mhurhangee/ep-ind-claims huggingface dataset:
A pet tag holder system comprising a pet tag holder, a fastener, and a pet tag secured to the fastener, said pet tag holder completely enclosing and securing therein said pet tag having a hole, said pet tag being securable to a collar by said fastener, the pet tag holder comprising: a flexible, resilient body including a major front wall, an opposed major rear wall, side edge walls interconnecting the front and rear walls, a top edge wall, and a bottom edge wall, the top and bottom edge walls continuous with the side edge walls and interconnecting the front and rear walls, wherein the body defines a hollow sleeve having an interior cavity adapted for receiving and enclosing at least said pet tag and a slot for inserting the pet tag and the fastener secured to the pet tag into the interior cavity of the sleeve; and wherein the body defines centrally along and in the top edge wall an opening into the interior cavity for passing therethrough the fastener of the pet tag such that the fastener passes through and extends from the opening for allowing access and connection to the fastener secured to the pet tag enclosed by and secured in the pet tag holder characterized in that the slot is adjacent the bottom edge of the body in either the front wall or the rear wall. a flexible, resilient body including a major front wall, an opposed major rear wall, side edge walls interconnecting the front and rear walls, a top edge wall, and a bottom edge wall, the top and bottom edge walls continuous with the side edge walls and interconnecting the front and rear walls, a major front wall, an opposed major rear wall, side edge walls interconnecting the front and rear walls, a top edge wall, and a bottom edge wall, the top and bottom edge walls continuous with the side edge walls and interconnecting the front and rear walls, wherein the body defines a hollow sleeve having an interior cavity adapted for receiving and enclosing at least said pet tag and a slot for inserting the pet tag and the fastener secured to the pet tag into the interior cavity of the sleeve; and wherein the body defines centrally along and in the top edge wall an opening into the interior cavity for passing therethrough the fastener of the pet tag such that the fastener passes through and extends from the opening for allowing access and connection to the fastener secured to the pet tag enclosed by and secured in the pet tag holder characterized in that the slot is adjacent the bottom edge of the body in either the front wall or the rear wall.
A method for the preparation of a composition comprising poly(D,L-lactic-co-glycolic acid) containing less than 1.0 wt.-% of acidic impurities, said method comprising: contacting poly(D,L-lactic-co-glycolic acid) containing acidic impurities, which form salts when being contacted with a solid base, with a solid base, wherein said poly(D,L-lactic-co-glycolic acid) is in either (a) a solvent-free solution phase, at or above ambient temperature, (b) a solution phase, at normal atmospheric pressure, in an organic solvent that does not chemically react with the solid base, (c) a solution phase in a suitable solvent for the creation of a supercritical fluid state, which is a compressed fluid under conditions wherein the temperature is at least 80% of the critical temperature of the fluid and the pressure is at least 50% of the critical pressure of the fluid, or (d) a solid phase; forming a salt of the acidic impurity; and separating the poly(D,L-lactic-co-glycolic acid) from the salt of the acidic impurity; or dissolving the poly(D,L-lactic-co-glycolic acid) containing acidic impurities in an inert solvent; contacting poly(D,L-lactic-co-glycolic acid) solution with a metal hydride; forming a metal salt of the acidic impurity; and separating the poly(D,L-lactic-co-glycolic acid) from the metal salt of the acidic impurity. contacting poly(D,L-lactic-co-glycolic acid) containing acidic impurities, which form salts when being contacted with a solid base, with a solid base, wherein said poly(D,L-lactic-co-glycolic acid) is in either (a) a solvent-free solution phase, at or above ambient temperature, (b) a solution phase, at normal atmospheric pressure, in an organic solvent that does not chemically react with the solid base, (c) a solution phase in a suitable solvent for the creation of a supercritical fluid state, which is a compressed fluid under conditions wherein the temperature is at least 80% of the critical temperature of the fluid and the pressure is at least 50% of the critical pressure of the fluid, or (d) a solid phase; forming a salt of the acidic impurity; and separating the poly(D,L-lactic-co-glycolic acid) from the salt of the acidic impurity; or (a) a solvent-free solution phase, at or above ambient temperature, (b) a solution phase, at normal atmospheric pressure, in an organic solvent that does not chemically react with the solid base, (c) a solution phase in a suitable solvent for the creation of a supercritical fluid state, which is a compressed fluid under conditions wherein the temperature is at least 80% of the critical temperature of the fluid and the pressure is at least 50% of the critical pressure of the fluid, or (d) a solid phase; dissolving the poly(D,L-lactic-co-glycolic acid) containing acidic impurities in an inert solvent; contacting poly(D,L-lactic-co-glycolic acid) solution with a metal hydride; forming a metal salt of the acidic impurity; and separating the poly(D,L-lactic-co-glycolic acid) from the metal salt of the acidic impurity.
Female undergarment, especially for practising sport, comprising: - respectively left and right cups, provided for accommodating the respectively left and right breasts of the user, - a support panel extending between and under the cups and extending laterally via respectively left and right wings, and - respectively left and right straps, provided to pass respectively over the left shoulder and over the right shoulder of the user, the opposite ends (41G, 42G) of the left strap being attached respectively to the left wing and to an upper portion (P1G) of the peripheral circumference of the left cup, and the opposite ends (41D, 42D) of the right strap being attached respectively to the right wing and to an upper portion (P1D) of the peripheral circumference of the right cup, each of the left and right cups being provided with a reinforcing element (12G, 12D) at least partially covering the corresponding cup, each reinforcing element being attached to the corresponding cup solely to a connecting part of the peripheral circumference of this cup, which part includes at least said upper portion (P1G, P1D) of the peripheral circumference, that is to say at the joining point between the cup (10G, 10D) and the strap (40G, 40D), and also a first lateral portion, respectively left (P2G) lateral portion for the left cup, and right (P2D) lateral portion for the right cup, of the peripheral circumference, said first lateral portion (P2G, P2D) extending along the peripheral circumference of said upper portion (P1G, P1D) until substantially a lowest point (PBG, PBD) of the peripheral circumference, characterized in that it also comprises a support panel covering the outer face of a sub-assembly formed by the cups (10G and 10D), the reinforcing elements (12G, 12D) and the support panel, the support panel being attached to this sub-assembly solely on the peripheral circumference of this sub-assembly. - respectively left and right cups, provided for accommodating the respectively left and right breasts of the user, - a support panel extending between and under the cups and extending laterally via respectively left and right wings, and - respectively left and right straps, provided to pass respectively over the left shoulder and over the right shoulder of the user, the opposite ends (41G, 42G) of the left strap being attached respectively to the left wing and to an upper portion (P1G) of the peripheral circumference of the left cup, and the opposite ends (41D, 42D) of the right strap being attached respectively to the right wing and to an upper portion (P1D) of the peripheral circumference of the right cup,
A method for core network node, the method comprising: sending, to a User Equipment, UE, a REGISTRATION ACCEPT message containing at least one first operator-defined access category definition; and receiving, from the UE, a REGISTRATION COMPLETE message indicating acknowledgement of the reception of the at least one first operator-defined access category definition, wherein the at least one first operator-defined access category definition includes OS id + OS App id. sending, to a User Equipment, UE, a REGISTRATION ACCEPT message containing at least one first operator-defined access category definition; and receiving, from the UE, a REGISTRATION COMPLETE message indicating acknowledgement of the reception of the at least one first operator-defined access category definition, wherein the at least one first operator-defined access category definition includes OS id + OS App id.
A dishwasher comprising a body; a washing tub which is disposed on the body and wherein the items to be washed are placed; a plurality of spraying members which provide the distribution of the water received from the mains into the washing tub; a water pocket for accumulating the water received from the mains; a salt container which enables the water coming from the water pocket to be softened; a sump which is disposed under the washing tub and which accumulates the softened water coming from the salt container and the water distributed into the washing tub by the spraying member; and a dirt sensor which is disposed on the sump, characterized by an inlet opening which is arranged on the sump and through which the water coming from the salt container enters, and a cleaning line with one end connected to the inlet opening and the other end opening onto the dirt sensor.
A kit comprising: (i) a compound comprising a glutamate-urea-lysine PSMA-binding moiety conjugated to a metal chelating moiety, and (ii) a radionuclide.
A curable precursor of a pressure sensitive adhesive composition comprising: a free-radically polymerizable material comprising at least one free-radically polymerizable monomer; a polymerization initiator system, comprising: a) a thermal redox initiator system, consisting of: i. a thermal polymerization initiator comprising an organic peroxide; and ii. an accelerator selected from the group consisting of tertiary amines, metal salts, mercaptans, and any combinations or mixtures thereof; and b) a photoinitiator; and wherein the thermal redox initiator system has an activation temperature above which it is capable of producing free radicals upon heating and thermally initiate polymerization of the free-radically polymerizable material, and wherein the curable precursor comprises a photoinitiator in an amount effective for the photoinitiator, upon actinic irradiation, to initiate polymerization of the free-radically polymerizable material and increase the temperature of the curable precursor above the activation temperature of the thermal redox initiator system. a free-radically polymerizable material comprising at least one free-radically polymerizable monomer; a polymerization initiator system, comprising: a) a thermal redox initiator system, consisting of: i. a thermal polymerization initiator comprising an organic peroxide; and ii. an accelerator selected from the group consisting of tertiary amines, metal salts, mercaptans, and any combinations or mixtures thereof; and b) a photoinitiator; and a) a thermal redox initiator system, consisting of: i. a thermal polymerization initiator comprising an organic peroxide; and ii. an accelerator selected from the group consisting of tertiary amines, metal salts, mercaptans, and any combinations or mixtures thereof; and i. a thermal polymerization initiator comprising an organic peroxide; and ii. an accelerator selected from the group consisting of tertiary amines, metal salts, mercaptans, and any combinations or mixtures thereof; and b) a photoinitiator; and
Method for manufacturing at least two filter bellows, with two front edge surfaces each (20a, 20b) and two side faces each (36, 38) from a bellows with a filter medium extending in a running direction with fold edges, wherein the filter bellows are manufactured adjacent to one another and in parallel by realizing in the bellows a cutting path between front edge surfaces (20a, 20b) of the filter bellows at least in some areas transversely to the fold edges of the bellows in such a way that the filter bellows are configured in running direction adjacent to each other and point-symmetrically to one another, wherein the cutting path experiences along the running direction two directional changes transversely to the running direction, wherein the directional change is realized in each case at an angle of less than 45° with a radius and wherein front edges (22a, 22b) are each laterally sealed, in particular using at least one sealant track or a sideband.
A method of insulating a tank for containing liquefied gas, said method comprising the steps of sequentially applying a plurality of layers to the outer surface of the tank, said sequential layers comprising: a first foam layer applied to and surrounding the tank; a second impervious coating applied to and surrounding the first layer; wherein the first layer is a sprayed foam polyurethane layer comprising a plurality of individual polyurethane sub-layers, wherein the sub-layers have different densities; further wherein a polyurethane primer is applied to the outer surface of the tank prior to the first foam layer being applied. a first foam layer applied to and surrounding the tank; a second impervious coating applied to and surrounding the first layer; wherein the first layer is a sprayed foam polyurethane layer comprising a plurality of individual polyurethane sub-layers, wherein the sub-layers have different densities; further wherein a polyurethane primer is applied to the outer surface of the tank prior to the first foam layer being applied. wherein the first layer is a sprayed foam polyurethane layer comprising a plurality of individual polyurethane sub-layers, wherein the sub-layers have different densities; further wherein a polyurethane primer is applied to the outer surface of the tank prior to the first foam layer being applied.
A dispenser for activating a packaged implant, including a compartment comprising a packaged implant, said packaged implant comprising: a first cavity containing a medical adhesive; a second cavity positioned adjacent said first cavity and containing an implant; and a rupturable barrier positioned between said first and second cavities wherein, upon rupture of said rupturable barrier, said adhesive can communicate with at least a portion of said second cavity characterised by said dispenser including a dispensing opening for allowing passage of the packaged implant therethrough and a rupturing structure for rupturing said rupturable barrier. a first cavity containing a medical adhesive; a second cavity positioned adjacent said first cavity and containing an implant; and a rupturable barrier positioned between said first and second cavities wherein, upon rupture of said rupturable barrier, said adhesive can communicate with at least a portion of said second cavity characterised by said dispenser including a dispensing opening for allowing passage of the packaged implant therethrough and a rupturing structure for rupturing said rupturable barrier.
A sensor for analyzing gases, comprising: at least one housing having a housing interior having a first opening and a second opening opposite the first opening; • at least one sensor element arranged at least partially in the housing interior, wherein the sensor element comprises: at least one sensor stiffness comprising at least one substrate; at least one measuring means arranged on the substrate; and at least one connection means, wherein the connection means is arranged outside the housing interior; and at least one glass element and at least one potting element, which are arranged in the housing interior in a space between a housing wall in the housing interior and the sensor element and completely surround the sensor element at least in regions, characterized in that the glass element is arranged at the first opening of the housing interior in the housing interior of the housing and is adapted to hermetically seal the space in the direction of the first opening, wherein the connection means is not surrounded by the glass element, and wherein the potting element is arranged on the glass element in the direction of the second opening and is adapted to fix the sensor element in the housing interior in a form-fitting manner. at least one housing having a housing interior having a first opening and a second opening opposite the first opening; • at least one sensor element arranged at least partially in the housing interior, wherein the sensor element comprises: at least one sensor stiffness comprising at least one substrate; at least one measuring means arranged on the substrate; and at least one connection means, wherein the connection means is arranged outside the housing interior; and • at least one sensor element arranged at least partially in the housing interior, wherein the sensor element comprises: at least one sensor stiffness comprising at least one substrate; at least one measuring means arranged on the substrate; and at least one connection means, wherein the connection means is arranged outside the housing interior; and at least one glass element and at least one potting element, which are arranged in the housing interior in a space between a housing wall in the housing interior and the sensor element and completely surround the sensor element at least in regions, characterized in that the glass element is arranged at the first opening of the housing interior in the housing interior of the housing and is adapted to hermetically seal the space in the direction of the first opening, wherein the connection means is not surrounded by the glass element, and wherein the potting element is arranged on the glass element in the direction of the second opening and is adapted to fix the sensor element in the housing interior in a form-fitting manner.
A filter arrangement for cleaning wastewater, comprising • a housing, • at least one filter unit arranged in the housing with ∘ a cylindrical filter basket, rotationally symmetric to a filter axis, and ∘ at least one cleaning unit, ∘ wherein the filter basket is rotatable relative to the cleaning unit and/or the cleaning unit is rotatable relative to the filter basket around the filter axis, • wherein the cleaning unit comprises: ∘ a nozzle module with a multitude of nozzle units designed to spray water onto the filter basket to dissolve dirt, and ∘ a suction module opposite the nozzle module, wherein the filter basket is arranged between the nozzle module and the suction module, and the suction module is designed to suck off the mixture of sprayed water and dissolved dirt, characterized by at least one compressed air line, which ends in the suction module. • a housing, • at least one filter unit arranged in the housing with ∘ a cylindrical filter basket, rotationally symmetric to a filter axis, and ∘ at least one cleaning unit, ∘ wherein the filter basket is rotatable relative to the cleaning unit and/or the cleaning unit is rotatable relative to the filter basket around the filter axis, ∘ a cylindrical filter basket, rotationally symmetric to a filter axis, and ∘ at least one cleaning unit, ∘ wherein the filter basket is rotatable relative to the cleaning unit and/or the cleaning unit is rotatable relative to the filter basket around the filter axis, • wherein the cleaning unit comprises: ∘ a nozzle module with a multitude of nozzle units designed to spray water onto the filter basket to dissolve dirt, and ∘ a suction module opposite the nozzle module, wherein the filter basket is arranged between the nozzle module and the suction module, and the suction module is designed to suck off the mixture of sprayed water and dissolved dirt, ∘ a nozzle module with a multitude of nozzle units designed to spray water onto the filter basket to dissolve dirt, and ∘ a suction module opposite the nozzle module, wherein the filter basket is arranged between the nozzle module and the suction module, and the suction module is designed to suck off the mixture of sprayed water and dissolved dirt,
Machining tool, in particular end milling cutter for machining fiber reinforced materials such as carbon-fiber-reinforced plastics, glass-fiber-reinforced plastics or plastics reinforced with polyester threads, comprising a plurality of main flutes (1, 2, 3, 4, 5, 6), each of which forms with a respective trailing premachining land a cutting wedge with a premachining cutting edge (13, 14, 15, 16, 17, 18), a plurality of auxiliary flutes (7, 8, 9, 10, 1 1, 12) corresponding to the plurality of main flutes (1, 2, 3, 4, 5, 6), wherein each auxiliary flute (7, 8, 9, 10, 1 1, 12) trails a respective one of the main flutes (1, 2, 3, 4, 5, 6) and wherein each auxiliary flute (1, 2, 3, 4, 5, 6) circumferentially spaces a postmachining land off the premachining land leading in the circumferential direction and wherein each auxiliary flute (1, 2, 3, 4, 5, 6) forms with the postmachining land a cutting wedge with a postmachining cutting edge (19, 20, 21, 22, 23, 24), characterized in that the premachining cutting edges (13, 14, 15, 16, 17, 18) extend alternately on the one hand around the tool axis with a left-hand twist and on the other hand along the tool axis untwisted or at least with a twist being in absolute value smaller than the left-hand twist of the directly leading premachining cutting edge, wherein the postmachining cutting edges (19, 21, 23) trailing the left-hand twisted premachining cutting edges (13, 15, 17) extend along the tool axis untwisted or at least with a twist being in absolute value smaller than the left-hand twist of the directly leading premachining cutting edge, and wherein those postmachining cutting edges (20, 22, 24) extend with a left-hand twist around the tool axis, which are trailing the untwisted premachining cutting edges or trailing the premachining cutting edges (14, 16, 18), which extend at least with a twist being in absolute value smaller than the left-hand twist of the directly leading premachining cutting edge (13, 15, 17).
Heat exchanger comprising at least one tube (1, 1') and one manifold (2, 2'), said manifold (2, 2') being provided with at least one bore (2B, 2'B) for receiving the end of the tube (1, 1'), in which said receiving bore (2B, 2'B) comprises at least one abutment part (2D, 2'C, 2'D) for the corresponding end of said tube (1, 1'), characterized in that said abutment part comprises at least one rib (2C, 2D) arranged laterally in the receiving bore of the manifold, said abutment part being arranged at a lateral end in said receiving bore of the manifold.