mhurhangee/ep-ind-claims huggingface dataset:
A method for estimating the signal to interference and noise ratio of a communication link between a first node and a second node (102 i) of a wireless communication network, said network comprising a number of further communication links between said first node and a number of further nodes of the wireless communication network, the method comprising, at said first node: a) providing first estimates of useful signal powers (S 1 ', S 2 ', S 3 ') on said communication link and on said further communication links; b) providing second estimates of the useful signal power on said communication link and on said further communication links on the basis of, jointly, the first estimate of the useful signal power (S 1 ') on said communication link and the first estimates of the useful signal powers (S 2 ', S 3 ') on said further communication links; and c) estimating said signal to interference and noise ratio (SE1 1) as a ratio between the second estimate of the useful signal power on said communication link and a power term comprising a sum of the second estimates of the useful signal powers on the further communication links. a) providing first estimates of useful signal powers (S 1 ', S 2 ', S 3 ') on said communication link and on said further communication links; b) providing second estimates of the useful signal power on said communication link and on said further communication links on the basis of, jointly, the first estimate of the useful signal power (S 1 ') on said communication link and the first estimates of the useful signal powers (S 2 ', S 3 ') on said further communication links; and c) estimating said signal to interference and noise ratio (SE1 1) as a ratio between the second estimate of the useful signal power on said communication link and a power term comprising a sum of the second estimates of the useful signal powers on the further communication links.
A heat-sensitive transfer recording medium comprising a base material, a heat-resistant lubricating layer formed on one surface of the base material, an undercoating layer formed on the other surface of the base material, and a dye layer formed on a surface, opposite to a surface facing to the base material, of the undercoating layer, characterized in that, the undercoating layer contains a water-soluble polymer as a main component, and an equilibrium moisture absorption rate under conditions of a temperature of 23 °C and a humidity of 50 % is 15 % or less, and an average α of surface roughness (root-mean-square deviation Sq) of the heat-resistant lubricating layer is 0.05-0.40 μm, an average β of surface roughness (root-mean-square deviation Sq) of the heat-resistant lubricating layer after standing under conditions of 150 °C and ten minutes is 0.00-0.70 μm, and a difference between the average α and the average β is 0.00-0.30 μm.
A microwave oven comprising: a magnetron; a power supply to provide power to the magnetron; a door; and a plurality of switches serially connected with each other between the magnetron and the power supply, wherein the switches are turned on/off according to opening/closing of the door, characterized by at least two monitor switches 112, 112' connected in parallel with each other between the magnetron and the power supply, wherein the at least two monitor switches 112, 112' are turned on when the door 300 is opened in a left or a right direction, or turned off when the door 300 is closed. a magnetron; a power supply to provide power to the magnetron; a door; and a plurality of switches serially connected with each other between the magnetron and the power supply, wherein the switches are turned on/off according to opening/closing of the door, characterized by at least two monitor switches 112, 112' connected in parallel with each other between the magnetron and the power supply, wherein the at least two monitor switches 112, 112' are turned on when the door 300 is opened in a left or a right direction, or turned off when the door 300 is closed.
A photoacoustic imaging apparatus, comprising: a light source; a plurality of detecting elements arranged in a spatial direction for detecting an acoustic wave (16, 22) generated from a surface of an object and a light absorber inside the object, which have absorbed light irradiated from the light source, and converting the acoustic wave into a detection signal; and a signal processor for performing Fourier transform, in the spatial direction, on the signals detected by the plurality of detecting elements so as to obtain spatial frequency signals, then reducing components exhibiting less than a predetermined frequency from among the spatial frequency signals, and then performing inverse Fourier-transform on the reduced spatial frequency signals so as to generate image data. a light source; a plurality of detecting elements arranged in a spatial direction for detecting an acoustic wave (16, 22) generated from a surface of an object and a light absorber inside the object, which have absorbed light irradiated from the light source, and converting the acoustic wave into a detection signal; and a signal processor for performing Fourier transform, in the spatial direction, on the signals detected by the plurality of detecting elements so as to obtain spatial frequency signals, then reducing components exhibiting less than a predetermined frequency from among the spatial frequency signals, and then performing inverse Fourier-transform on the reduced spatial frequency signals so as to generate image data.
A Seat, in particular for vehicle, comprising at least one first and one second seat elements (16, 18, 19, 20, 22) movable relatively to each other and at least one actuator 24, 26, 28, 30) ensuring a relative movement between both the first and second movable elements (16, 20), comprising: - a sensor for measuring a piece of representative information of a position of the first seat element relatively to the second seat element, characterized in that the sensor includes an inclinometer (56, 58, 59, 60) secured to the first seat element, and in that the information representative of the position of the first seat element is an inclination of the first seat element. - a sensor for measuring a piece of representative information of a position of the first seat element relatively to the second seat element,
A process to obtain a trifluoromethylating composition which comprises: (i) contacting a copper (l) source and a base in the presence of a solvent, wherein the base is selected from alkali metal alkoxide, alkali metal aryloxide and mixtures thereof; and (ii) reacting the cuprating reagent obtained in (i) and fluoroform. (i) contacting a copper (l) source and a base in the presence of a solvent, wherein the base is selected from alkali metal alkoxide, alkali metal aryloxide and mixtures thereof; and (ii) reacting the cuprating reagent obtained in (i) and fluoroform.
A method implemented by computer means, for optimizing the settings of an ophthalmic system comprising an ophthalmic lens arranged to be fitted in a spectacle frame according to a given wearer, the method comprising the steps of: - providing to the computer means wearer data comprising a 3D representation of the wearer's face, - providing to the computer means frame data comprising a 3D representation of the spectacle frame presenting a curvature, - providing to the computer means lens data comprising a 3D representation of the ophthalmic lens presenting a bevel, a front face and a rear face, - generating positioning data based on the wearer, frame and lens data, said positioning data comprising a respective position of the wearer's face with respect to the spectacle frame associated with the ophthalmic lens, and - upon a modification request, modifying the settings of the ophthalmic lens to be fitted in the spectacle frame, so as to modify the positioning data wherein modifying the settings of the ophthalmic lens comprises the following subsequent steps: - modifying the 3D representation of the bevel of the ophthalmic lens, - modifying the front and rear faces of the ophthalmic lens, - modifying the curvature of the spectacle frame, and - adding additional facets to the ophthalmic lens. - providing to the computer means wearer data comprising a 3D representation of the wearer's face, - providing to the computer means frame data comprising a 3D representation of the spectacle frame presenting a curvature, - providing to the computer means lens data comprising a 3D representation of the ophthalmic lens presenting a bevel, a front face and a rear face, - generating positioning data based on the wearer, frame and lens data, said positioning data comprising a respective position of the wearer's face with respect to the spectacle frame associated with the ophthalmic lens, and - upon a modification request, modifying the settings of the ophthalmic lens to be fitted in the spectacle frame, so as to modify the positioning data - modifying the 3D representation of the bevel of the ophthalmic lens, - modifying the front and rear faces of the ophthalmic lens, - modifying the curvature of the spectacle frame, and - adding additional facets to the ophthalmic lens.
A sensor data transmission system comprising: a central processor; a first sensor assembly including a first sensor, a first processor and a first relay, wherein the first sensor is configured to detect a first condition, the first processor is configured to receive a first condition detected signal from the first sensor and open the first relay at least once within a first pre-determined time interval, wherein the opening pattern of the first relay within the first pre-determined time interval identifies the first condition and wherein the first pre-determined time interval is preprogrammed into the first processor; a second sensor assembly including a second sensor, second processor and a second relay, wherein the second sensor is configured to detect a second condition, the second processor is configured to receive a second condition detected signal from the second sensor and open the second relay at least once within a second pre-determined time interval, wherein the opening pattern of the second relay within the second pre-determined time interval identifies the second condition and wherein the second pre-determined time interval is preprogrammed into the second processor; a first communication conductor in electrical contact between the first and second processors and interposed by the second relay; and a second communication conductor in electrical contact between the central processor and the first processor and interposed by the first relay. a central processor; a first sensor assembly including a first sensor, a first processor and a first relay, wherein the first sensor is configured to detect a first condition, the first processor is configured to receive a first condition detected signal from the first sensor and open the first relay at least once within a first pre-determined time interval, wherein the opening pattern of the first relay within the first pre-determined time interval identifies the first condition and wherein the first pre-determined time interval is preprogrammed into the first processor; a second sensor assembly including a second sensor, second processor and a second relay, wherein the second sensor is configured to detect a second condition, the second processor is configured to receive a second condition detected signal from the second sensor and open the second relay at least once within a second pre-determined time interval, wherein the opening pattern of the second relay within the second pre-determined time interval identifies the second condition and wherein the second pre-determined time interval is preprogrammed into the second processor; a first communication conductor in electrical contact between the first and second processors and interposed by the second relay; and a second communication conductor in electrical contact between the central processor and the first processor and interposed by the first relay.
An injection device comprising; a. a housing; b. a medicament reservoir provided in the housing; c. an injection cannula moveable within the housing between a pre-dispense position and a dispense position in fluid communication with the reservoir; d. a microprocessor mounted on or within the housing; e. a sensor system in communication with the microprocessor, said sensor system configured to detect when the injection cannula is in the pre-dispense position and when the cannula is in the dispense position; f. a transmitter in communication with the microprocessor, said transmitter configured to transmit data to a remote receiver indicating a position of the cannula. a. a housing; b. a medicament reservoir provided in the housing; c. an injection cannula moveable within the housing between a pre-dispense position and a dispense position in fluid communication with the reservoir; d. a microprocessor mounted on or within the housing; e. a sensor system in communication with the microprocessor, said sensor system configured to detect when the injection cannula is in the pre-dispense position and when the cannula is in the dispense position; f. a transmitter in communication with the microprocessor, said transmitter configured to transmit data to a remote receiver indicating a position of the cannula.
Use of a kit for the prognosis of colorectal cancer from a blood sample, characterized in that it comprises specific partners which specifically bind for detecting the expression level of any one or more genes selected from the following five genes: BST1, as shown in SEQ ID NO:1; MGST1, as shown in SEQ ID NO: 2, 3, 4, 5, 6, 7, 8, 9 or 10; HP, as shown in SEQ ID NO: 11 or 12; RCAN3, as shown in SEQ ID NO: 13, 14, 15, 16, 17, 18, 19, 20, 21 or 22; and SRA1, as shown in SEQ ID NO: 23 or 24, wherein the kit is characterized in that the reagents are those selected from the group consisting of reagents for detecting the amount of RNA, especially the amount of mRNA, transcribed from the gene; reagents for detecting the amount of cDNA complementary to the mRNA; and reagents for detecting the amount of cRNA complementary to the cDNA.
Refrigerated sales cabinet, comprising a cabinet body comprising a bottom portion and a rear wall, defining a goods presentation space; and at least two vertical shelf support rails integrated into the rear wall such that a front face of the vertical shelf support rails lies in or behind the plane of the front surface of the rear wall; wherein the at least two vertical shelf support rails comprise: an interior receiving space configured to receive a guiding element of a shelf support element, the interior receiving space being located behind the plane of the front surface of the rear wall; a vertical guiding trench extending through the front face of the vertical shelf support rail; and a number of recesses provided in the front face of the shelf support rail, configured to receive respective projections of shelf support elements and to fasten the shelf support element at different vertical positions; wherein the at least two vertical shelf support rails extend from a lower end position at or adjacent to the bottom portion to an upper end position at or adjacent to the roof portion, in order to enable a movement of the respective shelf support element over a substantial part of the height of the goods presentation space; and wherein the vertical guiding trench is provided with at least one insertion portion formed by a recess of the front rail wall at an upper and/or a lower end portion of the vertical shelf support rail, for inserting a guiding element of the shelf support element. an interior receiving space configured to receive a guiding element of a shelf support element, the interior receiving space being located behind the plane of the front surface of the rear wall; a vertical guiding trench extending through the front face of the vertical shelf support rail; and a number of recesses provided in the front face of the shelf support rail, configured to receive respective projections of shelf support elements and to fasten the shelf support element at different vertical positions;
A linear air diffuser module, comprising: - an elongated support member having a longitudinal direction, a lower face intended to face an interior space of a vehicle body of a public transportation vehicle and an upper face intended to face a ceiling structure of the vehicle body, the support member including two longitudinal upright wall portions facing one another and laterally enclosing a longitudinal air channel provided with at least one upper opening and at least one elongated lower opening; - a diffuser plate extending between the two longitudinal upright wall portions to cover the lower opening, the diffuser plate being provided with diffusion openings to direct a flow of air from the air channel to the interior space; characterised in that the support member is a multifunctional structural member of the vehicle body provided with at least two upper C-shaped attachment rails for attaching the linear air diffuser module to the ceiling structure and one or more lower C-shaped attachment rails for attaching interior fitments of the interior space of the vehicle body to the support member, wherein the air channel is located between the two upper C-shaped attachment rails. - an elongated support member having a longitudinal direction, a lower face intended to face an interior space of a vehicle body of a public transportation vehicle and an upper face intended to face a ceiling structure of the vehicle body, the support member including two longitudinal upright wall portions facing one another and laterally enclosing a longitudinal air channel provided with at least one upper opening and at least one elongated lower opening; - a diffuser plate extending between the two longitudinal upright wall portions to cover the lower opening, the diffuser plate being provided with diffusion openings to direct a flow of air from the air channel to the interior space;
A method of printing a print media comprising: printing, by digital printing, an image onto a surface of a print media for packaging; applying a protective coating over the surface of the print media using an analog printing process, wherein the protective coating comprises a plurality of micro openings; and depositing an adhesive over at least a portion of the protective coating, wherein the micro openings allow the adhesive to penetrate the protective coating and adhere the print media via the plurality of micro openings. printing, by digital printing, an image onto a surface of a print media for packaging; applying a protective coating over the surface of the print media using an analog printing process, wherein the protective coating comprises a plurality of micro openings; and depositing an adhesive over at least a portion of the protective coating, wherein the micro openings allow the adhesive to penetrate the protective coating and adhere the print media via the plurality of micro openings.
Detector, comprising a telescoping support tube, including at least one forward tube element and a rear tube element, wherein a measuring probe is pivotably attached at the at least one forward tube element and an electronics unit with a battery compartment, a handle element and axially offset therefrom in rearward direction an U-shaped arm shell with two arm support bars are attached at the rear tube element, and wherein the arm shell is axially moveable relative to the handle element and comprises two arm shell elements, which are laterally arranged at a support slide so that the two arm shell elements are pivotably moveable in a transversal direction of the support tube, wherein the support slide is supported axially moveable at a support rail attached at a rear tube end of the rear tube element, wherein the support rail extends in the longitudinal direction of the support tube, and wherein the arm shell elements respectively include an arm support bar with a bar extension, wherein the bar extensions attaches the arm shell elements at the support slide, characterized in that the support rail has a non-round cross sectional shape with two lateral longitudinal rail sides and the support slide includes two lateral longitudinal slide sides which respectively extend in a longitudinal direction of the support tube and contact each other, and wherein the longitudinal slide sides include at least one longitudinal groove for receiving the longitudinal rail sides of the support rail, and wherein the support slide is fixable in a disengageable manner at the support rail through the arm shell elements at various locations.
A method, in a receiving transceiver, for use in a cellular communications system, the method comprising: - receiving traffic from a sending transceiver in data units, wherein each of which data unit is given an identifier, and which data units are at least partially divided into segments, - sending status information in data frames or data units (200, 300) about properly received, partially received, or non-received data units to the sending transceiver, wherein, in the case of one or more non-received or partially received data unit or units, the status information is sent as a message comprising a first extension indicator bit, data (NACK, SN) regarding a non-received or partially received data unit or frame, in the form of a certain sequence number, and a second extension indicator (F, RF) bit, indicating whether the data unit or units were non-received or partially received, and indicates, in the case of one or more partially received data units, which parts of those data units that were not received, wherein said first extension indicator bit indicates the absence or presence of another set comprising said first and second (F, RF) extension indicator bits and said data (NACK, SN) regarding a partially or non-received unit or frame in the form of the identifier of said data unit or frame. - receiving traffic from a sending transceiver in data units, wherein each of which data unit is given an identifier, and which data units are at least partially divided into segments, - sending status information in data frames or data units (200, 300) about properly received, partially received, or non-received data units to the sending transceiver, wherein, in the case of one or more non-received or partially received data unit or units, the status information is sent as a message comprising a first extension indicator bit, data (NACK, SN) regarding a non-received or partially received data unit or frame, in the form of a certain sequence number, and a second extension indicator (F, RF) bit, indicating whether the data unit or units were non-received or partially received,
A method for compaction of a track ballast bed by means of a tamping unit comprising two oppositely positioned tamping tools which, actuated with a vibration, are lowered into the track ballast bed during a tamping operation and moved towards one another with a squeezing motion, characterized in that by means of a control system a progression of at least one variable vibration parameter (16, 23) is specified in dependence on a duration of penetration of the tamping tools into the track ballast bed and that according to this prescribed dependence the vibration parameter is changed automatically during a penetration operation with increasing duration of penetration until a required penetration depth of the tamping tools has been reached.