mhurhangee/ep-ind-claims huggingface dataset:
A system for repairing a defect (52, 80) on a portion of an articular surface (54, 64) of a patient's glenoid, said system comprising: a guide pin configured to be secured into said articular surface (54, 64) of said glenoid proximate to said defect; a guide including a guide head (106, 124) having an upper and a lower portion (117; 119) and a guide sleeve defining an opening extending through said guide head from said upper to said lower portion, wherein said lower portion of said guide head includes a contact surface configured to locate said guide relative to said articular surface (54, 64), and said guide sleeve being configured to receive said guide pin therethrough and align said guide pin at an angle β less than 90 degrees relative to an axis generally normal and central to said defect (52, 82) on said articular surface (54, 64), and wherein said guide sleeve is configured to radially offset a point of entry (54, 64) of said guide pin into said articular surface (54, 46) from said axis; an excision device, wherein said excision device includes a cannulated shaft and at least one cutter (16a, b), wherein all of the at least one cutter (16a, b) are generally aligned in a single plane extending outward from and along a longitudinal axis of said cannulated shaft, wherein said cannulated shaft is configured to be advanced over said guide pin and said at least one cutter (16a, b) is configured to form a generally hemi-spherical excision site in said articular surface (54, 64). a guide pin configured to be secured into said articular surface (54, 64) of said glenoid proximate to said defect; a guide including a guide head (106, 124) having an upper and a lower portion (117; 119) and a guide sleeve defining an opening extending through said guide head from said upper to said lower portion, wherein said lower portion of said guide head includes a contact surface configured to locate said guide relative to said articular surface (54, 64), and said guide sleeve being configured to receive said guide pin therethrough and align said guide pin at an angle β less than 90 degrees relative to an axis generally normal and central to said defect (52, 82) on said articular surface (54, 64), and wherein said guide sleeve is configured to radially offset a point of entry (54, 64) of said guide pin into said articular surface (54, 46) from said axis; an excision device, wherein said excision device includes a cannulated shaft and at least one cutter (16a, b), wherein all of the at least one cutter (16a, b) are generally aligned in a single plane extending outward from and along a longitudinal axis of said cannulated shaft, wherein said cannulated shaft is configured to be advanced over said guide pin and said at least one cutter (16a, b) is configured to form a generally hemi-spherical excision site in said articular surface (54, 64).
Air purifier for UV irradiation of flowing air, especially air loaded with germs or infectious agents, comprising - a preferably cylindrical outer reflector extending along a longitudinal axis and having an air inlet and an air outlet, the outer reflector having a UV radiation-reflecting material on its inner side facing the air flow, - a rod-shaped lamp emitting UV radiation and extending along a longitudinal axis, the lamp being surrounded by the outer reflector, the outer reflector reflecting the UV radiation emitted by the lamp, characterized by - a central reflector extending along a longitudinal axis and surrounded by the outer reflector, the central reflector comprising a UV radiation-reflecting material on its side facing the air flow and/or the outer reflector and/or the lamp, - the central reflector reflecting the UV radiation emitted by the lamp, and - the longitudinal axis of the lamp being aligned obliquely to the longitudinal axis of the central reflector. - a preferably cylindrical outer reflector extending along a longitudinal axis and having an air inlet and an air outlet, the outer reflector having a UV radiation-reflecting material on its inner side facing the air flow, - a rod-shaped lamp emitting UV radiation and extending along a longitudinal axis, the lamp being surrounded by the outer reflector, the outer reflector reflecting the UV radiation emitted by the lamp, - a central reflector extending along a longitudinal axis and surrounded by the outer reflector, the central reflector comprising a UV radiation-reflecting material on its side facing the air flow and/or the outer reflector and/or the lamp, - the central reflector reflecting the UV radiation emitted by the lamp, and - the longitudinal axis of the lamp being aligned obliquely to the longitudinal axis of the central reflector.
A method for tanning a hide [hide, herein after] wherein said method comprises treating a tannable hide [hide (H t), herein after] with a tanning composition [composition, herein after] comprising: - from 25 to 75 % by weight (wt. %) of at least one chromium salt, preferably chromium sulfate. - from 5 to 70 % by weight (wt. %) of at least one treated zeolite [treated zeolite, herein after] prepared by treating at least one zeolite [zeolite, herein after) having the general formula: M x/n [(AlO 2) x (SiO 2) y] wH 2 O, wherein M is an alkali metal cation, a bivalent cation, a trivalent cation or a mixture thereof, n is the valence of the cation, w is the number of water molecules per unit cell, y is a number from 0.8 to 50 and the ratio y to x is ranging from 0.7 to 100 with at least one acid [acid, herein after) selected from the group consisting of a monocarboxylic acid and a polycarboxylic acid, - from 1 to 70 wt. % of at least one aluminium salt, and wherein all wt. % are relative to the total weight of the composition. - from 25 to 75 % by weight (wt. %) of at least one chromium salt, preferably chromium sulfate. - from 5 to 70 % by weight (wt. %) of at least one treated zeolite [treated zeolite, herein after] prepared by treating at least one zeolite [zeolite, herein after) having the general formula: M x/n [(AlO 2) x (SiO 2) y] wH 2 O, wherein M is an alkali metal cation, a bivalent cation, a trivalent cation or a mixture thereof, n is the valence of the cation, w is the number of water molecules per unit cell, y is a number from 0.8 to 50 and the ratio y to x is ranging from 0.7 to 100 with at least one acid [acid, herein after) selected from the group consisting of a monocarboxylic acid and a polycarboxylic acid, - from 1 to 70 wt. % of at least one aluminium salt, and wherein all wt. % are relative to the total weight of the composition.
A method performed by a master node, the method comprising: during a secondary node addition procedure, providing a target secondary node with an indication of a secondary node change together with information on bearers that were served by a source secondary node; receiving bearer mapping for failed bearers from the target secondary node; and providing the source secondary node with the bearer mapping for the failed bearers. during a secondary node addition procedure, providing a target secondary node with an indication of a secondary node change together with information on bearers that were served by a source secondary node; receiving bearer mapping for failed bearers from the target secondary node; and providing the source secondary node with the bearer mapping for the failed bearers.
A medical system comprising: an expandable endoprosthesis having a proximal end and a distal end; an elongate member having a proximal end and a distal end, the expandable endoprosthesis being situated along the elongate member proximate the distal end of the elongate member; a tubular cover having a first end and a second end, the cover including a first portion and a second portion, the first portion being disposed about the expandable endoprosthesis and the second portion extending over at least part of the first portion, the first portion having a diameter change such that a first end of the first portion has a smaller diameter than a second end of the first portion; and a constraining member disposed about the expandable endoprosthesis such that the constraining member is situated between the first and second portions of the tubular cover, the constraining member constraining the expandable endoprosthesis in a delivery configuration.
Electric motor unit for a mobile working machine comprising at least an electric drive motor and a power electronics system which is intended to actuate the drive motor and is arranged in a power electronics housing, wherein the power electronics housing is connected to a motor housing by means of a separating joint with a screw connection, and pressure contacts, which are oriented towards one another, of power connections of the power electronics system and of the drive motor are arranged in the connecting region of the power electronics housing and the motor housing in the interior of the two housings (4, 2) and interact to form an electrical connection, in each case one pressure contact of which pressure contacts, as a power electronics contact, is associated with the power electronics system, and one pressure contact of which pressure contacts which interacts with the said power electronics contact, as a connection contact, is associated with the drive motor, characterized in that at least one of the pressure contacts is acted on in the direction of its pressure contact which interacts therewith by a spring force by any desired form of springs and elastically deformable materials and is arranged such that it can move over a minimum distance, and also one pressure contact is a line contact which is produced by a sharply tapering edge or blade or a point contact which is created by one or more tapered portions of the pressure contact, and the pressure contact which interacts therewith is a surface contact, as a result of which secure electrical connection is produced irrespective of unevennesses, soiling or oxidation, and inaccuracies and tolerances are compensated for.
- Tread for the driven axle of an agricultural vehicle, said tread comprising tread pattern elements ( 21, 41) extending radially towards the outside from a bearing surface, said tread pattern elements comprising, in the central part of the tread, a series of blocks that are juxtaposed with one another in the longitudinal direction, said tread pattern blocks being separated from one another by transverse cuts, said blocks having, in the rolling direction, a leading face, a contact face and a trailing face, characterized in that said leading face has, from the bearing surface, a radial height HRA greater than the radial height HRF of the trailing face, in that the contact face is oriented at an angle α with respect to the radial direction Z, α being between 93 and 105 degrees, in that the radial depth PR of the transverse cuts is at least equal to 50% of the radial height HRA of the leading face, in that the width of said blocks represents at least 15% of the width of the tread, in that the transverse cuts are transverse sipes, in that the transverse sipes are inclined towards the front in the rolling direction of the tread, the transverse sipes being oriented at an angle β with respect to the radial direction Z, β being between 5 and 35 degrees, in that β is at least equal to 20 degrees and in that the tread also comprises lateral tread pattern elements, said lateral tread pattern elements comprising a contact face, a leading face and a trailing face, said leading face being inclined at an angle γ towards the rear with respect to the radial direction Z in the rolling direction of the tread, the angle γ being between 50 degrees and 75 degrees.
Electrochemical cell having a positive electrode and a negative electrode which are connected to one another via an ion-conductive electrolyte where • the positive electrode comprises a first positive electrode material and a second positive electrode material, and • the negative electrode comprises a first negative electrode material and a second negative electrode material, where • the first positive electrode material has a higher double layer capacity than the second positive electrode material and • the first positive electrode material is enriched, separately from the second positive electrode material, in a first subregion of the positive electrode and • the second positive electrode material is enriched, separately from the first positive electrode material, in a second subregion of the positive electrode and • the first negative electrode material has a higher double layer capacity than the second negative electrode material and • the first negative electrode material is enriched, separately from the second negative electrode material, in a first subregion of the negative electrode and • the second negative electrode material is enriched, separately from the first negative electrode material, in a second subregion of the negative electrode, characterized in that • the positive electrode and the negative electrode are arranged next to one another and separated by a gap in a coplanar arrangement on a sheet-like substrate and • the first subregion of the positive electrode directly adjoins one side of the gap between the electrodes and the first subregion of the negative electrode directly adjoins another side of the gap. • the positive electrode comprises a first positive electrode material and a second positive electrode material, and • the negative electrode comprises a first negative electrode material and a second negative electrode material, • the first positive electrode material has a higher double layer capacity than the second positive electrode material and • the first positive electrode material is enriched, separately from the second positive electrode material, in a first subregion of the positive electrode and • the second positive electrode material is enriched, separately from the first positive electrode material, in a second subregion of the positive electrode • the first negative electrode material has a higher double layer capacity than the second negative electrode material and • the first negative electrode material is enriched, separately from the second negative electrode material, in a first subregion of the negative electrode and • the second negative electrode material is enriched, separately from the first negative electrode material, in a second subregion of the negative electrode, • the positive electrode and the negative electrode are arranged next to one another and separated by a gap in a coplanar arrangement on a sheet-like substrate and • the first subregion of the positive electrode directly adjoins one side of the gap between the electrodes and the first subregion of the negative electrode directly adjoins another side of the gap.
An antioxidant-promoting composition comprising active ingredients comprising Bacopa monniera extract; Silybum marianum (milk thistle) extract, Withania somnifera (ashwagandha) powder, Camellia sinensis (green tea) extract, and Curcuma longa (turmeric) extract, wherein the composition comprises Protandim II according to Table 7 as active ingredients: Table 7 Composition of Protandim II Active Ingredient Quantity Weight Percent (wt%) Total Active Ingredients Bacopa monniera, extract 45% bacosides 150 mg 22.2 Milk Thistle extract, 70-80% silymarin 225 mg 33.3 Ashwagandha powder 150 mg 22.2 Green tea, 98% polyphenols, 45% (-)-epigallocatechin gallate (EGCG) 75 mg 11.1 Turmeric extract, 95% curcumin 75 mg 11.1 Total 675 mg 99.9
A method performed by a first data analytics entity for a communications network, the first data analytics entity having access to a first dataset of network data, the method comprising: receiving a request message from a second data analytics entity for the communications network, the request message comprising a model generated by the second data analytics entity using a machine-learning algorithm based on a second dataset to which the second data analytics entity has access, and an indication of an analytic to be calculated by the model; applying the model to the first dataset to measure the accuracy of the model; and transmitting a response message to the second data analytics entity comprising an indication of the accuracy of the model when applied to the first dataset. receiving a request message from a second data analytics entity for the communications network, the request message comprising a model generated by the second data analytics entity using a machine-learning algorithm based on a second dataset to which the second data analytics entity has access, and an indication of an analytic to be calculated by the model; applying the model to the first dataset to measure the accuracy of the model; and transmitting a response message to the second data analytics entity comprising an indication of the accuracy of the model when applied to the first dataset.
A compound having the following formula (F-I): wherein R 1 and R 2 are a C2 to C30 linear or branched alkyl group and wherein R 1 and R 2, taken together, comprise from 8 to 48 carbon atoms; and R 3 is a hydrocarbyl group. wherein R 1 and R 2 are a C2 to C30 linear or branched alkyl group and wherein R 1 and R 2, taken together, comprise from 8 to 48 carbon atoms; and R 3 is a hydrocarbyl group.
A method for producing a molded body, wherein at least one material is inserted into a mold space of a molding tool and distributed therein as bulk material or in liquid form in a step i), and a single-piece body is formed of the at least one material in a step ii), characterized in that the at least one material is inserted into the mold space without pressure and the mold space is divided into different regions, wherein, based on a construction model of the molded body, concentrations of the at least one material and values of at least one process parameter are assigned to these regions, wherein the at least one material is distributed in the mold space according to the assigned concentrations in step i) and the at least one process parameter is set according to the predefined values in step ii) and/or step i), wherein the process parameter is at least one thermodynamic property.
Device for converting thermal energy of a low temperature into thermal energy of a higher temperature and vice versa by means of mechanical energy, comprising a rotor which is mounted so as to be able to rotate about an axis of rotation and in which a flow duct is provided for a working medium undergoing a closed cyclic process, which medium is guided in a compressor unit substantially radially outwards with respect to the axis of rotation in order to increase pressure, and is guided in an expansion unit substantially radially inwards with respect to the axis of rotation in order to reduce pressure, at least one heat exchanger (1") that is inner with respect to the axis of rotation and at least one heat exchanger that is outer with respect to the axis of rotation being provided for heat exchange between the working medium and a heat exchange medium, the heat exchangers (1', 1") being arranged substantially in parallel with the axis of rotation of the rotor, characterised in that the rotor comprises a support body which supports the inner (1") and/or outer heat exchanger over its longitudinal extension so as to retain the inner (1") and/or outer heat exchanger.
A method in a receiver for obtaining a control word, method comprising the steps of: obtaining two or more subkeys each subkey under control of respective entitlement data received in a respective subkey specific entitlement message from a head-end system wherein the respective entitlement data for each subkey is used to obtain that subkey; combining the subkeys to obtain the control word; characterized in that, at least one of the subkey specific entitlement messages is a positive entitlement message and wherein at least one of the subkey specific entitlement messages is a negative entitlement message. obtaining two or more subkeys each subkey under control of respective entitlement data received in a respective subkey specific entitlement message from a head-end system wherein the respective entitlement data for each subkey is used to obtain that subkey; combining the subkeys to obtain the control word; characterized in that, at least one of the subkey specific entitlement messages is a positive entitlement message and wherein at least one of the subkey specific entitlement messages is a negative entitlement message.
A shock sensor for detecting an attack on a facility equipped with the shock sensor, comprising: a microprocessor; a micro electromechanical system in communication with the microprocessor, the micro electromechanical system being integrated with a shock sensing device adapted to sense a shock generated by the attack in any direction and a microchip adapted to receive and store at least one parameter from the microprocessor and to analyze a shock signal generated by the shock based on the at least one parameter; and an output device (4, 13) connected with the microprocessor and adapted to output information based on an analysis result of the shock signal, characterized in that the shock sensor further comprises a mode setting device connected with the microprocessor, and the shock sensor can be set to a sensitivity determining mode by means of the mode setting device; the shock sensor is arranged such that the sensitivity of the shock sensor can be determined in the sensitivity determining mode; the shock sensor is arranged to be set to the sensitivity determining mode by means of the mode setting device and by powering the shock sensor on; the shock sensor is arranged such that a desired attack can be simulated in a predetermined time period and an amplitude of the shock signal generated by the desired attack in the predetermined time period can be recorded by means of the micro electromechanical system; and the shock sensor is arranged such that the sensitivity of the shock sensor can be determined at least based on the amplitude of the shock signal. a microprocessor; a micro electromechanical system in communication with the microprocessor, the micro electromechanical system being integrated with a shock sensing device adapted to sense a shock generated by the attack in any direction and a microchip adapted to receive and store at least one parameter from the microprocessor and to analyze a shock signal generated by the shock based on the at least one parameter; and an output device (4, 13) connected with the microprocessor and adapted to output information based on an analysis result of the shock signal, characterized in that the shock sensor further comprises a mode setting device connected with the microprocessor, and the shock sensor can be set to a sensitivity determining mode by means of the mode setting device; the shock sensor is arranged such that the sensitivity of the shock sensor can be determined in the sensitivity determining mode; the shock sensor is arranged to be set to the sensitivity determining mode by means of the mode setting device and by powering the shock sensor on; the shock sensor is arranged such that a desired attack can be simulated in a predetermined time period and an amplitude of the shock signal generated by the desired attack in the predetermined time period can be recorded by means of the micro electromechanical system; and the shock sensor is arranged such that the sensitivity of the shock sensor can be determined at least based on the amplitude of the shock signal.