mhurhangee/ep-ind-claims huggingface dataset:
A door drive for driving a swing leaf in a door assembly, wherein the door drive is configured to be mounted to a reception body, such as a door transom, a wall or the like, including a connector module for connecting at least one connecting line, characterized in that • the connector module, from the direction of the reception body and from at least one lateral direction, has at least one opening, through which the connecting line is optionally fed to the connector module, and • furthermore, the door drive has a drive unit, to which the connector module is mechanically self-retained connected via at least one slip-on projection at the drive unit, wherein at least one slip-on recess, into which the slip-on projection is inserted, is provided at the connector module. • the connector module, from the direction of the reception body and from at least one lateral direction, has at least one opening, through which the connecting line is optionally fed to the connector module, and • furthermore, the door drive has a drive unit, to which the connector module is mechanically self-retained connected via at least one slip-on projection at the drive unit, wherein at least one slip-on recess, into which the slip-on projection is inserted, is provided at the connector module.
Translucent multiphase adhesive comprising at least one continuous phase and also dispersely distributed domains, the at least one continuous phase being an adhesive based on styrene block copolymer, polybutylene or polyolefin and having • a refractive index, as determined in the Test Methods section of the description, of more than 1.45 and • a water vapor permeation rate, as determined in the Test Methods section of the description, the value being standardized to an adhesive thickness of 50 μm, of less than 100 g/m 2 d, and the disperse domains • being present with their average diameter in a size range from 0.1 μm to 50 μm, • being present in a weight fraction of not more than 10 wt% in the adhesive, and also characterized in that the disperse domains are polymeric in nature, have a WVTR, as determined in the Test Methods section of the description, the value being standardized to a thickness of 50 μm, of less than 100 g/m 2 d, and have a refractive index, as determined in the Test Methods section of the description, of less than 1.45. • a refractive index, as determined in the Test Methods section of the description, of more than 1.45 and • a water vapor permeation rate, as determined in the Test Methods section of the description, the value being standardized to an adhesive thickness of 50 μm, of less than 100 g/m 2 d, and the disperse domains • being present with their average diameter in a size range from 0.1 μm to 50 μm, • being present in a weight fraction of not more than 10 wt% in the adhesive, and also
A dental appliance comprising: an outer perimeter defined by a first front flap and a second front flap, said front flaps (12,14) being separated by a forward cusp and a first side flap and a second side flap, a first side cusp separating said first front flap from said first side flap and a second side cusp separating said second front flap from said second side flap; an open area (50,52) in each of said forward front flaps (12,14); a line of symmetry; a symmetric, arch-shaped bite line area extending through said line of symmetry and located behind said open areas (50,52); a first side of said bite line area extending through a first set of open spaces and a second side of said bite line area extending through a second set of open spaces; characterized in that each said open area extends through the appliance from a first planar side to a second planar side and has a leading portion angled toward the appliance line of symmetry and a trailing portion angled away from said line of symmetry and in that the appliance comprises a rear palate portion continuously extending from the first set of open spaces to the second set of open spaces. an outer perimeter defined by a first front flap and a second front flap, said front flaps (12,14) being separated by a forward cusp and a first side flap and a second side flap, a first side cusp separating said first front flap from said first side flap and a second side cusp separating said second front flap from said second side flap; an open area (50,52) in each of said forward front flaps (12,14); a line of symmetry; a symmetric, arch-shaped bite line area extending through said line of symmetry and located behind said open areas (50,52); a first side of said bite line area extending through a first set of open spaces and a second side of said bite line area extending through a second set of open spaces; characterized in that each said open area extends through the appliance from a first planar side to a second planar side and has a leading portion angled toward the appliance line of symmetry and a trailing portion angled away from said line of symmetry and in that the appliance comprises a rear palate portion continuously extending from the first set of open spaces to the second set of open spaces.
An outdoor unit of an air conditioner comprising: a housing, wherein an interior of the housing is partitioned into a machine chamber having a heat exchanger and a compressor, and a blower chamber disposed at an upper portion of the machine chamber and having a blower, the left half of the blower chamber is defined as the left blower chamber and the right half thereof is defined as the right blower chamber with a center line in a lateral direction of the housing being interposed therebetween, a first blower is disposed in the left blower chamber, a second blower is disposed in the right blower chamber, an air blowing port of the first blower and an air blowing port of the second blower are symmetrically disposed on a top surface of the housing with the center line in the lateral direction of the housing being interposed therebetween, characterized in that the rotation shaft of a fan in the first blower is disposed closer to the center line in the lateral direction of the housing than the center line in a lateral direction of the left blower chamber, and the rotation shaft of a fan in the second blower is disposed closer to the center line in the lateral direction of the housing than the center line in a lateral direction of the right blower chamber. a housing, wherein an interior of the housing is partitioned into a machine chamber having a heat exchanger and a compressor, and a blower chamber disposed at an upper portion of the machine chamber and having a blower, the left half of the blower chamber is defined as the left blower chamber and the right half thereof is defined as the right blower chamber with a center line in a lateral direction of the housing being interposed therebetween, a first blower is disposed in the left blower chamber, a second blower is disposed in the right blower chamber, an air blowing port of the first blower and an air blowing port of the second blower are symmetrically disposed on a top surface of the housing with the center line in the lateral direction of the housing being interposed therebetween, characterized in that the rotation shaft of a fan in the first blower is disposed closer to the center line in the lateral direction of the housing than the center line in a lateral direction of the left blower chamber, and the rotation shaft of a fan in the second blower is disposed closer to the center line in the lateral direction of the housing than the center line in a lateral direction of the right blower chamber.
A method in a user equipment for determining a transport block size, which transport block size is used by the user equipment in receiving downlink data transmissions from a network node which are frequency multiplexed with an enhanced Control CHannel, eCCH, the user equipment and the network node being comprised in a telecommunications system, which user equipment has access to a table of predetermined transport block sizes for different number of allocated radio resource blocks, PRBs, the method comprising - obtaining an indicator N PRB, wherein the indicator N PRB is defined based on a total number of PRBs allocated to the downlink data transmission N PRB ′ and based on a positive PRB offset value O PRB, - determining the transport block size from the table of predetermined transport block sizes based on at least the indicator N PRB; wherein the indicator N PRB indicates which column in the table of predetermined transport block sizes to look in when determining the transport block size. - obtaining an indicator N PRB, wherein the indicator N PRB is defined based on a total number of PRBs allocated to the downlink data transmission N PRB ′ and based on a positive PRB offset value O PRB, - determining the transport block size from the table of predetermined transport block sizes based on at least the indicator N PRB;
A device for blocking a vehicle in front of a loading dock in a docking lane, said device comprising a frame, a blocking module which is provided with operating means along the frame, said blocking module comprising a translational carriage which supports a blocking head and a detection means, wherein the blocking head comprises a blocking arm which is movably mounted on the carriage between a standby position and a blocking position and operating means which are designed to move the blocking arm toward the standby position or the blocking position, the detection means being designed to detect the rear of a wheel of said vehicle, characterized in that it comprises a control unit which is designed to control the blocking arm operating means so as to cause a movement of the blocking arm from the standby position to the blocking position as a function of the detection of the rear of said wheel of said vehicle by the detection means, and characterized in that it comprises an optical sensor which is supported by the carriage between the blocking head and the detection means and designed to detect the front of said wheel of said vehicle and in that the control unit is designed to control the blocking arm operating means so as to cause a movement of the blocking arm from the standby position toward the blocking position as a function of the detection of the rear of said wheel of said vehicle by the detection means and the detection of the front of said wheel of said vehicle by the optical sensor.
A low drop-out voltage regulator, comprising: a pass transistor coupled to an input voltage node (VINB), which is coupleable to the output of a switching regulator, and an output voltage node (VOUT), which is coupled to an output voltage divider (R1, R2) and coupleable to a load; the voltage divider (R1, R2); a drive transistor, wherein a source of the drive transistor is coupled to a control input of the pass transistor; a first resistor coupled between the source and a back gate of the drive transistor; a complementary to absolute temperature CTAT current generator circuit coupled between the input voltage node (VINB) and the source of the drive transistor and configured to generate a CTAT current through the first resistor to bias the first resistor; and an error amplifier with a first input coupled to the voltage divider (R1, R2) to receive a feedback voltage and a second input for receiving a reference voltage (VREF) and an output coupled to the drive transistor to turn the drive transistor on and off. a pass transistor coupled to an input voltage node (VINB), which is coupleable to the output of a switching regulator, and an output voltage node (VOUT), which is coupled to an output voltage divider (R1, R2) and coupleable to a load; the voltage divider (R1, R2); a drive transistor, wherein a source of the drive transistor is coupled to a control input of the pass transistor; a first resistor coupled between the source and a back gate of the drive transistor; a complementary to absolute temperature CTAT current generator circuit coupled between the input voltage node (VINB) and the source of the drive transistor and configured to generate a CTAT current through the first resistor to bias the first resistor; and an error amplifier with a first input coupled to the voltage divider (R1, R2) to receive a feedback voltage and a second input for receiving a reference voltage (VREF) and an output coupled to the drive transistor to turn the drive transistor on and off.
A process for the hydrogenation of at least one unsaturated hydrocarbon compound selected from the group consisting of alkadienes, alkatrienes and alkapolyenes; alkynes, dialkynes, trialkynes and polyalkynes; and aromatic compounds, using a hydrogenation catalyst comprising an ordered intermetallic compound characterized in that the ordered intermetallic compound is selected from the group consisting of Fe 4 Al 13, O-Co 4 Al 13, h-Co 4 Al 13 and m-Co 4 Al 13.
An installing environment estimation device comprising: acquisition means for acquiring data collected by a portable apparatus and concerning equipment being a monitoring target; extraction means for analyzing the data acquired by the acquisition means, and thereby extracting a feature quantity of the data; estimation means for collating the feature quantity of the data which is extracted by the extraction means with a classification model being set in advance for each item of the feature quantity of an individual apparatus, and thereby estimating an installing environment of the equipment; attribute information storage means for storing attribute information of the equipment; wherein the attribute information is set by associating, to an equipment type that identifies a type of the equipment, a name of the equipment and an equipment characteristic, where the equipment characteristic indicates an attribute of the equipment; and failure sign diagnosis means for correcting a threshold to be used for comparison with the installing environment of the equipment, according to the equipment characteristic that matches with the equipment type of the equipment and a rule that matches with the equipment characteristic by referring to a diagnosis rule storage unit, wherein the equipment characteristic includes the following values: specifications for outdoors, specifications for room and specifications for machine room; and for diagnosing a sign of a failure of the equipment by comparing the installing environment of the equipment which is estimated by the estimation means, with the threshold. acquisition means for acquiring data collected by a portable apparatus and concerning equipment being a monitoring target; extraction means for analyzing the data acquired by the acquisition means, and thereby extracting a feature quantity of the data; estimation means for collating the feature quantity of the data which is extracted by the extraction means with a classification model being set in advance for each item of the feature quantity of an individual apparatus, and thereby estimating an installing environment of the equipment; attribute information storage means for storing attribute information of the equipment; wherein the attribute information is set by associating, to an equipment type that identifies a type of the equipment, a name of the equipment and an equipment characteristic, where the equipment characteristic indicates an attribute of the equipment; and failure sign diagnosis means for correcting a threshold to be used for comparison with the installing environment of the equipment, according to the equipment characteristic that matches with the equipment type of the equipment and a rule that matches with the equipment characteristic by referring to a diagnosis rule storage unit, wherein the equipment characteristic includes the following values: specifications for outdoors, specifications for room and specifications for machine room; and for diagnosing a sign of a failure of the equipment by comparing the installing environment of the equipment which is estimated by the estimation means, with the threshold.
A method of displaying data in layers on a display screen, said method comprising: selecting one or more objects to be displayed in a plurality of layers; identifying (420, 430) a plurality of display attributes, wherein each of the layers has one or more corresponding display attributes different from those of other layers which attributes determine the appearance of the displayed objects; assigning each of the objects to one of the layers; applying the display attributes corresponding to a layer for each of its assigned objects; and displaying the objects with the applied display attributes. selecting one or more objects to be displayed in a plurality of layers; identifying (420, 430) a plurality of display attributes, wherein each of the layers has one or more corresponding display attributes different from those of other layers which attributes determine the appearance of the displayed objects; assigning each of the objects to one of the layers; applying the display attributes corresponding to a layer for each of its assigned objects; and displaying the objects with the applied display attributes.
A method of generating a monoclonal antibody, comprising the steps of: a) creating a target antibody cDNA sequence library, the creating comprising the steps of: i) reverse transcribing mRNA to cDNA, wherein the mRNA has been isolated from lymphocytes isolated from a host subject that has been immunized with an antigen; ii) amplifying target antibody cDNA sequences; and iii) sequencing the target antibody cDNA sequences, wherein the amplified target antibody cDNA sequences are sequenced by massively parallel sequencing; and b) analyzing the frequency of the sequenced target antibody cDNA sequences, comprising: (i) comparing the relative frequencies of target antibody cDNA sequences before and after exposure to the antigen, wherein target antibody cDNA sequences having a significantly higher frequency after exposure to the antigen are identified as candidate antibody sequences; or (ii) comparing the relative frequencies of target antibody cDNA sequences at two or more times after exposure to the antigen, wherein target antibody cDNA sequences having a significantly lower frequency in later times are identified as candidate antibody sequences. a) creating a target antibody cDNA sequence library, the creating comprising the steps of: i) reverse transcribing mRNA to cDNA, wherein the mRNA has been isolated from lymphocytes isolated from a host subject that has been immunized with an antigen; ii) amplifying target antibody cDNA sequences; and iii) sequencing the target antibody cDNA sequences, wherein the amplified target antibody cDNA sequences are sequenced by massively parallel sequencing; and i) reverse transcribing mRNA to cDNA, wherein the mRNA has been isolated from lymphocytes isolated from a host subject that has been immunized with an antigen; ii) amplifying target antibody cDNA sequences; and iii) sequencing the target antibody cDNA sequences, wherein the amplified target antibody cDNA sequences are sequenced by massively parallel sequencing; and b) analyzing the frequency of the sequenced target antibody cDNA sequences, comprising: (i) comparing the relative frequencies of target antibody cDNA sequences before and after exposure to the antigen, wherein target antibody cDNA sequences having a significantly higher frequency after exposure to the antigen are identified as candidate antibody sequences; or (ii) comparing the relative frequencies of target antibody cDNA sequences at two or more times after exposure to the antigen, wherein target antibody cDNA sequences having a significantly lower frequency in later times are identified as candidate antibody sequences. (i) comparing the relative frequencies of target antibody cDNA sequences before and after exposure to the antigen, wherein target antibody cDNA sequences having a significantly higher frequency after exposure to the antigen are identified as candidate antibody sequences; or (ii) comparing the relative frequencies of target antibody cDNA sequences at two or more times after exposure to the antigen, wherein target antibody cDNA sequences having a significantly lower frequency in later times are identified as candidate antibody sequences.
A network security system in a communications network, said network comprising a plurality of devices adapted to communicate over the network, at least one device capable of downloading or uploading an application over the network, said system comprises: means for data capture on the network by receiving data from a first data source and a second data source wherein the second data source comprises an app inventory module configured to output a list of installed apps for each of a given set of devices in the network; means for analysing comprising means for correlating data arising from network behaviour of at least one device obtained from the first data source and data from the second data source and means for generating a data structure wherein the generated data structure comprises a matrix representative of data captured from the first and second data sources; and based on said analyses of the generated data structure, means for identifying apps on at least one device which are behaving suspiciously by ascertaining the suspiciousness of an app due to its presence in the data structure after common apps in the given set of devices have been filtered out. means for data capture on the network by receiving data from a first data source and a second data source wherein the second data source comprises an app inventory module configured to output a list of installed apps for each of a given set of devices in the network; means for analysing comprising means for correlating data arising from network behaviour of at least one device obtained from the first data source and data from the second data source and means for generating a data structure wherein the generated data structure comprises a matrix representative of data captured from the first and second data sources; and based on said analyses of the generated data structure, means for identifying apps on at least one device which are behaving suspiciously by ascertaining the suspiciousness of an app due to its presence in the data structure after common apps in the given set of devices have been filtered out.
Cleaning equipment, in particular to clean a ditch arranged along a road by scraping the bottom of the ditch, said equipment being able to be placed on board a tractive unit comprising an arm, a support for connecting the arm to the unit, and a rotary tool for cleaning the ditch configured to detach material from the ditch and project said material, said arm being equipped with an endless transmission member, such as a conveyor belt, able to move loads from an end called first end of the arm toward the other end called second end of the arm, characterized in that the arm is mounted on its support pivoting around an axis (XX'), called vertical, able to extend substantially vertically in the usage configuration of said equipment, in that the tool is arranged at the end of a tool-holding leg forming, with said tool, an assembly coupled to the arm by an articulated link comprising first means for pivotably moving said assembly around a first axis (YY'), called horizontal, orthogonal to the pivot axis (XX') of the arm and second means for pivotably moving said assembly around a second axis (ZZ'), orthogonal to said first axis (YY'), and having at least one configuration in which it extends parallel to the pivot axis (XX') of the arm, and in that the equipment comprises, supported by the arm and/or said assembly, means for guiding the material projected by the tool from the tool to the endless transmission member.