mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for providing muscle assisted pumping of venous blood from the legs of a person via electric stimulation of calf muscles in the legs to prevent a medical condition called deep venous thrombosis and also to reduce and/or to prevent leg and ankle swelling in persons who are motionless while standing or sitting for extended periods of time, comprising: a memory storing a pre-stored timing pattern of a continous train of electrical impulses of 5 to 200 microseconds having a predetermined durational range and having fixed time pauses between these impulses, wherein, superimposed on top of this continous train of electrical impulses, there are cyclic periods of modulated bursts of energy associated therewith, wherein the energy of the impulse sequence is varying by coded impulse width durations stored in said memory superimposed to these impulses by impulse width modulation with an impulse width varying in the range of 26 to 240 microseconds; means for generating a shaped electrical impulse shaped according to said pre-stored timing pattern; means for conditioning said shaped electrical impulse coupled to said generating means; and, means for applying said conditioned shaped electrical impulse to a person for causing a contraction of the person's calf muscles, which in turn squeeze out venous blood from intramuscular veins and deep central veins in legs. a memory storing a pre-stored timing pattern of a continous train of electrical impulses of 5 to 200 microseconds having a predetermined durational range and having fixed time pauses between these impulses, wherein, superimposed on top of this continous train of electrical impulses, there are cyclic periods of modulated bursts of energy associated therewith, wherein the energy of the impulse sequence is varying by coded impulse width durations stored in said memory superimposed to these impulses by impulse width modulation with an impulse width varying in the range of 26 to 240 microseconds; means for generating a shaped electrical impulse shaped according to said pre-stored timing pattern; means for conditioning said shaped electrical impulse coupled to said generating means; and, means for applying said conditioned shaped electrical impulse to a person for causing a contraction of the person's calf muscles, which in turn squeeze out venous blood from intramuscular veins and deep central veins in legs.
Method for producing oxygen from air using vacuum swing adsorption by means of a unit comprising at least two adsorbers each following, with an offset, a pressure cycle comprising the steps of production, decompression, purge and recompression, with the decompression step comprising at least a co-current first decompression substep for the partial balancing of pressure with the other adsorber which is performing countercurrent recompression by means of a balancing valve and, at least for one cycle out of three, a dead time substep which succeeds the first decompression substep, with: - for the cycles that do not have a dead time substep, a pressure of X bar at the end of the first decompression substep, - for the cycles that do have a dead time substep, a pressure of X bar at the end of the dead time substep and identical opening of the balancing valve during the first decompression substep and the dead time substep. - for the cycles that do not have a dead time substep, a pressure of X bar at the end of the first decompression substep, - for the cycles that do have a dead time substep, a pressure of X bar at the end of the dead time substep and identical opening of the balancing valve during the first decompression substep and the dead time substep.
A method in a wireless device configured to use a first cell for wireless access network, WAN, operation and configured for device-to-device, D2D, operation on a carrier which is different from a serving carrier of the wireless device in the first cell, the method comprising: receiving, from the network node, an identification of a second cell that the wireless device may use for D2D operation; determining a reference cell associated with an uplink carrier used for D2D operation in the second cell, wherein determining the reference cell comprises determining an identification of the reference cell based on a pre-defined rule; measuring a downlink reference signal of the reference cell; and performing one or more tasks related to D2D communication on the uplink carrier based on the measurement of the downlink reference signal, wherein the one or more tasks comprise any one of data communication, discovery, synchronization, and power control. receiving, from the network node, an identification of a second cell that the wireless device may use for D2D operation; determining a reference cell associated with an uplink carrier used for D2D operation in the second cell, wherein determining the reference cell comprises determining an identification of the reference cell based on a pre-defined rule; measuring a downlink reference signal of the reference cell; and performing one or more tasks related to D2D communication on the uplink carrier based on the measurement of the downlink reference signal, wherein the one or more tasks comprise any one of data communication, discovery, synchronization, and power control.
A phenolsulfonic acid aryl ester represented by the following formula: wherein R 1 and R 2 are each independently a hydrogen atom, an alkyl group having 1 to 8 carbon atoms, an alkoxy group having 1 to 8 carbon atoms, a halogen atom or a hydroxy group, and R 1 and R 2 are not simultaneously hydrogen atoms; R 3 and R 4 are each independently an alkyl group having 1 to 8 carbon atoms, an alkenyl group having 2 to 8 carbon atoms, an alkoxy group having 1 to 8 carbon atoms, a halogen atom, a cyano group, an aryl group having 6 to 14 carbon atoms or an aralkyl group having 7 to 15 carbon atoms; m is an integer of 0 - 3; and n is an integer of 0 - 4.
A method for automatically compensating a voltage regulator, the regulator having a nominal output voltage, the method comprising: applying a DC bias voltage (Vdc) to a first node in a feedback loop in the regulator to cause the output voltage to be at a first value; applying an AC perturbation signal (Vac) to the DC bias voltage to cause the output voltage to have a ripple at a frequency of the AC signal; detecting a gain of the feedback loop and a phase difference between the AC signal and the ripple in the output voltage; using the detected gain and phase difference to automatically adjust operating characteristics (Rth, gm) of one or more components in the regulator such that, when the one or more components are connected in the feedback loop, the feedback loop has a desired gain and phase margin at the frequency of the AC signal, wherein the one or more components are not connected in the feedback loop during the steps of applying the AC perturbation signal and detecting the gain of the feedback loop and the phase difference between the AC signal and the ripple in the output voltage; and operating the regulator with the one or more components in the feedback loop, wherein the feedback loop detects the output voltage of the regulator and regulates a) duty cycle of one or more switches (12, 16) to maintain a regulated output voltage. applying a DC bias voltage (Vdc) to a first node in a feedback loop in the regulator to cause the output voltage to be at a first value; applying an AC perturbation signal (Vac) to the DC bias voltage to cause the output voltage to have a ripple at a frequency of the AC signal; detecting a gain of the feedback loop and a phase difference between the AC signal and the ripple in the output voltage; using the detected gain and phase difference to automatically adjust operating characteristics (Rth, gm) of one or more components in the regulator such that, when the one or more components are connected in the feedback loop, the feedback loop has a desired gain and phase margin at the frequency of the AC signal, wherein the one or more components are not connected in the feedback loop during the steps of applying the AC perturbation signal and detecting the gain of the feedback loop and the phase difference between the AC signal and the ripple in the output voltage; and operating the regulator with the one or more components in the feedback loop, wherein the feedback loop detects the output voltage of the regulator and regulates a) duty cycle of one or more switches (12, 16) to maintain a regulated output voltage.
An iron type golf club head comprising: a body having a ball striking face, a rear face opposite the ball striking face and a sole portion positioned between the ball striking face and the rear face, the rear face having an opening in communication with a slot positioned in the body; and a weight element positioned in the slot through the opening, the weight element having a rear surface confronting an inner surface of the ball striking face and a front surface opposite the rear surface, wherein the weight element has at least one aperture therethrough, from the front surface to the rear surface, to define a removed weight portion, wherein the rear face further has a bore therethrough and in communication with the slot, and further comprising a fastener positioned in the bore and (a) engaging the weight element to secure the weight element in the slot; or (b) forcing the weight element against an inner surface of the ball striking face to secure the weight element in the slot. a body having a ball striking face, a rear face opposite the ball striking face and a sole portion positioned between the ball striking face and the rear face, the rear face having an opening in communication with a slot positioned in the body; and a weight element positioned in the slot through the opening, the weight element having a rear surface confronting an inner surface of the ball striking face and a front surface opposite the rear surface, wherein the weight element has at least one aperture therethrough, from the front surface to the rear surface, to define a removed weight portion,
A clot retrieval device for removing occlusive clot from a blood vessel, the device having a collapsed delivery configuration and an expanded deployed configuration and comprising:- an inner elongate body; an outer elongate body at least partially overlying the inner elongate body; the outer elongate body being expandable to a radial extent which is greater than the radial extent of the inner body in the deployed configuration to define a clot reception space; wherein the outer elongate body comprises a distal end portion, the distal end portion of the outer elongate body comprising distal struts; and characterised in that the inner elongate body comprises: a main body portion consisting of a cylindrical section of interconnected struts and a distal portion, wherein, the interconnected struts are connected at their proximal end to a partial collar, and, the distal end of the interconnected struts are connected to the distal portion, wherein the distal portion extends in the deployed configuration towards the outer elongate body to a greater extent than the main body portion, the distal portion of the inner elongate body comprising a plurality of struts which are configured in a volumetric pattern, the distal struts of the inner elongate body and the distal end struts (24, 49) of the outer elongate body together defining a three dimensional protective structure to substantially prevent distal egress of clot or clot fragments from the device. a main body portion consisting of a cylindrical section of interconnected struts and a distal portion, wherein, the interconnected struts are connected at their proximal end to a partial collar, and, the distal end of the interconnected struts are connected to the distal portion, wherein the distal portion extends in the deployed configuration towards the outer elongate body to a greater extent than the main body portion, the distal portion of the inner elongate body comprising a plurality of struts which are configured in a volumetric pattern, the distal struts of the inner elongate body and the distal end struts (24, 49) of the outer elongate body together defining a three dimensional protective structure to substantially prevent distal egress of clot or clot fragments from the device.
A multi-way valve for use in medicine or medical technology, comprising at least one main housing through parts of which a medium can flow, and an actuator which is accommodated therein in such a way as to be rotatable about a central axis, wherein the main housing has at least two connection points (1, 2, 3) for admitting and discharging the medium and forms an actuator receptacle which has a peg that is arranged concentrically with the central axis, and the actuator has a control element and a substantially cylindrical portion which accommodates at least a portion of the peg of the actuator receptacle and which additionally has at least one throughflow opening for fluidically connecting at least two connection points (1, 2, 3) and the peg of the actuator receptacle has at least one abutment for the actuator such that a sealing surface is formed in the region of at least one connection point (1, 2, 3), characterised in that the multi-way valve has protrusions and recesses, which are arranged so as to correspond with each other and which together form a joint connection between the actuator and actuator receptacle, with at least two joint connections bring provided, wherein at least one protrusion and/or recess is arranged radially circumferentially on the outer side of the cylindrical portion of the actuator or radially circumferentially on the inner side of the actuator receptacle of the main housing, and wherein all recesses are arranged on the actuator and/or all protrusions are arranged on the actuator receptacle, or the recesses and protrusions are arranged in an alternating manner on the actuator and/or the actuator receptacle, and the diameter of the recesses and/or the diameter of the protrusions becomes gradually smaller in the direction of the interior of the actuator receptacle, so that at the time of assembly when lowering the actuator into the actuator receptacle, the recesses and corresponding protrusions of the outer and inner joint connections simultaneously engage interlockingly and only in the envisaged joint connection positions at a predetermined press-in depth.
Cooking device circuit with a plurality of heating units and a heating group formation unit which is provided to form a heating group (64, 66) of heating units adjusted to a chosen position of an item of cookware (18, 20), and a synchronisation unit which is provided to synchronise at least two heating units with one another, characterised in that the synchronisation unit has a clock unit which is provided to generate a clock signal as a function of a mains power supply variable by means of a zero position of the mains power supply variable.
A rotary feeder for transferring loose material from one space to another, said rotary feeder having a housing, where a rotor is pivoted, which rotor transfers material from a feed channel of the housing into a discharge channel thereof, said rotor having blades or cavities for transferring the material, and a counter blade is fixed in the housing of the rotary feeder in the final end of the feed channel between the blades of the rotor or in the cavities for cutting oversized pieces of material as the gap between the blade of the rotor or the edge of the cavity and the counter blade is substantially closed, characterized in that a filler is arranged in the feed channel adjacent to the counter blade, which filler prevents formation of a protrusion formed by the counter blade in the feed channel, which protrusion would hamper the flow of the material, the edge of the filler adjacent to the counter blade is arranged to yield when the counter blade cuts oversized pieces and the filler is arranged to reverse after the cutting event to its initial position.
Connection arrangement for connecting a shaft to a component, whereby at least one adapter device is provided, whereby the adapter device and the shaft are designed and matched to each other in such a way that the adapter device and the shaft can be connected to each other via non-positive and/or positive locking at least, whereby the component has a contact surface, whereby the adapter device has a contact surface, whereby the contact surface of the component and the contact surface of the adapter device are designed to match each other, characterized by the fact that in that a Hirth toothing on the end face of the component forms the contact surface of the component, in that a Hirth toothing on the end face of the adapter device forms the contact surface of the adapter device, in that the Hirth toothing on the end face of the component and the Hirth toothing on the end face of the adapter device are designed to match one another, in that the component comprises at least two components (25, 26), in that only one of the two components (25, 26) bears the contact surface of the component, and that the at least two components (25, 26) have different material properties.
Household communication network comprising a plurality of network segments which are coupled to one another via switches, subscribers of the household communication network each being connected to a port of a switch via a connection line and being interconnected pairwise by the switches for communication, an access server of the household communication network for script-controlled data processing of data being connected to at least one switch, characterised in that the access server comprises: - at least one interface for receiving data packets which are transmitted by a subscriber via a data network in accordance with a first data transmission protocol, an associated protocol driver being provided for each interface and converting the data contained in the received data packets into an internal data format of the access server, and - a scripting engine, which loads a stored application program script, which processes the received data in the internal data format in accordance with the application program instructions contained in the loaded application program script by way of status points, which each specify a state of a device function of a subscriber, and in that the processed data are packed into data packets by a protocol driver of the access server and transmitted via an interface of the access server to a second subscriber of the household communication network in accordance with a second data transfer protocol. - at least one interface for receiving data packets which are transmitted by a subscriber via a data network in accordance with a first data transmission protocol, an associated protocol driver being provided for each interface and converting the data contained in the received data packets into an internal data format of the access server, and - a scripting engine, which loads a stored application program script, which processes the received data in the internal data format in accordance with the application program instructions contained in the loaded application program script by way of status points, which each specify a state of a device function of a subscriber,
A window cleaning device comprising a flexible lip which defines at least one linear contact zone with the window to be cleaned and dried, said flexible lip comprising at least one protrusion which can be accommodated inside a guide of a support part, said support part also comprising a retaining ridge in contact with a longitudinal edge of said flexible lip, which also comprises a handle provided with a rocking securing element, for the releasable securing thereof to said support part, characterized in that the longitudinal edge of the flexible lip in contact with the retaining ridge is the longitudinal edge opposite from the linear contact zone which is used to clean or dry a window. which also comprises a handle provided with a rocking securing element, for the releasable securing thereof to said support part, characterized in that the longitudinal edge of the flexible lip in contact with the retaining ridge is the longitudinal edge opposite from the linear contact zone which is used to clean or dry a window.
A burner that comprises a fan arranged to suction a gaseous mixture comprising at least one gas and air, a flame-holder ramp provided with a plurality of openings to diffuse the gaseous mixture inside a furnace, a coupling member fluidly connecting the fan to the flame-holder ramp, characterized in that the coupling member has an orifice making it possible to release the flame-holder ramp, the orifice being closed by a removable cover, in which the coupling member has a bent geometry having an angle (α) of the bend of between 30° and 90°, the opening of the coupling member being arranged on this bend.
An electrical insulating tape formed from a fabric with a high thermal conductivity comprising: a fibrous matrix woven into said fabric; a high thermal conductivity coating disposed on said fibrous matrix; wherein said high thermal conductivity coating comprise at least one of a diamond like coating, metal oxides, metal nitrides, metal carbides; wherein said high thermal conductivity coating has mixed stoichiometric and non-stoichiometric combinations; wherein said fabric has a thermal conductivity of 50-500 W/mK; wherein said high thermal conductivity coating has an average thickness of 50-100 nm on said fibrous matrix, wherein said fibrous matrix is glass fibers, wherein a resin is impregnated in said fabric. a fibrous matrix woven into said fabric; a high thermal conductivity coating disposed on said fibrous matrix; wherein said high thermal conductivity coating comprise at least one of a diamond like coating, metal oxides, metal nitrides, metal carbides; wherein said high thermal conductivity coating has mixed stoichiometric and non-stoichiometric combinations; wherein said fabric has a thermal conductivity of 50-500 W/mK; wherein said high thermal conductivity coating has an average thickness of 50-100 nm on said fibrous matrix, wherein said fibrous matrix is glass fibers, wherein a resin is impregnated in said fabric.
Composition comprising an mRNA encoding at least one tumour antigen, a tumor antigenic variant thereof having at least 80% sequence identity with the wild-type amino acid sequence of said at least one tumour antigen or a fragment of 6 to 20 contiguous amino acids of said at least one tumour antigen, wherein the fragment comprises a T-cell antigenic epitope thereof, and at least one inhibitor of MHC class I restricted antigen presentation, wherein said at least one inhibitor is an inhibitor of the transporter associated with antigen processing selected from the group consisting of US6 of HCMV, ICP 47 of herpes simplex virus, UL49.5 of varicella virus, and BNLF2a of Epstein-Barr virus, or a functional TAP-inhibitory variant of any of the above inhibitors having at least 80% sequence identity with the wild-type amino acid sequence of any of said inhibitors, or a nucleic acid encoding any of said inhibitors or its functional TAP-inhibitory variants. an mRNA encoding at least one tumour antigen, a tumor antigenic variant thereof having at least 80% sequence identity with the wild-type amino acid sequence of said at least one tumour antigen or a fragment of 6 to 20 contiguous amino acids of said at least one tumour antigen, wherein the fragment comprises a T-cell antigenic epitope thereof, and at least one inhibitor of MHC class I restricted antigen presentation, wherein said at least one inhibitor is an inhibitor of the transporter associated with antigen processing selected from the group consisting of US6 of HCMV, ICP 47 of herpes simplex virus, UL49.5 of varicella virus, and BNLF2a of Epstein-Barr virus, or a functional TAP-inhibitory variant of any of the above inhibitors having at least 80% sequence identity with the wild-type amino acid sequence of any of said inhibitors, or a nucleic acid encoding any of said inhibitors or its functional TAP-inhibitory variants.