mhurhangee/ep-ind-claims huggingface dataset:
A method for channel skewing, by a memory controller, comprising: providing a number of groups of data signals (DATA_1, DATA_2,..., DATA_M) to memory components (216-1, 216-2,..., 216-N) of a plurality of memory devices (110-1, 110-2,....., 110-N), each of the number of groups corresponding to a respective channel (112-1, 112-2,..., 112-N; 212-1, 212-2,..., 212-N); and each of the number of groups of data signals (DATA _1, DATA_2,....., DATA_M) having a different channel clock signal (CLK_1, CLK_2,...CLK_(N-1), CLK_N) associated therewith; adjusting a phase of a group of data signals (DATA _1, DATA_2,..., DATA_M) corresponding to at least one of the number of channels (112-1, 112-2,..., 112-N; 212-1, 212-2,..., 212-N) such that the group of data signals (DATA_1, DATA_2,..., DATA_M) are skewed with respect to a group of data signals (DATA_1, DATA_2,..., DATA_M) corresponding to at least one of the other respective channels (112-1, 112-2,..., 112-N;212-1, 212-2,..., 212-N); and providing the respective different channel clock signals (CLK_1, CLK_2,..., CLK_(N-1), CLK_N) to the plurality of memory devices (110-1, 110-2,....., 110-N) along with the respective groups of data signals (DATA_1, DATA_2,....., DATA_M) in a source-synchronous manner; characterised by: skewing the groups of data signals (DATA _1, DATA_2,..., DATA_M) such that groups of data signals (DATA_1, DATA 2,..., DATA_M) of every other channel (112-1, 112-2,..., 112-N; 212-1, 212-2,..., 212-N) are skewed by a same amount. providing a number of groups of data signals (DATA_1, DATA_2,..., DATA_M) to memory components (216-1, 216-2,..., 216-N) of a plurality of memory devices (110-1, 110-2,....., 110-N), each of the number of groups corresponding to a respective channel (112-1, 112-2,..., 112-N; 212-1, 212-2,..., 212-N); and each of the number of groups of data signals (DATA _1, DATA_2,....., DATA_M) having a different channel clock signal (CLK_1, CLK_2,...CLK_(N-1), CLK_N) associated therewith; adjusting a phase of a group of data signals (DATA _1, DATA_2,..., DATA_M) corresponding to at least one of the number of channels (112-1, 112-2,..., 112-N; 212-1, 212-2,..., 212-N) such that the group of data signals (DATA_1, DATA_2,..., DATA_M) are skewed with respect to a group of data signals (DATA_1, DATA_2,..., DATA_M) corresponding to at least one of the other respective channels (112-1, 112-2,..., 112-N;212-1, 212-2,..., 212-N); and providing the respective different channel clock signals (CLK_1, CLK_2,..., CLK_(N-1), CLK_N) to the plurality of memory devices (110-1, 110-2,....., 110-N) along with the respective groups of data signals (DATA_1, DATA_2,....., DATA_M) in a source-synchronous manner; characterised by: skewing the groups of data signals (DATA _1, DATA_2,..., DATA_M) such that groups of data signals (DATA_1, DATA 2,..., DATA_M) of every other channel (112-1, 112-2,..., 112-N; 212-1, 212-2,..., 212-N) are skewed by a same amount.
An electrical debonding type adhesive sheet comprising a substrate for voltage application, which comprises an electroconductive layer and a base layer, a first adhesive layer, which is constituted of an electrically debondable adhesive and is formed on the electroconductive layer of the substrate for voltage application, and a second adhesive layer, which is formed on the base layer of the substrate for voltage application, the electrical debonding type adhesive sheet having: a first protrudent part, in which the first adhesive layer and the substrate for voltage application extend and protrude with respect to the second adhesive layer in a plane direction of the electrical debonding type adhesive sheet; and a second protrudent part, in which the substrate for voltage application extends from the first protrudent part and protrudes with respect to the first adhesive layer in a plane direction of the electrical debonding type adhesive sheet.
A combination of an electromagnetic flowmeter, a liquid pump and an electric motor for driving the liquid pump, wherein the flowmeter is adjusted for measuring a liquid flow in a liquid-carrying line, having a magnet for generating a magnetic field (111, 112, 113, 114) in the liquid-carrying line, having an electrode pair for tapping an electric voltage when the liquid flows through the liquid-carrying line, for determining the liquid flow based on the measured voltage, wherein the magnet is rotatable about an axis to generate a magnetic alternating field, wherein the liquid pump is adjusted for circulating liquid in the liquid-carrying line, and having a pump rotor connected to the rotating magnet, and wherein the electric motor is adjusted for driving the liquid pump and comprises a stator (106, 203) for generating a magnetic rotating field and a rotating rotor situated in the rotating field, and wherein the rotor comprises the rotating magnet.
A method for measuring the level of the Secreted Protein Acidic and Rich in Cysteine (SPARC) protein in a human biological sample of formalin fixed tissue, comprising detecting and quantifying the amount of a SPARC fragment peptide in a liquid, soluble, dilutable protein digest prepared from said human biological sample by heating and proteolysis, wherein said detecting and/or quantifying is carried out using mass spectrometry; and calculating the level of SPARC protein in said sample; wherein the SPARC fragment peptide is selected from the group consisting of SEQ ID NO:4, SEQ ID NO:5 and SEQ ID NO:6; wherein said level is a relative level or an absolute level; and wherein the method further comprises selecting for the subject from which said biological sample was obtained a treatment based on the presence, absence, or amount of one or more SPARC fragment peptides or the level of SPARC protein.
A drive apparatus comprising: a first rotary member; a second rotary member, which is provided with an axle hole, and which receives drive power from the first rotary member or transmits drive power to the first rotary member; an axle member, which is inserted into the axle hole and engages with the first rotary member so as to transmit drive power between the first rotary member and the second rotary member; and a coupling member (60, 62; 162) for coupling the first rotary member and the second rotary member; characterized in that the coupling member (60, 62; 162) is provided with a sliding portion (622; 1622) which is disposed between the first rotary member and the second rotary member in a radial direction and which is slidably and swingably supported on either one of the first rotary member and the second rotary member to permit swinging and sliding movement between either the first rotary member or the second rotary member and the coupling member (60, 62; 162) when the first rotary member and the second rotary member rotate integrally with each other via the axle member. a first rotary member; a second rotary member, which is provided with an axle hole, and which receives drive power from the first rotary member or transmits drive power to the first rotary member; an axle member, which is inserted into the axle hole and engages with the first rotary member so as to transmit drive power between the first rotary member and the second rotary member; and a coupling member (60, 62; 162) for coupling the first rotary member and the second rotary member; characterized in that the coupling member (60, 62; 162) is provided with a sliding portion (622; 1622) which is disposed between the first rotary member and the second rotary member in a radial direction and which is slidably and swingably supported on either one of the first rotary member and the second rotary member to permit swinging and sliding movement between either the first rotary member or the second rotary member and the coupling member (60, 62; 162) when the first rotary member and the second rotary member rotate integrally with each other via the axle member.
A method for use in a home network system comprising a portable terminal for mobile Communication, a personal computer and a local printer connected to the personal computer, the printer serving as a local device not included in the home network system, the method, comprising the steps of: connecting the portable terminal to the personal computer by utilizing a home network (401;601); searching and selecting content within the personal computer by using the potable terminal (403; 603); sending a print request message from the portable terminal to the personal computer so that the local printer can print the selected content (404;604); creating a print job in the personal computer in response to the print request message (405;607) and transferring the selected content to the local printer so that the local printer can print the transferred content (406; 608); characterised in that the method further comprises the steps of receiving at the portable terminal, via the personal computer, a result of the print job from the local printer (409; 611) and the steps of: after sending the print request message to the personal computer, transferring information about local devices connected to the personal computer to the portable terminal; and selecting, by the portable terminal, the local printer for the print job and providing the selection to the personal computer and then performing th e step of creating the print job. connecting the portable terminal to the personal computer by utilizing a home network (401;601); searching and selecting content within the personal computer by using the potable terminal (403; 603); sending a print request message from the portable terminal to the personal computer so that the local printer can print the selected content (404;604); creating a print job in the personal computer in response to the print request message (405;607) and transferring the selected content to the local printer so that the local printer can print the transferred content (406; 608); after sending the print request message to the personal computer, transferring information about local devices connected to the personal computer to the portable terminal; and selecting, by the portable terminal, the local printer for the print job and providing the selection to the personal computer and then performing th e step of creating the print job.
Compression package for a compressible packaged item, said compression package being configured from an at least mono-axially stretched film, wherein the film has a sheathing portion by way of which the packaged item in the circumference thereof is enclosable, and a peripheral reinforcement which adjoins the sheathing portion and by way of which the packaged item at the end face thereof is at least partially coverable, and the peripheral reinforcement has a film thickness which is larger than the film thickness of the sheathing portion, on account of which better protection of the packaged item in the region of the end face is attainable, and the film in the circumferential direction of the packaged item has a significantly higher tensile strength than in the direction of the peripheral reinforcements.
Method for manufacturing an armature of a commutator motor, in particular in a DC configuration, the commutator motor having: a stator comprising a plurality of stator poles (2, 3), an armature comprising a plurality of armature teeth which are arranged on the periphery of the armature with armature grooves positioned between them, and a commutator which has a plurality of lamellae and associated winding hooks, comprising the steps of: winding bridges of the commutator by connecting winding hooks of the lamellae of the commutator; winding windings of armature teeth, each half of the number of windings being formed from one continuous winding wire (12, 12'); and attaching the associated winding ends to winding hooks of the lamellae of the commutator. winding bridges of the commutator by connecting winding hooks of the lamellae of the commutator; winding windings of armature teeth, each half of the number of windings being formed from one continuous winding wire (12, 12'); and attaching the associated winding ends to winding hooks of the lamellae of the commutator.
Rotational moulding machine, the machine comprising: - a fixed frame; - a support arm comprising a first and a second portion rigidly joined together, said support arm being rotationally fixed to said fixed frame only at said first portion to rotate about a first axis of rotation substantially horizontal, wherein said second portion develops protruding from the first portion substantially parallelly to said first axis of rotation; - a movable frame rotationally fixed to said support arm at said second portion to rotate about a second axis of rotation substantially perpendicular to said first axis of rotation, said movable frame comprising a supporting portion which lies in a plane substantially perpendicular to said second axis of rotation; - an actuation system rigidly fixed to said movable frame at said supporting portion, characterized in that said actuation system is structured to secure a mould and rotate said mould about a third axis of rotation substantially perpendicular to said second axis of rotation. - a fixed frame; - a support arm comprising a first and a second portion rigidly joined together, said support arm being rotationally fixed to said fixed frame only at said first portion to rotate about a first axis of rotation substantially horizontal, wherein said second portion develops protruding from the first portion substantially parallelly to said first axis of rotation; - a movable frame rotationally fixed to said support arm at said second portion to rotate about a second axis of rotation substantially perpendicular to said first axis of rotation, said movable frame comprising a supporting portion which lies in a plane substantially perpendicular to said second axis of rotation; - an actuation system rigidly fixed to said movable frame at said supporting portion,
Set of white LEDs, each having a blue LED (2a, 2b, 2c, 2d) coated with a conversion layer consisting of a color converting means, which absorbs blue light and emits light having a coarser wavelength, wherein the blue LEDs have a wavelength between 460 and 475 nm; wherein the concentration of the conversion layer over each blue LED is a function of the precise wavelength of the respective blue LED, wherein the concentration of phosphor pigments in an organic matrix of the conversion layer varies between 10 and 30 mass percent, and wherein the total emission surfaces of the white LEDs have a color temperature of 6500 ± 200K.
A system for wet biomass treatment, comprising a biomass disintegration, extraction and homogenization unit, said disintegration, extraction and homogenization unit having an inlet port and an outlet port; an outlet conduit connected to said outlet port to convey a liquid phase of said biomass; feed means for said disintegration, extraction and homogenization unit, which are in fluid communication with said inlet port; said disintegration, extraction and homogenization unit being defined by a cavitation unit; said cavitation unit comprising a housing, a shaft placed inside said housing, a rotor mounted on the shaft and having an outer surface, a motor connected to said shaft to actuate said shaft; a recirculation line in fluid communication with said outlet conduit, said feed means comprising a mixer having an inlet port for a solid phase of said biomass and an outlet port in fluid communication with said inlet port of said disintegration unit, said recirculation line being in fluid communication with said mixer to introduce part of said liquid phase of said biomass into said mixer so that it can be mixed with said solid phase; the cavitation unit being configured to use controlled hydrodynamic cavitation and to convert said biomass from said solid phase to said liquid phase, characterized in that: - said outer surface of the rotor is cylindrical or conical; - said rotor has a plurality of holes or grooves on said outer surface; - said rotor is configured to rotate for generating a cavitation area within the holes or grooves. - said outer surface of the rotor is cylindrical or conical; - said rotor has a plurality of holes or grooves on said outer surface; - said rotor is configured to rotate for generating a cavitation area within the holes or grooves.
A semiconductor laser, comprising: a. at least one semiconductor substrate; b. at least one active layer arranged on the semiconductor substrate; c. a front laser mirror which is arranged at a first end of the active layer and through which a first part of the radiation generated in the active layer emerges; d. a one rear laser mirror which is arranged at a second end of the active layer and lying opposite the first end and through which a second part of the radiation generated in the active layer emerges, wherein the rear laser mirror is provided with a layer of absorbing material (50, 60), which is suitable for reducing a gradient of the luminous-power/current characteristic for radiation emerging through the rear laser mirror, relative to a rear laser mirror without a layer of absorbing material (50, 60); wherein a layer thickness of the layer of absorbing material (50, 60) is adapted to reduce the gradient of the luminous-power/current characteristic by a factor of 10,000; and wherein at least one reflection layer is arranged between the rear laser mirror and the layer of absorbing material (50, 60), and wherein the reflection coefficient of the reflection layer is ≥ 90% in the emitted wavelength range. a. at least one semiconductor substrate; b. at least one active layer arranged on the semiconductor substrate; c. a front laser mirror which is arranged at a first end of the active layer and through which a first part of the radiation generated in the active layer emerges; d. a one rear laser mirror which is arranged at a second end of the active layer and lying opposite the first end and through which a second part of the radiation generated in the active layer emerges, wherein the rear laser mirror is provided with a layer of absorbing material (50, 60), which is suitable for reducing a gradient of the luminous-power/current characteristic for radiation emerging through the rear laser mirror, relative to a rear laser mirror without a layer of absorbing material (50, 60); wherein a layer thickness of the layer of absorbing material (50, 60) is adapted to reduce the gradient of the luminous-power/current characteristic by a factor of 10,000; and wherein at least one reflection layer is arranged between the rear laser mirror and the layer of absorbing material (50, 60), and wherein the reflection coefficient of the reflection layer is ≥ 90% in the emitted wavelength range.
A hose connection having a connection piece, a clamping sleeve, and a cap nut surrounding said clamping sleeve in its mounted position at least partially and cooperating with the latter so that during rotation of said cap nut in one direction, said clamping sleeve connects said hose to said connection piece sealingly, where said connection piece has a pipe socket connected to a contact part of said connection piece and on the free end of which said hose to be connected is slip-on, characterised in that said clamping sleeve has a clamping portion and a holding portion facing the latter, that said holding portion and said clamping portion are interconnected via a ring-shaped junction portion of said clamping sleeve, that said holding portion and said clamping portion have several adjacent clutching blades respectively clamping tongues extending away from said junction portion, where said holding portion has, at the free end of each clutching blade, a clutching appendix showing radially inwards which engages via a corresponding holding protrusion radially orientated outwards on the connection piece so that said holding portion is held on said connection piece in axial direction in a position where said clamping portion surrounds said pipe socket at least sectionally while maintaining a ring-shaped free space, where said hose to be connected is introduce able and that said connection piece has an exterior thread in axial direction between said radial holding protrusion and said contact part on which said cap nut is screwable which has a conically tapered interior surface compressing said clamping portion in order to sealingly lock said hose on said pipe socket.
A pipe support comprising: a. an outer support wall having a ground engaging bottom end and a pipe supporting top end; b. an inner support wall spaced inwardly from the outer support wall and having a generally frustoconical shape with a ground engaging bottom end and a pipe supporting top end; and c. a connecting portion for maintaining the outer support wall and the inner support wall in a fixed, spaced apart relationship, characterised in that the pipe support is shaped to be nestable with another like pipe support, the pipe support nesting with a like pipe support when stacked with the like pipe support in an aligned orientation, the pipe support further including support stops for preventing jamming of the pipe support with the like pipe support when nested. a. an outer support wall having a ground engaging bottom end and a pipe supporting top end; b. an inner support wall spaced inwardly from the outer support wall and having a generally frustoconical shape with a ground engaging bottom end and a pipe supporting top end; and c. a connecting portion for maintaining the outer support wall and the inner support wall in a fixed, spaced apart relationship, characterised in that the pipe support is shaped to be nestable with another like pipe support, the pipe support nesting with a like pipe support when stacked with the like pipe support in an aligned orientation, the pipe support further including support stops for preventing jamming of the pipe support with the like pipe support when nested.