mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a memory device, comprising: forming an array of transistors (126, 130; 138); forming a plurality of subgroups of transistors from the transistors among the array of transistors by connecting the transistors within respective subgroups of the plurality of subgroups of transistors with respective local data lines (112:112A-112D"; 146), wherein the local data lines (112:112A-112D"; 146) are staggered; forming an array of storage devices (128; 154), wherein each storage device (128; 154) among the array of storage devices (128; 154) is connected to a respective transistor among the array of transistors; forming a plurality of word lines, wherein a first word line of the plurality of word lines is coupled to both a first and a second subgroup of the plurality of subgroups of transistors; and connecting each global data line (114:114A-114D), among a plurality of global data lines, to subgroups of the plurality of subgroups of transistors by connecting each global data line (114:114A-114D) to first local data lines (112:112A-112A"; 146) of the local data lines (112:112A-112D"; 146; 218) by first subgroup access devices (126; 150) via first storage devices (128; 154) among the array of storage devices (128; 154) that are each coupled to a respective subgroup access device (126, 150) of the first subgroup access devices (126; 150) to form a contact to the respective subgroup access device (126; 150), wherein each global data line (114; 240; 250) is connected to only one subgroup of the plurality of subgroups of transistors sharing a common word line of the plurality of word lines. forming an array of transistors (126, 130; 138); forming a plurality of subgroups of transistors from the transistors among the array of transistors by connecting the transistors within respective subgroups of the plurality of subgroups of transistors with respective local data lines (112:112A-112D"; 146), wherein the local data lines (112:112A-112D"; 146) are staggered; forming an array of storage devices (128; 154), wherein each storage device (128; 154) among the array of storage devices (128; 154) is connected to a respective transistor among the array of transistors; forming a plurality of word lines, wherein a first word line of the plurality of word lines is coupled to both a first and a second subgroup of the plurality of subgroups of transistors; and connecting each global data line (114:114A-114D), among a plurality of global data lines, to subgroups of the plurality of subgroups of transistors by connecting each global data line (114:114A-114D) to first local data lines (112:112A-112A"; 146) of the local data lines (112:112A-112D"; 146; 218) by first subgroup access devices (126; 150) via first storage devices (128; 154) among the array of storage devices (128; 154) that are each coupled to a respective subgroup access device (126, 150) of the first subgroup access devices (126; 150) to form a contact to the respective subgroup access device (126; 150), wherein each global data line (114; 240; 250) is connected to only one subgroup of the plurality of subgroups of transistors sharing a common word line of the plurality of word lines.
A method for preparing an insulating product based on wool, comprising an aeration step inside a device, the device comprises a chamber and at least one means capable of generating a turbulent gaseous flow, during the aeration step, a stream of carrier gas is introduced into the chamber and a wool in the form of nodules or flakes is subjected to the turbulent flow of this carrier gas with entrainment in one sense in a direction A and in the opposite sense in a direction B that is the opposite to the direction A so that within the chamber there is at least in one plane perpendicular to the direction A in which the wool entrained in the direction A crosses the wool entrained in the direction B.
An apparatus for the pneumatic measurement of an outer dimension of workpieces, comprising: - two measurement nozzles (2,3) which are spaced apart from one another and whose outlet openings face one another; - a compressed air supply passage (4, 5) for the measurement nozzles; and - a converter (6,7) for converting the dynamic pressure, which results in the compressed air supply passage of the measurement nozzles on a measurement at a workpiece, into a measurement value, in particular into an electrical measurement value, wherein a separate converter (6,7) is associated with each measurement nozzle (2,3) and the compressed air supply passages (4,5) are separated from one another from the measurement nozzles up to at least the converters; and wherein the spacing of the measurement nozzles (2,3) from one another is adjustable and measurable, characterized in that the two measurement nozzles (2,3) are each arranged in a measurement head (9,10), with the measurement head (9,10) in each case also receiving the converter (6,7) associated with the measurement nozzle (2,3) and forming a housing for the converter (6,7) and the measurement nozzle (2,3); and in that the measurement nozzles (2,3) are each arranged on a cross-slide (18,19) and a locking device (20,21) is provided for each cross-slide (18,19) to lock the cross-slides in a desired position in each case. - two measurement nozzles (2,3) which are spaced apart from one another and whose outlet openings face one another; - a compressed air supply passage (4, 5) for the measurement nozzles; and - a converter (6,7) for converting the dynamic pressure, which results in the compressed air supply passage of the measurement nozzles on a measurement at a workpiece, into a measurement value, in particular into an electrical measurement value,
A vibration damping and suspension device for a railway vehicle, comprising a top cover, an elastic annular member and an outer sleeve, wherein the top cover has an inner positioning pillar and an outer gland, the outer sleeve is fixedly connected to an outer peripheral wall of the elastic annular member, the inner positioning pillar is fixedly inserted in the elastic annular member, both the outer sleeve and the elastic annular member are provided with an opening extending in a radial direction, to allow the outer gland to pre-press the elastic annular member against the inner positioning pillar in the radial direction by means of the outer sleeve; and wherein a wearing ring is arranged between the outer sleeve and the outer gland, and the wearing ring is provided with an opening extending in the radial direction.
A garden pump comprising: a body; a water channel adapted to allow flow of water through the pump, the water channel has an inlet and an outlet wherein the outlet allows to transport water to desired destinations such as gardens, lawns and the like; a device arranged with the body, the device is in contact with the water flowing through the water channel and is visible from outside the pump, for safe handling by a user during working of the garden pump; characterized in that: the device is adapted to indicate temperature of water flowing through the water channel by exhibiting a color change, and wherein the device is a window adapted to inspect the water flowing through the water channel. a body; a water channel adapted to allow flow of water through the pump, the water channel has an inlet and an outlet wherein the outlet allows to transport water to desired destinations such as gardens, lawns and the like; a device arranged with the body, the device is in contact with the water flowing through the water channel and is visible from outside the pump, for safe handling by a user during working of the garden pump; characterized in that: the device is adapted to indicate temperature of water flowing through the water channel by exhibiting a color change, and wherein the device is a window adapted to inspect the water flowing through the water channel. the device is adapted to indicate temperature of water flowing through the water channel by exhibiting a color change, and wherein the device is a window adapted to inspect the water flowing through the water channel.
A white ink-jet ink comprising: high index of refraction particles having an index of refraction greater than 1.6 and a diameter of less than 50 nanometers; and low index of refraction particles having an index of refraction of less than 1.5 and a diameter of between 100 and 1000 nanometers; and wherein the low index of refraction particles comprise an emulsion in a carrier fluid; and wherein the emulsion of low index refraction particles comprises between 4-15% by weight of the total ink and the high index of refraction particles comprise between 7-11% by weight of total ink. high index of refraction particles having an index of refraction greater than 1.6 and a diameter of less than 50 nanometers; and low index of refraction particles having an index of refraction of less than 1.5 and a diameter of between 100 and 1000 nanometers; and
A laser-induced breakdown spectroscopy, LIBS, analyzer device for analysis of elemental composition of a sample, the LIBS analyzer device comprising a laser arrangement arranged in a front end of a casing of the analyzer device such that when the front end of the analyzer device is placed close to or against a surface of the sample, the pulsed output beam is directed at a target point that is at or approximately at the surface of the sample, the laser arrangement comprising: a light source for generating light output; a collimator assembly for collimating the light output from the light source into a pump beam; an optical resonator assembly for generating pulsed output beam based on the pump beam directed thereat, wherein the optical resonator assembly comprises solid laser medium and a passive Q-switch arranged between two mirrors (117a, 117b); and characterized in that the laser arrangement comprises a beam displacement assembly for laterally shifting the pump beam to adjust the position at which the pump beam meets a surface of the optical resonator assembly. a light source for generating light output; a collimator assembly for collimating the light output from the light source into a pump beam; an optical resonator assembly for generating pulsed output beam based on the pump beam directed thereat, wherein the optical resonator assembly comprises solid laser medium and a passive Q-switch arranged between two mirrors (117a, 117b); and characterized in that the laser arrangement comprises a beam displacement assembly for laterally shifting the pump beam to adjust the position at which the pump beam meets a surface of the optical resonator assembly.
A composition for use in preventing or treating hyperlipidemia, fatty liver, diabetes or obesity comprising a sesquiterpene derivative selected from the group consisting of cedryl acetate represented by the following formula IV, α-cedrene represented by the following formula V and β-cedrene represented by the following formula VI as an active ingredient:
A monitoring device with an optical sensor which has a transmitting/ receiving unit with at least one transmitter emitting light beams and at least one receiver receiving light beams, wherein the light beams are guided within a monitoring area, and with an evaluation unit in which at least one protective field is predetermined, wherein objects within the protective field are detected in the evaluation unit in dependence on reception signals of the receiver, characterised in that an external trigger signal can be read into the optical sensor, whereby a protective field is generated in the evaluation unit as a function of at least one environmental contour detected by the transmitting/receiving unit, in that the monitoring range comprises a predetermined angular range which is subdivided into a number of angular segments, at least one distance value being determined within each angular segment.
An optical communication device comprising: a slave connected to an industrial network by optical communication and having a dual-sided boot function of a safe mode and a user mode; a notification device for transmitting transition notification information indicating that the slave has transitioned to the user mode of the dual-sided boot to another device in the industrial network, and a CDR section for separating a clock embedded in serial data transmitted by a serial communication of the optical communication, wherein the slave has: the safe mode for configuring a first logic circuit by first configuration information; and the user mode for configuring a second logic circuit by second configuration information different from the first configuration information, the second logic circuit processing control data transmitted from a master in the industrial network through the serial communication. a slave connected to an industrial network by optical communication and having a dual-sided boot function of a safe mode and a user mode; a notification device for transmitting transition notification information indicating that the slave has transitioned to the user mode of the dual-sided boot to another device in the industrial network, and a CDR section for separating a clock embedded in serial data transmitted by a serial communication of the optical communication, wherein the slave has: the safe mode for configuring a first logic circuit by first configuration information; and the user mode for configuring a second logic circuit by second configuration information different from the first configuration information, the second logic circuit processing control data transmitted from a master in the industrial network through the serial communication. the safe mode for configuring a first logic circuit by first configuration information; and the user mode for configuring a second logic circuit by second configuration information different from the first configuration information, the second logic circuit processing control data transmitted from a master in the industrial network through the serial communication.
A vehicle-mounted environment recognition device comprising: an imaging unit that acquires an image taken by an imaging device; an image self-diagnosis unit that diagnoses contamination of a lens of the imaging device with respect to the image acquired by the imaging unit; an image recognition application execution unit that executes an image recognition application selected from a predetermined group of image recognition applications; and a fail determination unit adapted to determine, based on a diagnosis result from the image self-diagnosis unit, whether a lens contamination state is within an endurance range of the executed image recognition application, characterized in that the fail determination unit is further adapted to set an operation mode of the executed image recognition application to a suppression mode for suppressing erroneous detection if the lens contamination state is determined to be within the endurance range of the executed image recognition application, and implement contamination removal control by starting contamination removal hardware if the lens contamination state is deteremined to be outside the endurance range of the executed image recognition application, wherein the suppression mode comprises dynamical adjustment of parameters of the executed image recognition application or starting of an additional module operation for reinforcing resistance to the lens contamination state of the executed image recognition application. an imaging unit that acquires an image taken by an imaging device; an image self-diagnosis unit that diagnoses contamination of a lens of the imaging device with respect to the image acquired by the imaging unit; an image recognition application execution unit that executes an image recognition application selected from a predetermined group of image recognition applications; and a fail determination unit adapted to determine, based on a diagnosis result from the image self-diagnosis unit, whether a lens contamination state is within an endurance range of the executed image recognition application, characterized in that the fail determination unit is further adapted to set an operation mode of the executed image recognition application to a suppression mode for suppressing erroneous detection if the lens contamination state is determined to be within the endurance range of the executed image recognition application, and implement contamination removal control by starting contamination removal hardware if the lens contamination state is deteremined to be outside the endurance range of the executed image recognition application, wherein
Method for setting electrically locally-set points, in which - a points setting command relating to the electrically locally-set points is received by a points controller, - the speed of a vehicle approaching the electrically locally-set points from their pointed side is established, - the electrically locally-set points are set by the points controller according to the points setting command received, provided the speed of the vehicle does not exceed a permitted maximum speed, and - a warning signal is output at a point position indicator assigned to the electrically locally-set points if the speed of the vehicle exceeds a permitted maximum speed. - a points setting command relating to the electrically locally-set points is received by a points controller, - the speed of a vehicle approaching the electrically locally-set points from their pointed side is established, - the electrically locally-set points are set by the points controller according to the points setting command received, provided the speed of the vehicle does not exceed a permitted maximum speed, and - a warning signal is output at a point position indicator assigned to the electrically locally-set points if the speed of the vehicle exceeds a permitted maximum speed.
A method for checking a person's access authorisation in a door-closing system, wherein at least one fingerprint or a number of security-relevant features of a fingerprint in each case for one or more persons with access authorisation are stored in a memory, wherein, to check the authorisation, at least one fingerprint of the person is captured using an area sensor, and a comparison is made with the stored fingerprint or with the stored security-relevant features, wherein access is granted when a predefined comparison criterion is met, and thus a match characterised in that access is granted only when, after the fingerprint has been captured with the area sensor, a continuous dragging movement of the finger on the sensor surface by a predefined and stored extent to beyond the sensor surface is established, wherein a print area is determined when the fingerprint is captured, and access is granted only when the continuous dragging movement of the finger on the sensor surface takes place such that at least 50% of the print area has been removed from the sensor surface. wherein at least one fingerprint or a number of security-relevant features of a fingerprint in each case for one or more persons with access authorisation are stored in a memory, wherein, to check the authorisation, at least one fingerprint of the person is captured using an area sensor, and a comparison is made with the stored fingerprint or with the stored security-relevant features, wherein access is granted when a predefined comparison criterion is met, and thus a match characterised in that access is granted only when, after the fingerprint has been captured with the area sensor, a continuous dragging movement of the finger on the sensor surface by a predefined and stored extent to beyond the sensor surface is established, wherein a print area is determined when the fingerprint is captured, and access is granted only when the continuous dragging movement of the finger on the sensor surface takes place such that at least 50% of the print area has been removed from the sensor surface.
Method for operating an elevator system, in particular an elevator system operated by means of linear motors, wherein the elevator system comprises a shaft system comprising at least one vertical elevator shaft; and a plurality of elevator cars, each comprising a plurality of functional components (6, 7, 8, 9) for carrying out different functions, wherein in a special operating mode of the elevator system at least one auxiliary device (121, 122) is associated to a first elevator car, wherein the at least one auxiliary device (121, 122) provides a substitute function for at least one function of one of the functional components (6, 7, 8, 9) of the first elevator car, wherein the corresponding at least one function of a functional component (6, 7, 8, 9) of the first elevator car is replaced by the substitute function provided by the at least one auxiliary device (121, 122), and the operation of the elevator system is continued by use of the substitute function provided; characterized in that a protected region is formed around the first elevator car, into which region only the at least one auxiliary device (121, 122) is allowed to be brought, wherein the at least one auxiliary device (121, 122) is brought to the first elevator car by use of means for monitoring the distance to the first elevator car. a shaft system comprising at least one vertical elevator shaft; and a plurality of elevator cars, each comprising a plurality of functional components (6, 7, 8, 9) for carrying out different functions, wherein in a special operating mode of the elevator system at least one auxiliary device (121, 122) is associated to a first elevator car, wherein the at least one auxiliary device (121, 122) provides a substitute function for at least one function of one of the functional components (6, 7, 8, 9) of the first elevator car, wherein the corresponding at least one function of a functional component (6, 7, 8, 9) of the first elevator car is replaced by the substitute function provided by the at least one auxiliary device (121, 122), and the operation of the elevator system is continued by use of the substitute function provided; characterized in that a protected region is formed around the first elevator car, into which region only the at least one auxiliary device (121, 122) is allowed to be brought, wherein the at least one auxiliary device (121, 122) is brought to the first elevator car by use of means for monitoring the distance to the first elevator car.
A method comprising: receiving a data signal using a DSL (Digital Subscriber Line); receiving a reference signal, the reference signal corresponding, in part, to noise on the data signal; classifying the reference signal, the method characterized in that classifying the reference signal comprises estimating statistical properties of the reference signal and comparing the statistical properties to a known set of properties; and applying a noise cancellation signal to the data signal based on the classification. receiving a data signal using a DSL (Digital Subscriber Line); receiving a reference signal, the reference signal corresponding, in part, to noise on the data signal; classifying the reference signal, the method characterized in that classifying the reference signal comprises estimating statistical properties of the reference signal and comparing the statistical properties to a known set of properties; and applying a noise cancellation signal to the data signal based on the classification.