "1", resulting in a corresponding first assignment for a first (M/N)x(M/N) block, characterized in - e) storing all DC coefficient values of the transformed NxN blocks in a second (M/N)x(M/N) block, where each position in the second (M/N)x(M/N) block contains the DC value of a corresponding NxN block, - f) calculating DCT coefficients of the second (M/N)x(M/N) block by performing a second DCT transform, - g) if all the DCT coefficients of the transformed second (M/N)x(M/N) block are below a predefined second threshold, then assigning a "0", if not, assigning a "1", resulting in a corresponding second assignment for the second (M/N)x(M/N) block, and - h) if the first assignment for the first (M/N)x(M/N) block and the corresponding second assignment for the second (M/N)x(M/N) block are zero, then the M×M pixel block is determined to be coded by means of intra coding. - a) calculating DCT coefficients of the N×N blocks by performing a first DCT transform, - b) calculating DC values of the DCT coefficients of the N×N blocks - c) comparing the DCT coefficients of the N×N blocks with a predefined first threshold, - d) if all the DCT coefficients of the N×N blocks are below a predefined first threshold, then assigning a "0", if not, assigning a "1", resulting in a corresponding first assignment for a first (M/N)x(M/N) block, - e) storing all DC coefficient values of the transformed NxN blocks in a second (M/N)x(M/N) block, where each position in the second (M/N)x(M/N) block contains the DC value of a corresponding NxN block, - f) calculating DCT coefficients of the second (M/N)x(M/N) block by performing a second DCT transform, - g) if all the DCT coefficients of the transformed second (M/N)x(M/N) block are below a predefined second threshold, then assigning a "0", if not, assigning a "1", resulting in a corresponding second assignment for the second (M/N)x(M/N) block, and - h) if the first assignment for the first (M/N)x(M/N) block and the corresponding second assignment for the second (M/N)x(M/N) block are zero, then the M×M pixel block is determined to be coded by means of intra coding.
A mobile device, comprising: - a wireless communication interface; - a memory storing a secure software application; and - a processor in communication with the memory, the processor being configured to: - transmit an authentication challenge to the SIM card; - receive an authentication response from the SIM card; - initiate a verification of the authentication response from the SIM card; and - enable the secure software application when the authentication response from the SIM card has been verified, wherein the secure software application is configured to perform cryptographic functions, and wherein the processor is further configured to receive a cryptographic key shared with the SIM card and encrypting the received cryptographic key using a cryptographic function of the secure software application. - a wireless communication interface; - a memory storing a secure software application; and - a processor in communication with the memory, the processor being configured to: - transmit an authentication challenge to the SIM card; - receive an authentication response from the SIM card; - initiate a verification of the authentication response from the SIM card; and - enable the secure software application when the authentication response from the SIM card has been verified, - transmit an authentication challenge to the SIM card; - receive an authentication response from the SIM card; - initiate a verification of the authentication response from the SIM card; and - enable the secure software application when the authentication response from the SIM card has been verified,
A display apparatus comprising: a base substrate comprising a display region (DD-DA) and a non-display region (DD-NDA) adjacent to the display region (DD-DA); a circuit layer (DP-CL) disposed on the base substrate; a light-emitting element layer (DP-OEL) disposed on the display region (DD-DA); an encapsulating layer covering the light-emitting element layer (DP-OEL); a touch sensing unit disposed on the encapsulating layer and comprising a touch electrode (TE1-1) and a wiring part connected to the touch electrode (TE1-1); and a protruding member disposed on the non-display region (DD-NDA) characterized in that the wiring part comprises, when viewed in a plan view: a first wiring part which does not overlap the protruding member; a second wiring part overlapping the protruding member; and a connection wiring part disposed between the first and second wiring parts (TW1, TW2) and having a wiring width less than the wiring widths of each of the first and the second wiring parts (TW1, TW2); and the connection wiring part overlaps an edge (DM-E) of the protruding member and has a notch shape. a base substrate comprising a display region (DD-DA) and a non-display region (DD-NDA) adjacent to the display region (DD-DA); a circuit layer (DP-CL) disposed on the base substrate; a light-emitting element layer (DP-OEL) disposed on the display region (DD-DA); an encapsulating layer covering the light-emitting element layer (DP-OEL); a touch sensing unit disposed on the encapsulating layer and comprising a touch electrode (TE1-1) and a wiring part connected to the touch electrode (TE1-1); and a protruding member disposed on the non-display region (DD-NDA) characterized in that the wiring part comprises, when viewed in a plan view: a first wiring part which does not overlap the protruding member; a second wiring part overlapping the protruding member; and a connection wiring part disposed between the first and second wiring parts (TW1, TW2) and having a wiring width less than the wiring widths of each of the first and the second wiring parts (TW1, TW2); and the connection wiring part overlaps an edge (DM-E) of the protruding member and has a notch shape. a first wiring part which does not overlap the protruding member; a second wiring part overlapping the protruding member; and a connection wiring part disposed between the first and second wiring parts (TW1, TW2) and having a wiring width less than the wiring widths of each of the first and the second wiring parts (TW1, TW2); and the connection wiring part overlaps an edge (DM-E) of the protruding member and has a notch shape.
A process for preparing an ethylene copolymer in the presence of free-radical polymerization initiator at pressures in the range of from 150 MPa to 350 MPa and temperatures in the range of from 100°C to 350°C by copolymerizing ethylene and a comonomer having a C=C bond and optionally further comonomers, wherein the comonomer having the C=C bond is represented by formula wherein R 1 is hydrogen or methyl; X 1 is -CO-O- or -CO-NH-; R 2 is -CH 2 -O-, -O-CO-, -Si(CH 3) 2 -, -Si(CH 3) 2 -O- or -CR 5 R 6 - wherein R 5 and R 6 are independently selected from hydrogen, methyl, ethyl and hydroxyl; n is an integer from 1 to 32 and R 2 is same or different from each other when n is 2 to 32; and R 3 is -C=C- and R 4 is hydrogen, C 1 -C 10 linear or branched alkyl, C 1 -C 10 linear or branched hydroxyalkyl or phenyl or the unit R 3 -R 4 stands for wherein X 2 is F, CI, Br or I. R 1 is hydrogen or methyl; X 1 is -CO-O- or -CO-NH-; R 2 is -CH 2 -O-, -O-CO-, -Si(CH 3) 2 -, -Si(CH 3) 2 -O- or -CR 5 R 6 - wherein R 5 and R 6 are independently selected from hydrogen, methyl, ethyl and hydroxyl; n is an integer from 1 to 32 and R 2 is same or different from each other when n is 2 to 32; and R 3 is -C=C- and R 4 is hydrogen, C 1 -C 10 linear or branched alkyl, C 1 -C 10 linear or branched hydroxyalkyl or phenyl or the unit R 3 -R 4 stands for wherein X 2 is F, CI, Br or I.
A hydraulic PTO (power take-off) for use with industrial drives, the hydraulic PTO, comprising: a PTO housing mounted between a prime mover and a piece of driven industrial equipment; an output shaft extending from the PTO housing to selectively deliver power to the piece of driven equipment for driving rotation of a rotatable component of the piece of driven industrial equipment, characterized in that a multiple-force brake system is configured to apply different braking forces at different times to control deceleration of the rotatable component of the piece of driven industrial equipment while stopping the rotation of the rotatable component of the piece of driven industrial equipment. a PTO housing mounted between a prime mover and a piece of driven industrial equipment; an output shaft extending from the PTO housing to selectively deliver power to the piece of driven equipment for driving rotation of a rotatable component of the piece of driven industrial equipment, characterized in that a multiple-force brake system is configured to apply different braking forces at different times to control deceleration of the rotatable component of the piece of driven industrial equipment while stopping the rotation of the rotatable component of the piece of driven industrial equipment.
Satellite having a structure comprising: - a circular launcher interface ring, intended to be removably secured to an analogous ring secured to a satellite launcher, and - at least two planar equipment-holding walls referred to as primary walls, extending substantially parallel to the axis of said interface ring and rigidly connected to each other and to said interface ring, characterized in that each primary wall bears directly on said interface ring by a base of said wall, said base facing said interface ring, and each primary wall is rigidly and directly attached to said interface ring by at least one somewhat point-by-point connection to at least one point or area of tangency or of intersection between said base of said wall and said interface ring. - a circular launcher interface ring, intended to be removably secured to an analogous ring secured to a satellite launcher, and - at least two planar equipment-holding walls referred to as primary walls, extending substantially parallel to the axis of said interface ring and rigidly connected to each other and to said interface ring,
An electronic device having opposing front and rear faces, comprising: a display on the front face; a housing having a glass layer on the rear face; and a coating on the glass layer, wherein the coating includes a first layer comprising a metal layer, wherein the layer comprises titanium, on an interior surface of the glass layer, a second layer comprising titanium, and a third layer that is interposed between the first and second layers (32, 38) and that is formed from a material that is different from at least one of the first and second layers (32, 38). a display on the front face; a housing having a glass layer on the rear face; and a coating on the glass layer, wherein the coating includes a first layer comprising a metal layer, wherein the layer comprises titanium, on an interior surface of the glass layer, a second layer comprising titanium, and a third layer that is interposed between the first and second layers (32, 38) and that is formed from a material that is different from at least one of the first and second layers (32, 38).