mhurhangee/ep-ind-claims huggingface dataset:
Glass article which is configured as outer bulb of a high-pressure discharge lamp, wherein the outer bulb surrounds a discharge vessel of the high-pressure discharge lamp and the glass article has a glass composition which contains silicon dioxide (SiO 2) in a proportion of at least 96 per cent by weight as main component and neodymium, aluminium, cerium, barium and boron and also europium in oxide form as additives, wherein - the proportion of neodymium in the glass composition is in the range from 0.06 to 1.40 per cent by weight, - the proportion of aluminium in the glass composition is in the range from 0.09 to 1.20 per cent by weight, - the proportion of cerium in the glass composition is in the range from 0.06 to 1.30 per cent by weight, - the proportion of barium in the glass composition is in the range from 0.006 to 1.30 per cent by weight, - the proportion of boron in the glass composition is in the range from 0.0009 to 0.20 per cent by weight and - the proportion of europium in the glass composition is in the range from 0.008 to 0.44 per cent by weight, where - the oxygen component of the oxide form is in each case not taken into account in the value indicated for the proportion by weight of the additive. - the proportion of neodymium in the glass composition is in the range from 0.06 to 1.40 per cent by weight, - the proportion of aluminium in the glass composition is in the range from 0.09 to 1.20 per cent by weight, - the proportion of cerium in the glass composition is in the range from 0.06 to 1.30 per cent by weight, - the proportion of barium in the glass composition is in the range from 0.006 to 1.30 per cent by weight, - the proportion of boron in the glass composition is in the range from 0.0009 to 0.20 per cent by weight and - the proportion of europium in the glass composition is in the range from 0.008 to 0.44 per cent by weight, where - the oxygen component of the oxide form is in each case not taken into account in the value indicated for the proportion by weight of the additive.
An information processing device comprising: an acquirer configured to acquire an image of a peripheral area of a moving object, the peripheral area of the moving object being an area within a predetermined range of the moving object; a setter configured to arrange a plurality of cells along each of a plurality of traveling candidate lines of the moving object in the peripheral area of the moving object, the traveling candidate lines being a plurality of lines along which the moving object is likely to progress and are set according to a steering range of the moving object and a speed range of the moving object, wherein each cell of the plurality of cells has a shape and is arranged along each candidate line such that the shape has four sides, which form the outer frame of a cell, with two sides which do not cross the candidate line, the width of the shape crossing the candidate line along which the cell is arranged and wherein the shape formed along a candidate line is a shape formed in substantially the same direction as a bending direction of a candidate line and having substantially the same curvature as the candidate line; a specifier configured to specify a type of an object included in a cell of the plurality of cells, using one or more partitioned areas smaller than the cell included in the image; and a determiner configured to determine whether or not the moving object can progress for the cell based on the type of the object. an acquirer configured to acquire an image of a peripheral area of a moving object, the peripheral area of the moving object being an area within a predetermined range of the moving object; a setter configured to arrange a plurality of cells along each of a plurality of traveling candidate lines of the moving object in the peripheral area of the moving object, the traveling candidate lines being a plurality of lines along which the moving object is likely to progress and are set according to a steering range of the moving object and a speed range of the moving object, wherein each cell of the plurality of cells has a shape and is arranged along each candidate line such that the shape has four sides, which form the outer frame of a cell, with two sides which do not cross the candidate line, the width of the shape crossing the candidate line along which the cell is arranged and wherein the shape formed along a candidate line is a shape formed in substantially the same direction as a bending direction of a candidate line and having substantially the same curvature as the candidate line; a specifier configured to specify a type of an object included in a cell of the plurality of cells, using one or more partitioned areas smaller than the cell included in the image; and a determiner configured to determine whether or not the moving object can progress for the cell based on the type of the object.
A device for pulling a resilient elongate element, comprising: a rotational motor having an output; a rotating drum connected to the output of said rotational motor, the rotating drum having at least one elongate member contacting surface, the at least one elongate member contacting surface being configured to apply a tension to the resilient elongate element; whereby when said rotational motor turns the rotating drum, the rotating drum thereby continuously pulls the resilient elongate element through the device; a guide mechanism including at least one elongate element guide member provided on a pivot bar for guiding the resilient elongate element onto around at least a portion of the circumference of the rotating drum, and an exit guide for guiding the resilient elongate element off of the rotating drum, characterised by the pivot bar being movable between an open position in which an intermediate portion of the resilient elongate element can be placed around the elongate element guide member and the rotating drum, and a closed position in which the intermediate portion of the resilient elongate element cannot be disengaged from the drum, the pivot bar including at least a portion of the exit guide. a rotational motor having an output; a rotating drum connected to the output of said rotational motor, the rotating drum having at least one elongate member contacting surface, the at least one elongate member contacting surface being configured to apply a tension to the resilient elongate element; whereby when said rotational motor turns the rotating drum, the rotating drum thereby continuously pulls the resilient elongate element through the device; a guide mechanism including at least one elongate element guide member provided on a pivot bar for guiding the resilient elongate element onto around at least a portion of the circumference of the rotating drum, and an exit guide for guiding the resilient elongate element off of the rotating drum, characterised by the pivot bar being movable between an open position in which an intermediate portion of the resilient elongate element can be placed around the elongate element guide member and the rotating drum, and a closed position in which the intermediate portion of the resilient elongate element cannot be disengaged from the drum, the pivot bar including at least a portion of the exit guide.
A wireless communication element, comprising: a transmit path configured to convert a digital signal output by digital circuitry into a wireless communication signal; a control path communicatively coupled to the transmit path and configured to monitor and control one or more operational parameters associated with the transmit path, the control path comprising: a coherent receiver configured to receive the wireless communication signal; and a bias circuit electrically coupled to the coherent receiver and configured to generate a bias current for the coherent receiver, wherein the bias current is equal to: a bandgap voltage supplied to the bias circuit divided by a resistance selected to approximately match a process resistance integral to the coherent receiver; minus a temperature-dependent current multiplied by a predetermined scaling factor, wherein a feedback digital-to-analog converter of the coherent receiver is biased by the bias current, such that the feedback digital-to-analog converter outputs a current proportional to the bias current. a transmit path configured to convert a digital signal output by digital circuitry into a wireless communication signal; a control path communicatively coupled to the transmit path and configured to monitor and control one or more operational parameters associated with the transmit path, the control path comprising: a coherent receiver configured to receive the wireless communication signal; and a bias circuit electrically coupled to the coherent receiver and configured to generate a bias current for the coherent receiver, wherein the bias current is equal to: a bandgap voltage supplied to the bias circuit divided by a resistance selected to approximately match a process resistance integral to the coherent receiver; minus a temperature-dependent current multiplied by a predetermined scaling factor, wherein a feedback digital-to-analog converter of the coherent receiver is biased by the bias current, such that the feedback digital-to-analog converter outputs a current proportional to the bias current. a coherent receiver configured to receive the wireless communication signal; and a bias circuit electrically coupled to the coherent receiver and configured to generate a bias current for the coherent receiver, wherein the bias current is equal to: a bandgap voltage supplied to the bias circuit divided by a resistance selected to approximately match a process resistance integral to the coherent receiver; minus a temperature-dependent current multiplied by a predetermined scaling factor, a bandgap voltage supplied to the bias circuit divided by a resistance selected to approximately match a process resistance integral to the coherent receiver; minus a temperature-dependent current multiplied by a predetermined scaling factor, wherein a feedback digital-to-analog converter of the coherent receiver is biased by the bias current, such that the feedback digital-to-analog converter outputs a current proportional to the bias current.
A computerized method for creating a tenant of a database system, the tenant to have tenant data stored in an immutable storage of the database system associated with a tenant identifier, wherein the database system stores transactions as immutable versions of records, and wherein a received transaction creates a new version of contents of a record to be stored in the database system instead of altering the contents of the record, the method comprising: receiving, at the database system, a request to create a new tenant; selecting, at the database system, template tenant data of a template tenant to create the new tenant based on the received request, comprising determining whether a template tenant exists based on a type of the request to form the new tenant, comprising selecting a template tenant that is most similar to the request for creating a new tenant, wherein the similarity includes a type of the tenant to be created; creating, via the database system, a new tenant identifier based on the selected template tenant data; creating the new tenant by associating the new tenant identifier with a snapshot of at least a portion of the template tenant data of the determined template tenant at a new tenant creation point in time when the template tenant data is made accessible to the new tenant; and associating new tenant data created by the new tenant after the new tenant creation point in time with the new tenant, wherein the new tenant data created by the new tenant subsequent to the new tenant creation point in time is inaccessible to the template tenant. receiving, at the database system, a request to create a new tenant; selecting, at the database system, template tenant data of a template tenant to create the new tenant based on the received request, comprising determining whether a template tenant exists based on a type of the request to form the new tenant, comprising selecting a template tenant that is most similar to the request for creating a new tenant, wherein the similarity includes a type of the tenant to be created; creating, via the database system, a new tenant identifier based on the selected template tenant data; creating the new tenant by associating the new tenant identifier with a snapshot of at least a portion of the template tenant data of the determined template tenant at a new tenant creation point in time when the template tenant data is made accessible to the new tenant; and associating new tenant data created by the new tenant after the new tenant creation point in time with the new tenant, wherein the new tenant data created by the new tenant subsequent to the new tenant creation point in time is inaccessible to the template tenant.
A display device comprising: an auxiliary electrode on a lower substrate; an over-coat layer on the auxiliary electrode, the over-coat layer including an over-coat penetrating hole exposing a portion of the auxiliary electrode; a lower electrode on the over-coat layer, the lower electrode being laterally spaced away from the over-coat penetrating hole; an insulating bank layer disposed on the over-coat layer so as to cover edges of the lower electrode, the insulating bank layer including a bank opening exposing a portion of the lower electrode, the insulating bank layer further including a bank penetrating hole exposing a portion of the auxiliary electrode exposed by the over-coat penetrating hole, the bank penetration hole overlapping the overcoat penetration hole, and the insulating bank layer extending along the side surface of the over-coat layer at the over-coat penetrating hole; a light-emitting layer provided on lower electrode at the portion exposed by the bank opening and on the portion of the auxiliary electrode exposed by the over-coat penetrating hole and the bank penetrating hole, the light-emitting layer including an emission layer hole overlapping the exposed portion of the auxiliary electrode; and an upper electrode on the light-emitting layer, the upper electrode electrically connected to the auxiliary electrode through the emission layer hole, wherein the auxiliary electrode includes a protruding electrode part extending inside the emission layer hole and protruding upwards into the emission layer hole to directly contact the upper electrode. an auxiliary electrode on a lower substrate; an over-coat layer on the auxiliary electrode, the over-coat layer including an over-coat penetrating hole exposing a portion of the auxiliary electrode; a lower electrode on the over-coat layer, the lower electrode being laterally spaced away from the over-coat penetrating hole; an insulating bank layer disposed on the over-coat layer so as to cover edges of the lower electrode, the insulating bank layer including a bank opening exposing a portion of the lower electrode, the insulating bank layer further including a bank penetrating hole exposing a portion of the auxiliary electrode exposed by the over-coat penetrating hole, the bank penetration hole overlapping the overcoat penetration hole, and the insulating bank layer extending along the side surface of the over-coat layer at the over-coat penetrating hole; a light-emitting layer provided on lower electrode at the portion exposed by the bank opening and on the portion of the auxiliary electrode exposed by the over-coat penetrating hole and the bank penetrating hole, the light-emitting layer including an emission layer hole overlapping the exposed portion of the auxiliary electrode; and an upper electrode on the light-emitting layer, the upper electrode electrically connected to the auxiliary electrode through the emission layer hole, wherein the auxiliary electrode includes a protruding electrode part extending inside the emission layer hole and protruding upwards into the emission layer hole to directly contact the upper electrode.
A shuttle kiln for firing ceramic porous bodies containing organic binders, the kiln having a furnace body and comprising: a gas suction path arranged for suctioning in an in-furnace gas from the furnace body and exhausting it via an afterburner arranged in the gas suction path, the gas suction path having a gas suction port for the suction of the in-furnace gas from the furnace body into the gas suction path; and in addition to the gas suction path, a circulation path arranged for suctioning the in-furnace gas to the exterior of the furnace body, burning an organic binder gas contained in the in-furnace gas, and returning the in-furnace gas into the furnace body after the burning of the organic binder gas, the circulation path having a circulating suction port for the suction of the in-furnace gas from the furnace body into the circulation path and having a combustion device for burning of the organic binder gas.
A treatment instrument (4; 104; 204; 304; 404; 504; 604; 704; 804; 904; 1004; 1104) which is provided and configured to be coupled to a distal end or end portion of an endoscope and which comprises the following elements: - a substantially sleeve-shaped hollow body (16; 116; 216; 316; 416; 516; 616; 716; 1016; 1116) the circumferential wall of which internally surrounds an axially extending cavity and forms a proximal coupling portion, which is provided and configured to be attached to/plugged onto an endoscope shaft or endoscope head, - a gripping element that is supported on or articulated to a distal circumferential wall portion of the hollow body (16; 116; 216; 316; 416; 516; 616; 716; 1016; 1116) and - an actuation mechanism provided for operating the gripping element at least from a release position to a gripping position, said actuation mechanism having a proximal portion that extends from the hollow body (16; 116; 216; 316; 416; 516; 616; 716; 1016; 1116) to a proximal direction, and having a distal portion that is received in the cavity and comprises a distal end which is coupled to the gripping element at the inner face thereof facing the cavity, wherein - the gripping element in the gripping position takes the shape of a cap; flap, cupola, door or roof by which the cavity is completely closed at a distal end of the hollow body (16; 116; 216; 316; 416; 516; 616; 716; 1016; 1116) at least when the gripping position is reached, and the gripping element, in the release position, completely releases an end face of the hollow body (16; 116; 216; 316; 416; 516; 616; 716; 1016; 1116) in the distal direction. - a substantially sleeve-shaped hollow body (16; 116; 216; 316; 416; 516; 616; 716; 1016; 1116) the circumferential wall of which internally surrounds an axially extending cavity and forms a proximal coupling portion, which is provided and configured to be attached to/plugged onto an endoscope shaft or endoscope head, - a gripping element that is supported on or articulated to a distal circumferential wall portion of the hollow body (16; 116; 216; 316; 416; 516; 616; 716; 1016; 1116) and - an actuation mechanism provided for operating the gripping element at least from a release position to a gripping position, said actuation mechanism having a proximal portion that extends from the hollow body (16; 116; 216; 316; 416; 516; 616; 716; 1016; 1116) to a proximal direction, and having a distal portion that is received in the cavity and comprises a distal end which is coupled to the gripping element at the inner face thereof facing the cavity, wherein - the gripping element in the gripping position takes the shape of a cap; flap, cupola, door or roof by which the cavity is completely closed at a distal end of the hollow body (16; 116; 216; 316; 416; 516; 616; 716; 1016; 1116) at least when the gripping position is reached, and the gripping element, in the release position, completely releases an end face of the hollow body (16; 116; 216; 316; 416; 516; 616; 716; 1016; 1116) in the distal direction.
Drawer insert with a frame (12, 112) made of a wood-based material and an inner part (14, 114) with a trough-shaped compartment for objects, which is inserted into frame (12, 112) and is made from a flexible plastic material, with frame (12, 112) being rectangular and having vertical side walls (18, 20, 22, 24; 120), with the inner part (14, 114) being attached to the inner sides of the side walls (18, 20, 22, 24; 120) by its outer edges (28, 128) and with the inner sides of the side walls being provided in the vicinity of their top edges with grooves running parallel to the top edges, into which the outer edges of the inner part are inserted.
Inflatable concentrator for focusing radiation, in particular solar radiation, in an absorber that can be fastened thereto, comprising a sleeve that is substantially tubular when in an inflated operating state and has a translucent inlet window for coupling in the radiation, and a reflector film that divides the sleeve into at least two hollow chambers and has a mirror surface which reflects the coupled-in radiation towards the absorber, wherein the sleeve is composed of individual film elements that are interconnected by means of joint connections (11; 11', 17), wherein the sleeve can be arranged in a transport position in which it can be rolled up when in the deflated state, wherein the sleeve has a base film that is connected to a lower lateral wall film of the sleeve on opposing longitudinal rims in each case by means of one of the joint connections, wherein the joint connections that connect the base film to the lower lateral wall films each extend substantially over the entire length of the sleeve and each define a longitudinal rim of the sleeve when the sleeve is in the deflated state, wherein the sleeve is arranged in a transport position that is substantially free of fold lines when in the deflated state, in which transport position the different films of the sleeve are stacked as successive layers, or the joint connections each form a defined longitudinal fold on the longitudinal rim of the sleeve, wherein one edge of the base film is folded around a corresponding edge of the lower lateral wall film connected thereto so as to create an overlap (11") between the base film and the lower lateral wall film.
A method of manufacturing a porous orthopedic implant comprising the steps of: forming a polymeric preform in a three-dimensional geometric shape that is substantially the same as the three-dimensional geometric shape of the orthopedic implant, the preform including a plurality of ligaments defining pores therebetween; pyrolyzing the preform; and coating the preform with metal to produce the orthopedic implant. forming a polymeric preform in a three-dimensional geometric shape that is substantially the same as the three-dimensional geometric shape of the orthopedic implant, the preform including a plurality of ligaments defining pores therebetween; pyrolyzing the preform; and coating the preform with metal to produce the orthopedic implant.