mhurhangee/ep-ind-claims huggingface dataset:
Instrument for tissue treatment, in particular for mucosa ablation, with a first gas supply line with a first electrode arranged at least partially therein, and a second gas supply line with a second electrode arranged at least partially therein, characterised in that the first gas supply line and the second gas supply line are arranged relative to each other such that the distal end of the first gas supply line 35a) encloses an acute angle (a) with the distal end of the second gas supply line, so that the gas supply lines (35a,b) diverge in the distal direction at their distal ends (36a,b), wherein a space is arranged between the distal end of the first gas supply line and the distal end of the second gas supply line, which space allows a view between the ends (36a,b) of the gas supply lines (35a,b) onto the action region of the instrument in front of the distal ends (36a,b) of the gas supply lines (35a,b).
An isolated polypeptide comprising an amino acid sequence selected from the group consisting of SEQ ID NOs: 15, 18, 23, 28, and residue 2 to residue 133 of SEQ ID NO: 23.
A cleaning accessory for a vacuum cleaner comprising: housing; a rotatable cleaning brush rotatably mounted to the housing having at least one flexible cleaning element projecting outwards from a side of the housing and the at least one flexible cleaning element is configured to rotate and engage with a surface to be cleaned; and characterized in that it further comprises a dirt deflector projecting from the side of the housing and configured to surround at least part of the perimeter of the rotatable cleaning brush. housing; a rotatable cleaning brush rotatably mounted to the housing having at least one flexible cleaning element projecting outwards from a side of the housing and the at least one flexible cleaning element is configured to rotate and engage with a surface to be cleaned; and characterized in that it further comprises a dirt deflector projecting from the side of the housing and configured to surround at least part of the perimeter of the rotatable cleaning brush.
A protamine peptide consisting of the amino acid sequence set forth in SEQ ID NO: 3 or SEQ ID NO: 10 for use in treating neuronal injuries in a subject by promoting outgrowth of a neuron and/or neuronal regeneration.
An assembly of at least one off-chip optical fiber and a chip comprising: at least one nanowaveguide disposed on a substrate of said chip to be attached to said at least one off-chip fiber respectively, each nanowaveguide of said at least one nanowaveguide having a nanowaveguide end; and said device further comprising: at least one oxide taper disposed around said nanowaveguide end of said at least one nanowaveguide and in optical communication with and modally coupled to each of said at least one nanowaveguide respectively, and adapted such that each corresponding fiber of said at least one off-chip fiber corresponds to a cleaved fiber end, each cleaved fiber end to be fused to each oxide taper respectively to optically couple each cleaved fiber end to each of said nanowaveguide ends of each of said at least one nanowaveguide via said oxide taper by a modal coupling, and a geometry of the fiber side of said at least one oxide taper configured to mode match to the at least one optical fiber.
An electrical heating device for medical equipment, the heating device comprising: a body forming a channel therethrough for fluid travel; an insulating material surrounding the body; and a heater surrounding the insulating material and the body for heating the fluid; characterized by a protection housing surrounding the heater, the protection housing defining a cavity to receive the heater and the insulating material in the cavity and being disposed around each side of the heater and the insulating material and encapsulating the heater and the insulating material.
A garbage can comprising: a main body provided with a side cover capable of being opened and closed, and an upper cap having an inlet of garbage and an airtight part formed on a lower side along a rim of the inlet; an inner basket; an airtight means (30,130) for preventing odor leakage, the airtight means interlocking with the side cover when the side cover is closed; characterized in that the inner basket is configured to be able to be raised and lowered in the main body, and is provided with a side wall part that forms upper and lower openings and is covered with a garbage bag; and in that when the side cover is closed, the airtight means (30,130) raise the inner basket, adhering an upper end of the side wall part covered with the garbage bag to the airtight part. a main body provided with a side cover capable of being opened and closed, and an upper cap having an inlet of garbage and an airtight part formed on a lower side along a rim of the inlet; an inner basket; an airtight means (30,130) for preventing odor leakage, the airtight means interlocking with the side cover when the side cover is closed; characterized in that the inner basket is configured to be able to be raised and lowered in the main body, and is provided with a side wall part that forms upper and lower openings and is covered with a garbage bag; and in that when the side cover is closed, the airtight means (30,130) raise the inner basket, adhering an upper end of the side wall part covered with the garbage bag to the airtight part.
An automatic drilling machine for simultaneously drilling at least two holes through a surface of a crosspiece, the machine comprising: an automatic drilling unit having at least two tool holders, each one adapted for receiving a drilling tool, wherein the automatic drilling unit has a cross-shaped channel (15,16) configured for receiving at least partially the crosspiece to be drilled inside the automatic drilling unit, and wherein the tool holders are arranged, such as, when the drilling unit is mounted with the crosspiece to be drilled, the tool holders are positioned in accordance with the locations of the crosspiece where a hole is to be drilled, and wherein the automatic drilling unit is a pneumatic device and it has a pneumatic circuit, characterised in that the automatic drilling unit further comprises position detecting means configured and arranged to detect a correct position of a crosspiece when it is coupled with the automatic drilling unit, and in that the position detecting means are operatively associated with the pneumatic circuit, such as the pneumatic circuit is only closed when the crosspiece is correctly coupled with the automatic drilling unit. an automatic drilling unit having at least two tool holders, each one adapted for receiving a drilling tool, wherein the automatic drilling unit has a cross-shaped channel (15,16) configured for receiving at least partially the crosspiece to be drilled inside the automatic drilling unit, and wherein the tool holders are arranged, such as, when the drilling unit is mounted with the crosspiece to be drilled, the tool holders are positioned in accordance with the locations of the crosspiece where a hole is to be drilled, and wherein the automatic drilling unit is a pneumatic device and it has a pneumatic circuit, characterised in that the automatic drilling unit further comprises position detecting means configured and arranged to detect a correct position of a crosspiece when it is coupled with the automatic drilling unit, and in that the position detecting means are operatively associated with the pneumatic circuit, such as the pneumatic circuit is only closed when the crosspiece is correctly coupled with the automatic drilling unit.
A method for controlling a system for deep brain stimulation implemented using a clinician programmer device and/or a user computing device, comprising: receiving neural activity signal records acquired over a predefined time period; mapping neural activity signal records with medication-on and medication-off time intervals; extracting a plurality of spectral features within a frequency band of the neural activity signal records; generating a first average value of the plurality of spectral features within the plurality of medication-on time intervals of the frequency band over the predefined time period, and a second average value of the plurality of spectral features within the plurality of medication-off time intervals of the frequency band over the predefined time period; and generating a plurality of stimulation parameters based on the first average value and the second average value, wherein the method further comprises: measuring a set of impedance values of a first set of electrodes; comparing the set of impedance values with a permitted impedance range to identify a second set of electrodes having impedance values within the permitted impedance range; screening a set of neural activity signal records of a patient using the second set of electrodes; and selecting a third set of electrodes showing highest neural activity signal records from the set of neural activity signal records. receiving neural activity signal records acquired over a predefined time period; mapping neural activity signal records with medication-on and medication-off time intervals; extracting a plurality of spectral features within a frequency band of the neural activity signal records; generating a first average value of the plurality of spectral features within the plurality of medication-on time intervals of the frequency band over the predefined time period, and a second average value of the plurality of spectral features within the plurality of medication-off time intervals of the frequency band over the predefined time period; and generating a plurality of stimulation parameters based on the first average value and the second average value, wherein the method further comprises: measuring a set of impedance values of a first set of electrodes; comparing the set of impedance values with a permitted impedance range to identify a second set of electrodes having impedance values within the permitted impedance range; screening a set of neural activity signal records of a patient using the second set of electrodes; and selecting a third set of electrodes showing highest neural activity signal records from the set of neural activity signal records. measuring a set of impedance values of a first set of electrodes; comparing the set of impedance values with a permitted impedance range to identify a second set of electrodes having impedance values within the permitted impedance range; screening a set of neural activity signal records of a patient using the second set of electrodes; and selecting a third set of electrodes showing highest neural activity signal records from the set of neural activity signal records.
Fresh air supply device for an internal combustion engine, in particular a motor vehicle, - with a charge air cooler to cool the fresh air through which a fresh air path of fresh air leads, - with a housing which surrounds the charge air cooler and defines the fresh air path, - wherein the fresh air path runs between an inlet and an outlet of the housing, - wherein the housing is produced from plastic at least in an injection moulded section, said plastic being injection moulded on the charge air cooler, - wherein the charge air cooler has a plurality of coolant-carrying tubes which are arranged in a hollow space delimited by a side part of the charge air cooler, wherein the side part runs along the tube, characterised in that the side part has an extension section extended over the region of the tube, on said extension section such an injection moulded section is injection moulded. - with a charge air cooler to cool the fresh air through which a fresh air path of fresh air leads, - with a housing which surrounds the charge air cooler and defines the fresh air path, - wherein the fresh air path runs between an inlet and an outlet of the housing, - wherein the housing is produced from plastic at least in an injection moulded section, said plastic being injection moulded on the charge air cooler, - wherein the charge air cooler has a plurality of coolant-carrying tubes which are arranged in a hollow space delimited by a side part of the charge air cooler, wherein the side part runs along the tube,
An optoelectronic semiconductor chip having a connection, an adhesion-promoting layer, a reflector layer and a semiconductor layer sequence, which comprises an active region suitable for generating radiation and has a lateral main extension direction, wherein - the semiconductor layer sequence is arranged on a substrate which has a side surface, - the side surface has a side face region which is inclined with respect to the main extension direction and / or a recess, - the semiconductor chip has a radiation-transmissive and electrically conductive contact layer, - a connection layer adjoining the contact layer is arranged in the semiconductor layer sequence, which has a dopant concentration which is greater on the part of the contact layer than on the part of the active region, - the reflector layer is arranged between the active region and the connection, and - the adhesion-promoting layer is arranged between the reflector layer and the contact layer, and increases the adhesion of the reflector layer to the contact layer. - the semiconductor layer sequence is arranged on a substrate which has a side surface, - the side surface has a side face region which is inclined with respect to the main extension direction and / or a recess, - the semiconductor chip has a radiation-transmissive and electrically conductive contact layer, - a connection layer adjoining the contact layer is arranged in the semiconductor layer sequence, which has a dopant concentration which is greater on the part of the contact layer than on the part of the active region, - the reflector layer is arranged between the active region and the connection, and - the adhesion-promoting layer is arranged between the reflector layer and the contact layer, and increases the adhesion of the reflector layer to the contact layer.
Dust collecting apparatus for a hand-operated power tool, in particular for a saw or a grinding machine, comprising a connecting device with a base body and a dust inlet located at or on the base body for connection to a machine dust outlet of the hand-operated power tool, so that the machine dust outlet communicates with the dust inlet of the dust collecting apparatus and particles flowing from the machine dust outlet can flow into a dust collecting chamber of a flexible dust container of the dust collecting apparatus, wherein the dust container is supported by a longitudinal section of a supporting device from the base body to its longitudinal end region along a longitudinal axis of the dust collecting apparatus and in the longitudinal end region by a transverse section of the supporting device transversely to the longitudinal axis by way of its inner cross-section, so that the dust container is mounted by the supporting device transversely to the longitudinal axis and the dust collecting chamber extends from the dust inlet to the longitudinal end region of the dust container, and wherein the longitudinal section of the supporting device extends only along a part-circumference of the circumference of the dust container transversely to the longitudinal axis and has a spring arrangement, which is spring-elastic for an elastic resilience of the dust collecting apparatus transversely to the longitudinal axis and/or along the longitudinal axis and/or in terms of a torsion about the longitudinal axis, characterised in that the elastic resilience of the dust collecting apparatus is asymmetric as a result of the arrangement and/or the design of the supporting device and/or the design of the dust bag transversely to the longitudinal axis, so that the dust collecting apparatus, in particular the supporting device, is less yielding in the direction towards a workpiece to be machined by the hand-operated power tool than in the direction away from the workpiece.
A method to separate particles of at least two types (FP, SP), comprising steps of: i. generating a first distribution in space of a force field characterized by a first set (GSEP1) of points of stable equilibrium for the particles (FP, SP); ii. generating a second distribution in space of a force field characterized by a second set (GSEP2) of points of stable equilibrium for the particles (FP, SP); wherein said two distributions of forces (F1, F2) are such that any first point of equilibrium (SEP1, SEP2) of one of said sets (GSEP1, GSEP2) is unequivocally included inside the basin of attraction of a single second point of stable equilibrium (SEP2, SEP1) of the other set (GSEP2, GSEP1), and that said second point in its turn is not contained in the basin of attraction of said first point (SEP1, SEP2);; iii. alternating said distributions of forces (F1, F2) by changing the configuration of the field of forces at a frequency substantially comparable to the inverse of the settling-time of the particles of a first type at the new point of equilibrium, but greater than the inverse of the settling-time of the particles of at least a second type; so as to obtain a net movement of only said particles of a first type. i. generating a first distribution in space of a force field characterized by a first set (GSEP1) of points of stable equilibrium for the particles (FP, SP); ii. generating a second distribution in space of a force field characterized by a second set (GSEP2) of points of stable equilibrium for the particles (FP, SP); iii. alternating said distributions of forces (F1, F2) by changing the configuration of the field of forces at a frequency substantially comparable to the inverse of the settling-time of the particles of a first type at the new point of equilibrium, but greater than the inverse of the settling-time of the particles of at least a second type;
A liquid crystal display, comprising: a first substrate; a gate line disposed on the first substrate; a data line disposed on the first substrate; a first passivation layer disposed on the gate line and the data line; a color filter disposed on the first passivation layer; a common electrode disposed on the color filter; a second passivation layer disposed on the common electrode; and a pixel electrode disposed on the second passivation layer, wherein a light blocking member is disposed directly on or directly below the common electrode, such that the light blocking member is in contact with the common electrode, with the second passivation layer being disposed on the light blocking member, wherein light blocking member and the pixel electrode overlap each other with the second passivation layer disposed therebeween. a first substrate; a gate line disposed on the first substrate; a data line disposed on the first substrate; a first passivation layer disposed on the gate line and the data line; a color filter disposed on the first passivation layer; a common electrode disposed on the color filter; a second passivation layer disposed on the common electrode; and a pixel electrode disposed on the second passivation layer, wherein a light blocking member is disposed directly on or directly below the common electrode, such that the light blocking member is in contact with the common electrode, with the second passivation layer being disposed on the light blocking member, wherein light blocking member and the pixel electrode overlap each other with the second passivation layer disposed therebeween.
Method for the non-destructive inspection of a test object with a great material thickness by means of ultrasound comprising the following method steps: a. providing an ultrasonic test probe with an ultrasonic transducer divided into a plurality of individually activatable transducer segments, wherein the transducer segments are concentric circles or rings, or sections thereof, b. selecting a first group j (j = 1, 2, 3,...) of transducer segments in such a way that a parallel activation of these transducer segments results in a circular active surface Fj of the ultrasonic transducer, and c. carrying out an ultrasound inspection of the test object with the first group j (j = 1, 2, 3,...) of transducer segments, wherein they are being activated in parallel and the ultrasound inspection is carried out in accordance with the DGS method. a. providing an ultrasonic test probe with an ultrasonic transducer divided into a plurality of individually activatable transducer segments, wherein the transducer segments are concentric circles or rings, or sections thereof, b. selecting a first group j (j = 1, 2, 3,...) of transducer segments in such a way that a parallel activation of these transducer segments results in a circular active surface Fj of the ultrasonic transducer, and c. carrying out an ultrasound inspection of the test object with the first group j (j = 1, 2, 3,...) of transducer segments, wherein they are being activated in parallel and the ultrasound inspection is carried out in accordance with the DGS method.
A topical pharmaceutical composition including a) N-(6-((25,6R)-2,6-dimethylmorpholino)pyridin-3-yl)-2-methyl-4'-(trifluoromethoxy)biphenyl-3-carboxamide; b) one or more solvents; c) optionally an oily phase; d) optionally one or more antioxidants; e) optionally one or more consistency improvers f) optionally one or more surfactants; g) optionally one or more preservatives; and h) optionally one or more gelling agents; wherein the one or more solvents includes dimethylisosorbide. a) N-(6-((25,6R)-2,6-dimethylmorpholino)pyridin-3-yl)-2-methyl-4'-(trifluoromethoxy)biphenyl-3-carboxamide; b) one or more solvents; c) optionally an oily phase; d) optionally one or more antioxidants; e) optionally one or more consistency improvers f) optionally one or more surfactants; g) optionally one or more preservatives; and h) optionally one or more gelling agents;