mhurhangee/ep-ind-claims huggingface dataset:
A flame simulating assembly comprising: at least one light source for providing light; a screen having a front surface facing toward a front side of the flame simulating assembly and a back surface opposed to the front surface, the screen comprising: at least one translucent region which subjects the light from said at least one light source transmitted therethrough to diffusion; and at least one transparent region; a flicker element for intermittently reflecting the light from said at least one light source toward the back surface of the screen, to provide images of flames in a predetermined portion thereof; the screen comprising at least one fringe region at least partially positioned between said at least one translucent region and said at least one transparent region, said at least one fringe region comprising a plurality of round or oblong diffusing areas for diffusing the light from said at least one light source and a plurality of transparent areas positioned between the diffusing areas, to at least partially provide images of upper parts of flames in the diffusing areas that are laterally separated from each other by the transparent areas, the round or oblong diffusing areas being generally smaller in area toward a side of the fringe region located adjacent the transparent region. at least one light source for providing light; a screen having a front surface facing toward a front side of the flame simulating assembly and a back surface opposed to the front surface, the screen comprising: at least one translucent region which subjects the light from said at least one light source transmitted therethrough to diffusion; and at least one transparent region; at least one translucent region which subjects the light from said at least one light source transmitted therethrough to diffusion; and at least one transparent region; a flicker element for intermittently reflecting the light from said at least one light source toward the back surface of the screen, to provide images of flames in a predetermined portion thereof; the screen comprising at least one fringe region at least partially positioned between said at least one translucent region and said at least one transparent region, said at least one fringe region comprising a plurality of round or oblong diffusing areas for diffusing the light from said at least one light source and a plurality of transparent areas positioned between the diffusing areas, to at least partially provide images of upper parts of flames in the diffusing areas that are laterally separated from each other by the transparent areas, the round or oblong diffusing areas being generally smaller in area toward a side of the fringe region located adjacent the transparent region.
Gas turbine engine comprising two turbine rotors mechanically independent of one another, each one with at least one turbine disc, respectively HP turbine disc (210D, 210D') and LP turbine disc (231, 232; 231'), and a turbine element ventilation system with a first ventilation circuit of the LP turbine (230; 230'), characterised by the fact that it comprises an air compression spinning wheel (300; 400) arranged downstream of the HP turbine disc in order to assist the circulation of the air in said first circuit with the compression spinning wheel being integral either with the HP turbine disc or with the LP turbine disc.
A method for in vitro prediction of a breakpoint associated with rearrangement, in particular large rearrangement, in a nucleic acid of a biological sample comprising nucleic acid representative of chromosomal nucleic acid, in particular human chromosomal nucleic acid, comprising the steps of: - mapping the nucleic acid of the biological sample, particularly using Molecular Combing or related direct mapping methods; - determining the size and/or confidence interval for the size of the rearrangement, the location and/or confidence interval for the location of one breakpoint at one end of the rearrangement, and the location and/or confidence intervals for the location of the breakpoint at the other end of the rearranged sequence; - determining sequence homology between the predicted sequences of the locations determined for the breakpoints, such predicted sequences being taken from reference databases, in particular in the human reference genome, by determining presence of homologous sequence stretches with nucleotide identity of 80 to 98% of the nucleotides over the length of the sequence stretch, when each sequence stretch for which homology is determined in the nucleic acid has a length of at least 200 bp; - within said identified homologous sequence stretches, determining strict sequence identity over a portion of the homologous nucleic acid sequences, said strict identity existing over a sequence portion of about 25bp to about 80bp, in particular over a sequence of at least 30 or at least 40 or at least 45 bp, and especially less than 80pb; - and when such portions exist, exhibiting such sequence identity, reporting that such portions are likely to comprise the breakpoint for sequence rearrangement. - mapping the nucleic acid of the biological sample, particularly using Molecular Combing or related direct mapping methods; - determining the size and/or confidence interval for the size of the rearrangement, the location and/or confidence interval for the location of one breakpoint at one end of the rearrangement, and the location and/or confidence intervals for the location of the breakpoint at the other end of the rearranged sequence; - determining sequence homology between the predicted sequences of the locations determined for the breakpoints, such predicted sequences being taken from reference databases, in particular in the human reference genome, by determining presence of homologous sequence stretches with nucleotide identity of 80 to 98% of the nucleotides over the length of the sequence stretch, when each sequence stretch for which homology is determined in the nucleic acid has a length of at least 200 bp; - within said identified homologous sequence stretches, determining strict sequence identity over a portion of the homologous nucleic acid sequences, said strict identity existing over a sequence portion of about 25bp to about 80bp, in particular over a sequence of at least 30 or at least 40 or at least 45 bp, and especially less than 80pb; - and when such portions exist, exhibiting such sequence identity, reporting that such portions are likely to comprise the breakpoint for sequence rearrangement.
A method of controlling a hybrid electric vehicle comprising: a) calculating a rising gradient of a motor speed increasing during kick-down shift based on a present speed of a motor (3; 30) for driving the vehicle which is detected at a control unit in real time, upon detection of demand of the kick-down shift due to acceleration operation of a driver; b) calculating a falling gradient of intervention torque based on the rising gradient of the motor speed at the control unit, the intervention torque being caused by a torque intervention control in which a motor torque transmitted to the input side of a transmission of the vehicle is decreased based on a control command of the control unit; c) determining an entry point of torque intervention control based on the present speed of the motor detected at the control unit in real time; and d) performing the torque intervention control for controlling driving of the motor in order to output intervention torque, namely, motor torque decreased based on the falling gradient of the intervention torque calculated from the determined entry point at the control unit. a) calculating a rising gradient of a motor speed increasing during kick-down shift based on a present speed of a motor (3; 30) for driving the vehicle which is detected at a control unit in real time, upon detection of demand of the kick-down shift due to acceleration operation of a driver; b) calculating a falling gradient of intervention torque based on the rising gradient of the motor speed at the control unit, the intervention torque being caused by a torque intervention control in which a motor torque transmitted to the input side of a transmission of the vehicle is decreased based on a control command of the control unit; c) determining an entry point of torque intervention control based on the present speed of the motor detected at the control unit in real time; and d) performing the torque intervention control for controlling driving of the motor in order to output intervention torque, namely, motor torque decreased based on the falling gradient of the intervention torque calculated from the determined entry point at the control unit.
A network apparatus, comprising: an interface configured to send at least one downlink packet of a packet data flow via a bearer to a user equipment, UE; and a computer processor in communication with the interface and configured to: determine that a bearer should be configured as a reflective bearer for a particular packet data flow; cause an indication to be sent to the UE to request reflective bearer treatment for the determined bearer, and send at least one downlink packet for the particular packet data flow to the UE via the determined bearer, wherein the indication requesting reflective bearer treatment instructs the UE receiving the at least one downlink packet to send uplink packets via the same determined bearer, and wherein the computer processor is configured to determine that the bearer should be configured as a reflective bearer for a particular packet data flow when an application for which packets will be sorted onto the bearer cannot be represented using Traffic Flow Templates, TFTs, the TFTs comprising rules that sort packets into bearers based on information in packets' headers. an interface configured to send at least one downlink packet of a packet data flow via a bearer to a user equipment, UE; and a computer processor in communication with the interface and configured to: determine that a bearer should be configured as a reflective bearer for a particular packet data flow; cause an indication to be sent to the UE to request reflective bearer treatment for the determined bearer, and send at least one downlink packet for the particular packet data flow to the UE via the determined bearer, wherein the indication requesting reflective bearer treatment instructs the UE receiving the at least one downlink packet to send uplink packets via the same determined bearer, and wherein the computer processor is configured to determine that the bearer should be configured as a reflective bearer for a particular packet data flow determine that a bearer should be configured as a reflective bearer for a particular packet data flow; cause an indication to be sent to the UE to request reflective bearer treatment for the determined bearer, and send at least one downlink packet for the particular packet data flow to the UE via the determined bearer, wherein the indication requesting reflective bearer treatment instructs the UE receiving the at least one downlink packet to send uplink packets via the same determined bearer, and wherein the computer processor is configured to determine that the bearer should be configured as a reflective bearer for a particular packet data flow
A compound represented by the following formula: where, each of R 1, R 2 and R 3 independently represents a hydrogen atom or optionally substituted C 1-4 alkyl group, m represents an integer from 1 to 3, each of R 4-m, R 5-m and R 6-m independently represents a hydrogen atom or optionally substituted C 1-4 alkyl group, and each of R 7, R 8, R 9 and R 10 independently represents a hydrogen atom or optionally substituted C 1-4 alkyl group, wherein the optional substituents are selected from hydroxyl groups, halogen atoms, and hydroxyalkyl groups.
Method for controlling usability of a communication device comprising a processing unit including a memory for storing computer code, a modem, a UICC, Universal Integrated Circuit Card, connected to the modem for cellular network authentication and access and including a secure element, comprising the steps of: initiating boot of the processing unit and the secure element at power up of the device; executing a boot service in the secure element; determining a current state of a state machine in the secure element; booting (304, 308) a partition of an operating system, which partition is selected dependent on said current state; booting (305, 309) the modem from a file system of boot code of the processing unit so as to connect to the cellular network to initiate online state control performed remotely by an authenticated remote service; and responsive to the online state being an alert state, initiating tracking of the communication device by means of a positioning unit in the communication device and transmitting position data to the cellular network. initiating boot of the processing unit and the secure element at power up of the device; executing a boot service in the secure element; determining a current state of a state machine in the secure element; booting (304, 308) a partition of an operating system, which partition is selected dependent on said current state; booting (305, 309) the modem from a file system of boot code of the processing unit so as to connect to the cellular network to initiate online state control performed remotely by an authenticated remote service; and responsive to the online state being an alert state, initiating tracking of the communication device by means of a positioning unit in the communication device and transmitting position data to the cellular network.
A device suitable for fixing or attaching a wall-mounted drum type washing machine to a wall, the device comprising: a plurality of anchor bolts configured to be in and/or fixed or attached to the wall; a back panel of the washing machine; a plurality of coupling members at a rear surface of the back panel; and a plurality of shock absorbing members in and/or fastened to the plurality of coupling members, wherein the plurality of anchor bolts passes through the coupling members and the shock absorbing members characterized in that - the shock absorbing member comprises: a body having a circular cross-section and/or cylinder or disc shape; an insert section that extends from a center of the body and has a cylindrical shape; a tapered flange on an end of the insert section; and a through hole through the body and the insert section configured to accommodate the anchor bolt, and - the coupling member comprises: a radial rib on a rear surface of the back panel; an insertion hole configured to receive the insert section of the shock absorbing member; and a catching projection at one side of the insertion hole, configured to secure the flange of the shock absorbing member configured to prevent the shock absorbing member from moving away. a plurality of anchor bolts configured to be in and/or fixed or attached to the wall; a back panel of the washing machine; a plurality of coupling members at a rear surface of the back panel; and a plurality of shock absorbing members in and/or fastened to the plurality of coupling members, wherein the plurality of anchor bolts passes through the coupling members and the shock absorbing members - the shock absorbing member comprises: a body having a circular cross-section and/or cylinder or disc shape; an insert section that extends from a center of the body and has a cylindrical shape; a tapered flange on an end of the insert section; and a through hole through the body and the insert section configured to accommodate the anchor bolt, and a body having a circular cross-section and/or cylinder or disc shape; an insert section that extends from a center of the body and has a cylindrical shape; a tapered flange on an end of the insert section; and a through hole through the body and the insert section configured to accommodate the anchor bolt, and - the coupling member comprises: a radial rib on a rear surface of the back panel; an insertion hole configured to receive the insert section of the shock absorbing member; and a catching projection at one side of the insertion hole, configured to secure the flange of the shock absorbing member configured to prevent the shock absorbing member from moving away. a radial rib on a rear surface of the back panel; an insertion hole configured to receive the insert section of the shock absorbing member; and a catching projection at one side of the insertion hole, configured to secure the flange of the shock absorbing member configured to prevent the shock absorbing member from moving away.
Connecting device for fixing an object to a flat building part, which is provided with a sealing flexible enveloping layer, wherein the connecting device has a lower disc part, a middle disc part and an upper disc part, which lie one above the other in the assembled state, wherein an annular edge region of an opening in the enveloping layer can be clamped between the middle disc part and the lower disc part, wherein screws extend through the middle disc part and the lower disc part and into the region below the lower disc part, wherein the upper disc part is screwed firmly to the middle disc part by one or more additional screws and the object to ultimately be fixed can be anchored to the upper disc part, characterised in that that partial surface of the contact surface between the middle disc part and the upper disc part, in which those screw through-holes are located through which those screws, which extend through the central and the lower disc part (4, 5), extend, is completely separated by sealing grooves, each with a seal inserted respectively therein, from all those parts of the contact surface between the middle disc part and the upper disc part which are in contact, directly or via holes, with the surroundings of the connecting device above the lower disc.
A tonometer comprising: a probe; a conductive drive coil in which the probe is received; a controller configured to momentarily energize the coil to propel the probe toward a cornea of an eye of a test subject, wherein the probe contacts the cornea of the eye and is rebounded from the cornea in a reverse direction opposite the forward direction; a conductive measurement coil through which the probe moves; wherein the controller is further configured to measure a current induced in the measurement coil by the moving probe and provide a measurement signal representing velocity of the probe as a function of time; characterised by: signal processing logic configured to calculate a first derivative of the measurement signal at a moment in time when velocity of the probe is zero due to contact of the probe with the cornea and correlate the first derivative to an intra-ocular pressure value. a probe; a conductive drive coil in which the probe is received; a controller configured to momentarily energize the coil to propel the probe toward a cornea of an eye of a test subject, wherein the probe contacts the cornea of the eye and is rebounded from the cornea in a reverse direction opposite the forward direction; a conductive measurement coil through which the probe moves; wherein the controller is further configured to measure a current induced in the measurement coil by the moving probe and provide a measurement signal representing velocity of the probe as a function of time; characterised by: signal processing logic configured to calculate a first derivative of the measurement signal at a moment in time when velocity of the probe is zero due to contact of the probe with the cornea and correlate the first derivative to an intra-ocular pressure value.
An uplink synchronization method, comprising: receiving, by a communications device, a timing advance command sent by a network device, wherein the timing advance command comprises a timing advance, TA reference value, and the TA reference value corresponds to a carrier in a timing advance group, TAG, wherein the TAG comprises a plurality of carriers, each carrier corresponding to the same TA reference value; determining, by the communications device, a TA offset for each carrier of the plurality of carriers based on carrier information of the respective carrier in the TAG; and adjusting, by the communications device, an uplink transmission timing of each carrier in the TAG based on the TA reference value and a maximum value of TA offsets of the plurality of carriers in the TAG receiving, by a communications device, a timing advance command sent by a network device, wherein the timing advance command comprises a timing advance, TA reference value, and the TA reference value corresponds to a carrier in a timing advance group, TAG, wherein the TAG comprises a plurality of carriers, each carrier corresponding to the same TA reference value; determining, by the communications device, a TA offset for each carrier of the plurality of carriers based on carrier information of the respective carrier in the TAG; and adjusting, by the communications device, an uplink transmission timing of each carrier in the TAG based on the TA reference value and a maximum value of TA offsets of the plurality of carriers in the TAG
A contact element for an electric plug connector, having a jack portion which has an opening which specifies an insertion direction for insertion of a pin contact into the jack portion, and having one contact spring which is connected via at least one root (15a, 15b) to the jack portion and with which a contact force can be exerted on the pin contact transversely to the insertion direction, wherein the one contact spring extends from the root (15a, 15b) substantially counter to the insertion direction extending towards the opening and in that the one contact spring is configured in a projection in the insertion direction to be at least partially L-shaped, characterised by an insulation crimp portion provided with at least one recess (28a, 28b, 39) pointing at least partially in the direction towards a conductor insulation receptacle of the contact element for fixed connection of the contact element to an insulation of an electric conductor, and by the insulation crimp portion comprising an embossing located in a base of the contact element.
A resin-coated metal sheet for a container, comprising a metal sheet and a resin layer having a multi-layer structure containing polyester as a main component on an inner-surface side of the container when the metal sheet is formed into the container, wherein 1) the resin layer contains terephthalic acid in an amount of 85 mol% or more, 2) the resin layer has at least two layers including an uppermost resin layer which comes into contact with contents and contains wax compounds in an amount of 0.10 mass% or more and 2.0 mass% or less with respect to the uppermost resin layer (al), 3) with respect to a Raman band of 1615 cm -1 determined by performing Raman spectroscopy on the uppermost resin layer, a maximum value of a peak intensity ratio (I MD /I ND) of peak intensity (I MD) in a longitudinal direction to peak intensity (I ND) in a thickness direction is 1.0 or more and 4.0 or less, 4) the uppermost resin layer has a thickness of 0.5 μm or more and 10 μm or less, and 5) the resin layer excluding the thickness of the uppermost resin layer has a thickness of 5 μm or more and 20 μm or less. 1) the resin layer contains terephthalic acid in an amount of 85 mol% or more, 2) the resin layer has at least two layers including an uppermost resin layer which comes into contact with contents and contains wax compounds in an amount of 0.10 mass% or more and 2.0 mass% or less with respect to the uppermost resin layer (al), 3) with respect to a Raman band of 1615 cm -1 determined by performing Raman spectroscopy on the uppermost resin layer, a maximum value of a peak intensity ratio (I MD /I ND) of peak intensity (I MD) in a longitudinal direction to peak intensity (I ND) in a thickness direction is 1.0 or more and 4.0 or less, 4) the uppermost resin layer has a thickness of 0.5 μm or more and 10 μm or less, and 5) the resin layer excluding the thickness of the uppermost resin layer has a thickness of 5 μm or more and 20 μm or less.