mhurhangee/ep-ind-claims huggingface dataset:
A device for cancellation and identification of interfering signals in a communication system with at least two pairs of wires (1, 1') of a balanced line bundle, comprising: • connections (96, 96' and 97, 97') to connect the signal lines on both sides of the pairs (1,1'), • dead time elements (94, 94' and 95, 95') subordinated to said connections (96, 96' and 97, 97'), • at least one cancellation circuit, subordinated to said dead time elements (94, 94' and 95, 95'), having an interfering signal input and a cancellation signal source, which feeds a cancellation signal into the respective wire pair (1, 1'), • an interference characteristic detection device for determining at least one interference signal parameter characterizing the crosstalk interference by means of the signals of the involved wire pairs (1, 1'), and • a cancellation control unit connected to said interference characteristic detection device, which controls the setting of filter coefficients (h,..., h[L-1]) of an adaptive filter and the cancellation signal source, wherein for the delay of the filtered signal an additional delay element with adjustable delay time τ is placed in front of or behind said adaptive filter, which is a digital cancellation filter with first delay elements with delay time T and filter coefficients (h,.., h[L-1]) with a tap spacing of T, and that the adjustment of the additional delay time τ is done jointly with the adaptation of the filter coefficients (h,.., h[L-1]) for cancellation of FEXT, where wire pairs (1, 1') are non-reciprocally coupled. • connections (96, 96' and 97, 97') to connect the signal lines on both sides of the pairs (1,1'), • dead time elements (94, 94' and 95, 95') subordinated to said connections (96, 96' and 97, 97'), • at least one cancellation circuit, subordinated to said dead time elements (94, 94' and 95, 95'), having an interfering signal input and a cancellation signal source, which feeds a cancellation signal into the respective wire pair (1, 1'), • an interference characteristic detection device for determining at least one interference signal parameter characterizing the crosstalk interference by means of the signals of the involved wire pairs (1, 1'), and • a cancellation control unit connected to said interference characteristic detection device, which controls the setting of filter coefficients (h,..., h[L-1]) of an adaptive filter and the cancellation signal source,
An inspection device for inspecting a virtual image of a head-up display device, the inspection device comprising: - a vehicle windshield; - a display unit configured to generate an image and project the image onto the vehicle windshield without using a concave mirror; - an imaging unit configured to capture a virtual image of the image projected on the vehicle windshield by the display unit of the inspection device; - a storage unit configured to store data of a shape of the vehicle windshield and a relative position between the vehicle windshield, the display unit of the inspection device, and the imaging unit, the data being preliminarily set; - an imaging unit position control unit configured to cause the imaging unit to move to a predetermined position at which the virtual image is captured; - a display control unit configured to calculate an image distortion correction to be caused by a concave mirror of the head-up display device, based on the data corresponding to a position of the imaging unit after moving to the predetermined position at which the virtual image is captured, and to control the display unit of the inspection device so as to generate the image taking into account the image distortion correction; and - an image inspection unit configured to inspect a distortion of the virtual image captured by the imaging unit. - a vehicle windshield; - a display unit configured to generate an image and project the image onto the vehicle windshield without using a concave mirror; - an imaging unit configured to capture a virtual image of the image projected on the vehicle windshield by the display unit of the inspection device; - a storage unit configured to store data of a shape of the vehicle windshield and a relative position between the vehicle windshield, the display unit of the inspection device, and the imaging unit, the data being preliminarily set; - an imaging unit position control unit configured to cause the imaging unit to move to a predetermined position at which the virtual image is captured; - a display control unit configured to calculate an image distortion correction to be caused by a concave mirror of the head-up display device, based on the data corresponding to a position of the imaging unit after moving to the predetermined position at which the virtual image is captured, and to control the display unit of the inspection device so as to generate the image taking into account the image distortion correction; and - an image inspection unit configured to inspect a distortion of the virtual image captured by the imaging unit.
Clip for fastening a pipe-shaped or tube-shaped object, comprising a clip band which on the first end thereof has a first leg and on the second end thereof has a second leg, wherein when the clip band is in the clamped state the legs lie against one another and form a leg pair; wherein the clip has a clip element having a receiving portion into which the leg pair is insertable when the clip band is in the clamped state; wherein the clip element is able to be latched to the leg pair in the receiving portion; wherein the clip element has a fastening portion having a fastening space for fastening the clip to an element, and that the receiving portion has a receiving space for receiving the leg pair; wherein the receiving portion of the clip element () has a base area, a latching hook and an insertion opening, wherein guide elements are configured on the longitudinal sides of the base area of the receiving portion, characterized in that the guide elements have free ends which are bent at right angles in such a manner as to point towards one another; wherein the guide elements by way of the free ends and the base area of the receiving portion form the receiving space, and in that the fastening space is configured between the base area of the fastening portion and the free ends of the guide elements of the receiving portion.
A method for aligning rotors in Roots-type blowers, comprising: installing a paired drive rotor and idler rotor in a blower housing; affixing an idler gear to a gear-side idler rotor shaft; immobilizing the idler gear with reference to the housing; characterized by attaching a lever arm to a motor-side drive rotor shaft; rotating the lever arm in alternate directions to displace the lever arm to a first and a second extent of travel, wherein each extent of travel is defined by contact of the drive rotor against the idler rotor within the housing; measuring the displacement of the lever arm between the two extents of travel; forming a first position value by adding a first reference compensation value to a displacement value midway between the measured displacement extents; immobilizing the lever arm at the first position value; and affixing a drive gear to a gear-side drive rotor shaft. installing a paired drive rotor and idler rotor in a blower housing; affixing an idler gear to a gear-side idler rotor shaft; immobilizing the idler gear with reference to the housing; characterized by attaching a lever arm to a motor-side drive rotor shaft; rotating the lever arm in alternate directions to displace the lever arm to a first and a second extent of travel, wherein each extent of travel is defined by contact of the drive rotor against the idler rotor within the housing; measuring the displacement of the lever arm between the two extents of travel; forming a first position value by adding a first reference compensation value to a displacement value midway between the measured displacement extents; immobilizing the lever arm at the first position value; and affixing a drive gear to a gear-side drive rotor shaft.
An apparatus of a Cellular-Internet-of-Things, CIoT, capable user equipment, UE, the apparatus comprising: processing circuitry, the processing circuitry configured to: encode an Attach Request message for transmission to a Mobility Management Entity MME, in an Evolved Packet System, EPS, the Attach Request message including a Packet Data Network, PDN, Connectivity Request message for establishing a PDN connection with a Service Capability Exposure Function, SCEF, of the EPS; encode a first Reliable Data Service, RDS, frame for transmission to the SCEF, the first RDS frame for establishing an RDS acknowledged transfer procedure; and in response to an acceptance of the first RD S frame, encode a second RDS frame for transmission to the SCEF, the second RDS frame including an information field with data; and memory coupled to the processing circuitry, the memory configured to store the second RDS frame. processing circuitry, the processing circuitry configured to: encode an Attach Request message for transmission to a Mobility Management Entity MME, in an Evolved Packet System, EPS, the Attach Request message including a Packet Data Network, PDN, Connectivity Request message for establishing a PDN connection with a Service Capability Exposure Function, SCEF, of the EPS; encode a first Reliable Data Service, RDS, frame for transmission to the SCEF, the first RDS frame for establishing an RDS acknowledged transfer procedure; and in response to an acceptance of the first RD S frame, encode a second RDS frame for transmission to the SCEF, the second RDS frame including an information field with data; and encode an Attach Request message for transmission to a Mobility Management Entity MME, in an Evolved Packet System, EPS, the Attach Request message including a Packet Data Network, PDN, Connectivity Request message for establishing a PDN connection with a Service Capability Exposure Function, SCEF, of the EPS; encode a first Reliable Data Service, RDS, frame for transmission to the SCEF, the first RDS frame for establishing an RDS acknowledged transfer procedure; and in response to an acceptance of the first RD S frame, encode a second RDS frame for transmission to the SCEF, the second RDS frame including an information field with data; and memory coupled to the processing circuitry, the memory configured to store the second RDS frame.
A method for preparing a composite, comprising: providing a coating composition comprising a solvent, an adhesive, and a catalyst precursor including at least one selected from ZnSnO 3 and ZnTiO 3 on a surface of an insulating substrate to form a white coating layer; gasifying a predetermined region of the white coating layer so that the catalyst precursor is exposed and transformed into a catalyst; and forming a metal layer on the predetermined region by chemical plating. providing a coating composition comprising a solvent, an adhesive, and a catalyst precursor including at least one selected from ZnSnO 3 and ZnTiO 3 on a surface of an insulating substrate to form a white coating layer; gasifying a predetermined region of the white coating layer so that the catalyst precursor is exposed and transformed into a catalyst; and forming a metal layer on the predetermined region by chemical plating.
A computer implemented method of enabling a user to cause programming associated with a channel to be presented, the method comprising: receiving a command to initiate a function to cycle through a subset of channels accessible at a media device; in response to receiving the command, determining, whether a currently presented channel accessed at the media device is included in the subset of channels; based on determining the currently presented channel is not included in the subset of channels, and in response to receiving the command, updating, the subset of channels to add the currently presented channel to the subset of channels, the adding of the currently presented channel to the subset of channels including replacing a channel included in the subset of channels with the currently presented channel, and based on determining that the currently presented channel is included in the subset of channels, and in response to receiving the command, causing, a next channel included in the subset of channels to be presented at the media device. receiving a command to initiate a function to cycle through a subset of channels accessible at a media device; in response to receiving the command, determining, whether a currently presented channel accessed at the media device is included in the subset of channels; based on determining the currently presented channel is not included in the subset of channels, and in response to receiving the command, updating, the subset of channels to add the currently presented channel to the subset of channels, the adding of the currently presented channel to the subset of channels including replacing a channel included in the subset of channels with the currently presented channel, and based on determining that the currently presented channel is included in the subset of channels, and in response to receiving the command, causing, a next channel included in the subset of channels to be presented at the media device.
An arrangement for monitoring a cabinet, comprising a control device which is connected via a field bus to various sensors and/or actuators for monitoring and controlling various control cabinet functions, such as climate control, moisture control, access control, characterized in that the sensors and or actuators are direct connection sensors and/or direct connection actuators, each having dedicated c bus coupling circuits and being coupled by same to the field bus, that the control device comprises an initialization unit or is connected to such a unit, via which the direct connection sensors and/or the direct connection actuators can be initialized before startup and automatically addressed thereby and are subsequently connected via the control device for the exchange of data for operating purposes on the basis of individually allocated addresses, that each of said direct connection sensors and/or direct connection actuators as well as the initialization unit are provided with an enabling stage, that at the beginning of the initialization an enabling signal and a non-initializing signal is on merely in the initialization unit by means of the enabling stage, which enabling signal can be recognized at the input side of the first one of said direct connection sensors or direct connection actuators coupled to the field bus, while it cannot be recognized by succeeding direct connection sensors and/or direct connection actuators coupled to the field bus due to the not switchedthrough enabling stage of said first direct connection sensor and/or direct connection actuator, that in this state the initialization of said first direct connection sensor and/or direct connection actuator can be accomplished with allocation of its address by the initialization unit and notification of its specific characteristic data stored therein to the initialization unit and the direct connection sensor and/or direct connection actuator switches on a terminating resistor, wherein subsequent to its initialization and successful registration via its enabling stage the enabling signal can be connected to the succeeding direct connection sensor or direct connection actuator, whereupon the initialization of the succeeding and correspondingly the respective further succeeding direct connection sensors and/or direct connection actuators is accomplished successively, as long as the non-initializing signal remains at an initial voltage level, in particular ground level, wherein it automatically switches off the terminating resistor when detecting its presence and that the order of direct connection sensors and/or direct connection actuators can be stored in said control device.
An in vitro method for priming of patient-derived and genetically modified antigen specific CD4+ and/or CD8+ T cells suitable for administration to said patient having a tumor, said method comprising co-culturing the following cell-types in a culture media supplemented with anti-CD3 antibodies: tumor antigen receptor expressing target T cells from the patient to be treated, mature allogenic dendritic cells, and allogenic lymphocytes that have been sensitized against MHC class I and/or MHC class II antigens on allogenic antigen presenting cells (APCs), wherein the lymphocytes are allogenic to all other cells used and to the patient.
A curable composition comprising: a) a curable component comprising 1) an epoxy resin; 2) a polyamide composition comprising a first polyamide, the first polyamide having a tertiary amide in the polymeric backbone thereof and having at least two terminal amino groups, wherein 30 to 100 mole percent of the amido groups in the first polyamide are tertiary amido group; 3) a multifunctional amine compound comprising from 2 to 20 carbon atoms and having two or more amino groups that are primary amino groups and/or secondary amino groups; 4) a multifunctional (meth)acrylate compound having two or more (meth)acryloyl groups; and b) optionally, an inorganic filler, wherein the curable composition comprises less than 25 weight percent inorganic filler based on the total weight of the curable composition. a) a curable component comprising 1) an epoxy resin; 2) a polyamide composition comprising a first polyamide, the first polyamide having a tertiary amide in the polymeric backbone thereof and having at least two terminal amino groups, wherein 30 to 100 mole percent of the amido groups in the first polyamide are tertiary amido group; 3) a multifunctional amine compound comprising from 2 to 20 carbon atoms and having two or more amino groups that are primary amino groups and/or secondary amino groups; 4) a multifunctional (meth)acrylate compound having two or more (meth)acryloyl groups; and 1) an epoxy resin; 2) a polyamide composition comprising a first polyamide, the first polyamide having a tertiary amide in the polymeric backbone thereof and having at least two terminal amino groups, wherein 30 to 100 mole percent of the amido groups in the first polyamide are tertiary amido group; 3) a multifunctional amine compound comprising from 2 to 20 carbon atoms and having two or more amino groups that are primary amino groups and/or secondary amino groups; 4) a multifunctional (meth)acrylate compound having two or more (meth)acryloyl groups; and b) optionally, an inorganic filler, wherein the curable composition comprises less than 25 weight percent inorganic filler based on the total weight of the curable composition.
A component for a gas turbine engine having an engine axis, the component comprising: a rotor disk comprising: a web having a first outer surface at least partially defining a plurality of holes and a plurality of slots, each of the plurality of slots extending from a corresponding one of the plurality of holes and forming a first angle with the engine axis at the point of intersection with the corresponding one of the plurality of holes; and a rim having a second outer surface at least partially defining the plurality of slots, each of the plurality of slots forming a second angle with the engine axis at the second outer surface, and a plurality of airfoils extending from the second outer surface; characterised in each of the plurality of slots being twisted and the second angle being different from the first angle. a rotor disk comprising: a web having a first outer surface at least partially defining a plurality of holes and a plurality of slots, each of the plurality of slots extending from a corresponding one of the plurality of holes and forming a first angle with the engine axis at the point of intersection with the corresponding one of the plurality of holes; and a rim having a second outer surface at least partially defining the plurality of slots, each of the plurality of slots forming a second angle with the engine axis at the second outer surface, and a plurality of airfoils extending from the second outer surface; characterised in each of the plurality of slots being twisted and the second angle being different from the first angle. a web having a first outer surface at least partially defining a plurality of holes and a plurality of slots, each of the plurality of slots extending from a corresponding one of the plurality of holes and forming a first angle with the engine axis at the point of intersection with the corresponding one of the plurality of holes; and a rim having a second outer surface at least partially defining the plurality of slots, each of the plurality of slots forming a second angle with the engine axis at the second outer surface, and a plurality of airfoils extending from the second outer surface; characterised in each of the plurality of slots being twisted and the second angle being different from the first angle.
A system for receiving an analogue signal e comprising: - means for amplifying and digitising said signal in order to obtain a digitised signal e n; - an automatic gain control loop adapting the power of the signal e before digitisation, the system being characterised in that it further comprises: - a power inversion module determining a power inversion gain g 2, said gain being applied to the digitised signal e n so as to obtain an output signal e i, the power of which is inversely proportional to the power of e n, an input signal of the AGC loop being a function of the power inversion gain g 2. - means for amplifying and digitising said signal in order to obtain a digitised signal e n; - an automatic gain control loop adapting the power of the signal e before digitisation, - a power inversion module determining a power inversion gain g 2, said gain being applied to the digitised signal e n so as to obtain an output signal e i, the power of which is inversely proportional to the power of e n, an input signal of the AGC loop being a function of the power inversion gain g 2.
A metal transfer device comprising: a. a cast trough body that comprises a vessel for receiving liquid metal, b. a heater for heating the trough body, c. a filler layer between the trough body and the heater, said filler layer comprising a cast refractory material that has a thermal conductivity of at least 3W/m.K, and d. a detector for detecting leakage of liquid metal from the trough body, wherein the detector comprises an electrically conductive element and is embedded within the filler layer adjacent an outer surface of the trough body. a. a cast trough body that comprises a vessel for receiving liquid metal, b. a heater for heating the trough body, c. a filler layer between the trough body and the heater, said filler layer comprising a cast refractory material that has a thermal conductivity of at least 3W/m.K, and d. a detector for detecting leakage of liquid metal from the trough body, wherein the detector comprises an electrically conductive element and is embedded within the filler layer adjacent an outer surface of the trough body.