mhurhangee/ep-ind-claims huggingface dataset:
An external programmer for use with a neurostimulator, comprising: output circuitry configured for communicating with the neurostimulator; a user interface (72, 76) configured for allowing a user to enter clinical information; control circuitry configured for instructing the neurostimulator via the output circuitry to convey electrical stimulation energy into tissue of a patient via different combinations of electrodes implanted within the patient, thereby creating one or more clinical effects (TH, SE) for each of the different electrode combinations; and processing circuitry configured for receiving from the user, through the user interface, clinical information on the one or more clinical effects (TH, SE) of each of the different electrode combinations, at one or more intensity levels, and for determining, based on the received clinical information, an influence of each of the different electrode combinations, at the one or more intensity levels, on the one or more clinical effects (TH, SE), and generating a graphical map (308, 508, 608) of the determined influences for the different electrode combinations on the one or more clinical effects (TH, SE); wherein the control circuitry is further configured for instructing a display device to display the graphical map (308, 508, 608) of the determined influences for the different electrode combinations on the one or more clinical effects (TH, SE) adjacent a graphical representation of the electrodes, such that the user can view an extent to which each of the different electrode combinations influences the one or more clinical effects (TH, SE). output circuitry configured for communicating with the neurostimulator; a user interface (72, 76) configured for allowing a user to enter clinical information; control circuitry configured for instructing the neurostimulator via the output circuitry to convey electrical stimulation energy into tissue of a patient via different combinations of electrodes implanted within the patient, thereby creating one or more clinical effects (TH, SE) for each of the different electrode combinations; and processing circuitry configured for receiving from the user, through the user interface, clinical information on the one or more clinical effects (TH, SE) of each of the different electrode combinations, at one or more intensity levels, and for determining, based on the received clinical information, an influence of each of the different electrode combinations, at the one or more intensity levels, on the one or more clinical effects (TH, SE), and generating a graphical map (308, 508, 608) of the determined influences for the different electrode combinations on the one or more clinical effects (TH, SE); wherein the control circuitry is further configured for instructing a display device to display the graphical map (308, 508, 608) of the determined influences for the different electrode combinations on the one or more clinical effects (TH, SE) adjacent a graphical representation of the electrodes, such that the user can view an extent to which each of the different electrode combinations influences the one or more clinical effects (TH, SE).
A method for producing a composition comprising a hydrophilic matrix of one or more proteins and a poorly water-soluble compound contained in the hydrophilic matrix in a finely-dispersed state, the poorly water-soluble compound having a logP of 1-20 and the proportion of the poorly water-soluble compound in the hydrophilic matrix (poorly water-soluble compound/hydrophilic matrix) being 0.01% to 10%; wherein the said method comprises the step of coating and drying a mixture comprising the poorly water-soluble compound, preferably a poorly water-soluble drug, and the hydrophilic protein matrix dissolved in an organic fluorine compound.
A balance for a horological movement, comprising rigid parts constituted by a hub defining the pivot axis of said balance, at least one felloe segment, at least one arm connecting said at least one felloe segment to said hub, and including at least one slot for receiving and gripping in position an inertia-block, said at least one slot opening into a housing delimited on the one hand by a rigid part of said balance, and on the other hand an elastic arm including a first end integral with a rigid part of said balance, and a second distal end which is free relative to said hub, to said arm, and to said felloe segment, balance wherein said elastic arm has a body of a non-constant section, a part of the body having a greater thickness than the rest of the elastic arm, the thickness varying in the plane of the balance, so as to have a larger volume of material under stress and store a maximum of elastic energy, characterised in that said housing is ovoid in shape with an entrance defined by the slot and a bottom, the bottom of the housing having dimensions greater than those of the entrance of the housing.
A drug delivery device for providing a plurality of discrete doses of a medicament comprising; a disposable delivery unit configured to be worn by a user, comprising a reservoir (10a, 10b) for holding a medicament to be delivered, an injection member adapted for trans-dermal drug delivery, a pump for pumping the medicament to be delivered from the reservoir (10a, 10b) to the injection member, and an outer docking interface; and a separate reusable base unit comprising a drive module for driving the pump to deliver a dose of the medicament, wherein the separate reusable base unit is configured to be temporarily placed in contactless power communication with the delivery unit and comprises a complementary outer docking interface configured for placement against the outer docking interface of the delivery unit, characterised in that the complementary outer docking surface is provided with a funnel shaped entry portion, such that the base unit is guided when it is temporarily positioned over the delivery unit for bringing the base unit in contactless power communication with the delivery unit, wherein the pump is activated by bringing the base unit over and pressing against the drive module of the delivery unit, either directly or through a layer of clothing, whereby no mechanical connection nor mounting is required between the base unit and the delivery unit for activating the pump.
A functional part, being an adhesive film configured to encapsulate a cell string that comprises a plurality of cells in a photovoltaic module, or being a cover plate configured to form the photovoltaic module with the cell string, wherein adjacent cells share an overlapped region, the functional part having a first surface facing the cell string and a second surface opposite to the first surface, wherein the functional part comprises: at least one groove extending from the first surface towards the second surface, and a position of each groove facing to a position of at least one overlapped region; wherein the first surface comprises a central region and a peripheral region located at an outer side of the central region; wherein a portion of the at least one groove (502, 602, 802, 12, 22, 32, 1402, 1702, 1802, 1912, 2022, 2132) is located in the peripheral region, another portion of the at least one groove (502, 602, 802, 12, 22, 32, 1402, 1702, 1802, 1912, 2022, 2132) is located in the central region, each groove (502, 602, 802, 12, 22, 32, 1402, 1702, 1802, 1912, 2022, 2132) facing to a respective overlapped region located in the peripheral region has a first capacity, characterized in that each groove (502, 602, 802, 12, 22, 32, 1402, 1702, 1802, 1912,2022,2132) facing to a respective overlapped region located in the central region has a second capacity, and the first capacity is larger than the second capacity. at least one groove extending from the first surface towards the second surface, and a position of each groove facing to a position of at least one overlapped region; wherein the first surface comprises a central region and a peripheral region located at an outer side of the central region; wherein a portion of the at least one groove (502, 602, 802, 12, 22, 32, 1402, 1702, 1802, 1912, 2022, 2132) is located in the peripheral region, another portion of the at least one groove (502, 602, 802, 12, 22, 32, 1402, 1702, 1802, 1912, 2022, 2132) is located in the central region, each groove (502, 602, 802, 12, 22, 32, 1402, 1702, 1802, 1912, 2022, 2132) facing to a respective overlapped region located in the peripheral region has a first capacity, characterized in that each groove (502, 602, 802, 12, 22, 32, 1402, 1702, 1802, 1912,2022,2132) facing to a respective overlapped region located in the central region has a second capacity, and the first capacity is larger than the second capacity.
A method for producing a granular carboxyl group-containing polymer particle, which comprises producing a carboxyl group-containing polymer particle, preparing an aggregate of the carboxyl group-containing polymer particles by causing the carboxyl group-containing polymer particles to absorb moisture to a moisture content of 5 to 25% by weight and drying the aggregate of the carboxyl group-containing polymer particles and then grinding the dried aggregate, wherein an α,β-unsaturated carboxylic acid and a compound containing two or more ethylenically unsaturated groups are polymerized in an inert solvent in the presence of a radical polymerization initiator to give a crosslinking type carboxyl group-containing polymer particle in producing the carboxyl group-containing polymer particle, wherein the carboxyl group-containing polymer particles are maintained in an atmosphere having a temperature of 25 to 100°C and a relative humidity of not lower than 30% but lower than 100% in preparing the aggregate of the carboxyl group-containing polymer particles, and wherein the moisture content, which is determined according to the description, refers to the percentage of the substracted weight, which is determined by drying the carboxyl group-containing polymer particle, to the weight thereof before drying.
A computer-implemented method for automatically detecting stress singularity in a three-dimensional, 3D, computer-aided design, CAD, model of a product for manufacture for simulating a design of the 3D CAD model to analyze and evaluate real-world performance of the product being designed, the method comprising: sub-dividing the 3D CAD model into a plurality of finite elements creating a mesh; detecting (202 and 204) a potential area of high stress under internal and external loads with respect to the design of the product for manufacture, in which an element having a high stress value in the potential area has surrounding elements with a rapid change of stress gradient; refining the finite element mesh of the 3D CAD model in at least the potential area of high stress; determining that after the refining step the high stress value does not converge; alerting a user that the potential area of high stress is an area having one or more elements of stress singularity; providing the user with a user interface enabling the user to modify the design of the 3D CAD model to eliminate the stress singularity; and using the 3D CAD model modified by the user for manufacturing the product based thereon. sub-dividing the 3D CAD model into a plurality of finite elements creating a mesh; detecting (202 and 204) a potential area of high stress under internal and external loads with respect to the design of the product for manufacture, in which an element having a high stress value in the potential area has surrounding elements with a rapid change of stress gradient; refining the finite element mesh of the 3D CAD model in at least the potential area of high stress; determining that after the refining step the high stress value does not converge; alerting a user that the potential area of high stress is an area having one or more elements of stress singularity; providing the user with a user interface enabling the user to modify the design of the 3D CAD model to eliminate the stress singularity; and using the 3D CAD model modified by the user for manufacturing the product based thereon.
X-ray diffraction apparatus, comprising an X-ray source having a focus; a sample stage; a flat graded multilayer between the focus and the sample stage for directing X-rays from the focus onto the sample stage; and an X-ray detector for detecting X-rays from a sample mounted on the sample stage; further comprising a collimator located between the X-ray source and the sample stage, wherein the collimator is adjustable both to a large effective aperture for Bragg-Brentano geometry measurements and to a narrow effective aperture for SAXS measurements; wherein the large effective aperture is at least 0.1° and the narrow effective aperture is not greater than 0.07°.
A unitary braided upper comprising a toe portion having a toe seam, a heel portion comprising a seamless braided structure, and a throat portion, characterized in that the toe portion comprises a base yarn, the throat portion comprises a stretch yarn that is introduced into the braided upper at the throat portion, the toe portion does not comprise the stretch yarn, the heel portion comprises both the stretch yarn and the base yarn, and the toe seam is closed using an external coupling agent. the toe portion comprises a base yarn, the throat portion comprises a stretch yarn that is introduced into the braided upper at the throat portion, the toe portion does not comprise the stretch yarn, the heel portion comprises both the stretch yarn and the base yarn, and the toe seam is closed using an external coupling agent.
Foot lever assembly for a vehicle, with a bearing block, a foot lever, a bearing element by means of which the foot lever is mounted on the bearing block pivotable about a foot lever axis, which lies in a first bearing element position of the bearing element on a circle or arc around a bearing location provided on the foot lever, a coupling member mounted at the bearing location on the foot lever for actuating a vehicle component, and an adjusting device connected to the bearing block by means of which the bearing element can be displaced relative to the bearing block from the first bearing element position into a second bearing element position in which the foot lever axis lies on the circle or circular arc, wherein a guide defining a movement path for the bearing element is provided on the bearing block by means of which the bearing element is guided displaceably along the movement path from the first bearing element position to the second bearing element position, and wherein the guide provided on the bearing block is formed by at least one recess which is provided in the bearing block and extends along the movement path and into which the bearing element engages, wherein the first bearing element position is defined by a first end of the recess and the second bearing element position is defined by a second end of the recess, characterised in that the recess comprises a straight main section, in which the second end of the recess lies, and a curved end section adjacent thereto, in which the first end of the recess lies.
A method comprising: establishing, by a user equipment, a radio resource control connection with a wireless wide area network base station to enter a radio resource control connected state; sending, by the user equipment, an uplink grant request message using a predefined dedicated random access channel preamble while in the radio resource control connected state; receiving an uplink grant from the base station; and transmitting a radio resource control message in response to receiving the uplink grant, wherein transmitting comprises transmitting a radio resource control message including a system information request in response to receiving the uplink grant; determining whether the uplink grant provides resources to accommodate both the system information request and a medium access control control element; and prioritizing sending the system information request over sending the medium access control control element when the uplink grant does not provide resources to accommodate both the system information request and the medium access control control element. establishing, by a user equipment, a radio resource control connection with a wireless wide area network base station to enter a radio resource control connected state; sending, by the user equipment, an uplink grant request message using a predefined dedicated random access channel preamble while in the radio resource control connected state; receiving an uplink grant from the base station; and transmitting a radio resource control message in response to receiving the uplink grant, wherein transmitting comprises transmitting a radio resource control message including a system information request in response to receiving the uplink grant; determining whether the uplink grant provides resources to accommodate both the system information request and a medium access control control element; and prioritizing sending the system information request over sending the medium access control control element when the uplink grant does not provide resources to accommodate both the system information request and the medium access control control element.
A method for treating collected blood to be used in a test for rare cells in blood, the method comprising: mixing the collected blood with cAMP or an analogous compound thereof selected from the group consisting of cAMP analogs, cGMP and cGMP analogs.
Household cooking appliance, having - a plurality of electrically operable cooking chamber heating elements for heating a cooking chamber, - a mechanically switching operation selection switch for switching at least one cooking chamber heating element on or off as a function of a set operating mode, - a mechanical thermoregulator for regulating the switched-on cooking chamber heating element as a function of a temperature of the cooking chamber, which thermoregulator is connected electrically in series with the heating elements, - an electronic circuit with a heating circuit relay (K1.1) and - at least one further consumer which can be switched on or off by the operation selection switch, wherein - the electronic circuit is connected to the operation selection switch, in order to identify an operating mode set by the operation selection switch, and is configured to keep the heating circuit relay (K1.1) closed as a function of the set operating mode or to switch it in a clocked manner, - the operation selection switch is configured to switch at least one further consumer on or off as a function of a set operating mode, and the operation selection switch is configured, - in at least one first operating mode, to connect the heating circuit relay (K1. 1) electrically in series with the cooking chamber heating elements and characterised in that the operation selection switch is further configured, in at least one second operating mode, to connect the heating circuit relay (K1.1) electrically in series with at least one further consumer, to separate it from the cooking chamber heating elements and to switch it in a clocked manner by means of the electronic circuit. - a plurality of electrically operable cooking chamber heating elements for heating a cooking chamber, - a mechanically switching operation selection switch for switching at least one cooking chamber heating element on or off as a function of a set operating mode, - a mechanical thermoregulator for regulating the switched-on cooking chamber heating element as a function of a temperature of the cooking chamber, which thermoregulator is connected electrically in series with the heating elements, - an electronic circuit with a heating circuit relay (K1.1) and - at least one further consumer which can be switched on or off by the operation selection switch, wherein - the electronic circuit is connected to the operation selection switch, in order to identify an operating mode set by the operation selection switch, and is configured to keep the heating circuit relay (K1.1) closed as a function of the set operating mode or to switch it in a clocked manner, - the operation selection switch is configured to switch at least one further consumer on or off as a function of a set operating mode, and the operation selection switch is configured, - in at least one first operating mode, to connect the heating circuit relay (K1. 1) electrically in series with the cooking chamber heating elements and
Infinitely adjustable planetary gear with a first and a second transfer element (10, 20) which are arranged rotatable about a gear axle and at a fixed distance axially relative to one another, as well as with at least one supporting element which is fixed substantially radially relative to the gear axle; at least one oblong planetary rolling body which is formed rotationally symmetrical about its longitudinal axis and is capable of rotating about the latter; wherein the first transfer element has at least one first contact point, the second transfer element has at least one second contact point, and the at least one supporting element has at least one third contact point, wherein a friction-engaging rolling connection with a planetary rolling body exists at each contact point (12, 22, 32) so that the at least one planetary rolling body is received in a movable manner about the gear axle between the first and the second transfer element (10, 20) and the at least one supporting element; and wherein a displacement of the centre point of the at least one planetary rolling body causes a change in the transmission ratio of the planetary gear; characterised in that the at least one supporting element is fixed substantially axially in relation to the gear axle.
Device for measuring the characteristics of an air flow of an annular stream of a turbomachine, comprising a rod extending along a first given axis, carrying means for measuring the characteristics of an air flow and sealingly slidingly engaged in a first tubular part extending into a second tubular part passing sealingly along the first axis through a slider mounted slidingly in a slide along a second axis perpendicular to said first axis, said rod being engaged with an annular clearance in said second tubular part.