mhurhangee/ep-ind-claims huggingface dataset:
A packaging (A1, A2, A5) for a pouch container, the packaging (A1, A2, A5) comprising: a filling-and-pouring member disposed at a top of the packaging (A1, A2, A5); a pair of outer films disposed on a front side and a back side, the outer films each having side edges, a bottom edge and oblique edges lying between the side edges and the bottom edge; and a pair of gusset films each disposed in a folded state between the outer films and having side edges and oblique edges, wherein: the side edges of the outer films and the side edges of the gusset films are joined to provide side seals, the bottom edges of the respective outer films are joined to provide a bottom seal, and the oblique edges of the outer films and the oblique edges of the gusset films are joined to provide oblique seals, and the oblique seals each have an inner edge at least a part of which is curved, characterised in that each oblique seal has a narrow-width portion that is narrower in width than ends of the oblique seal. a filling-and-pouring member disposed at a top of the packaging (A1, A2, A5); a pair of outer films disposed on a front side and a back side, the outer films each having side edges, a bottom edge and oblique edges lying between the side edges and the bottom edge; and a pair of gusset films each disposed in a folded state between the outer films and having side edges and oblique edges, the side edges of the outer films and the side edges of the gusset films are joined to provide side seals, the bottom edges of the respective outer films are joined to provide a bottom seal, and the oblique edges of the outer films and the oblique edges of the gusset films are joined to provide oblique seals, and the oblique seals each have an inner edge at least a part of which is curved,
A recording apparatus that records by scanning a recording head with regard to a record medium and divides a record area in the recording medium for one scanning in a scanning direction of the recording head into a plurality of block areas, wherein the recording head has a plurality of nozzle arrays for each color of a plurality of colors, comprising: a receive unit (1, 2, 7) for receiving data for a record (209, 212) corresponding to a block area of the plurality of block areas; a buffer of which a storage area is divided into a plurality of first regions corresponding to the received data and the plurality of first regions are divided into a plurality of second regions corresponding to each color contained in the data; a write control unit for controlling write address information about image data for each color contained in the data in the second region unit in the buffer; a read control unit for controlling read address information for a read of the image data stored in the buffer for each color; and record data generation means for generating record data for each color based on the read image data according to the read address information. a receive unit (1, 2, 7) for receiving data for a record (209, 212) corresponding to a block area of the plurality of block areas; a buffer of which a storage area is divided into a plurality of first regions corresponding to the received data and the plurality of first regions are divided into a plurality of second regions corresponding to each color contained in the data; a write control unit for controlling write address information about image data for each color contained in the data in the second region unit in the buffer; a read control unit for controlling read address information for a read of the image data stored in the buffer for each color; and record data generation means for generating record data for each color based on the read image data according to the read address information.
Self-regulated fuel pump assembly of a fuel injection system of an internal combustion engine, the pump assembly being adapted to be arranged between a low pressure tank and a high pressure reservoir, the pump comprising a pump body (14, 60, 72) defining an inlet fluid communication controlled by an inlet valve for enabling in use, an inlet fuel quantity to enter a compression chamber, wherein said fuel is pressurized by a piston varying the volume of said compression chamber and, wherefrom pressurized fuel is expelled and delivered into a high pressure space, comprising the high pressure reservoir, via an outlet fluid communication controlled by an outlet valve, wherein the fuel pump further comprises a mechanical regulating valve arranged in the pump body and adapted to modulate, in use, the pressure in a high pressure space so that, said pressure matches the engine demand, said modulation requiring adjustment of the inlet fuel quantity, adjustment of the volume of the high pressure space wherein is stored the pressurized fuel and, control of a return fluid communication enabling fuel to exit the high pressure reservoir and, wherein the mechanical regulating valve comprises a spool valve member slidably arranged in a valve bore provided in the pump body, said arrangement controlling the inlet fluid communication, the volume of the high pressure space and, the return fluid communication and, wherein the mechanical regulating valve further comprises a valve spring biasing the spool valve member toward a first extreme position where the inlet fluid communication is fully open and the return fluid communication is closed, and wherein in use, the pressure in the high pressure space bias the spool valve member toward a second extreme position where the inlet fluid communication is closed and the return fluid communication is open, the biasing force of the spring being opposed to the biasing force of the outlet pressure and, wherein the spool valve member has a cylindrical lateral face extending from a front end, or outlet end, to a back end, or inlet end, said front end being provided with a closing member adapted to sealingly seat against a seating face of the pump body, said seating face surrounding a relief opening of the return fluid communication and wherein, when the spool valve member is in the first extreme position the closing member sealingly seats on the seating face closing said relief opening and, characterized in that, the return fluid communication is further provided with a rear opening defined at an end of a spill channel arranged in the spool valve member the opening entry of said spill channel being in the front end of the spool valve member, in the close vicinity to the closing member and wherein, said rear opening only opens when the spool valve member is in the second extreme position enabling fuel to return from the relief chamber to the low pressure inlet.
Method for monitoring the progress of an information system performance test scenario, this method comprising the following steps - interception by a sounding apparatus of a first request addressed to said information system and of the response supplied by said information system to said first request, this response including an address of a first resource, this first intercepted request having a predefined pattern of requests; this sounding apparatus being further configured to test the correspondence of the pattern of the first intercepted request to a predefined request pattern; - identification by a synthesis module of a first distinctive datum of said first resource; the following steps being performed by a performance test tool: - inclusion, in said performance test scenario, of said first request; - in accordance with said performance test scenario, injection, to said information system, of the included request; - reception of a response supplied by said information system to said included request, this response including an address of a second resource; - verification of the presence, in the second resource, of the distinctive datum of the first resource; - if the distinctive datum of the first resource is present in the second resource, consideration that the response to the request included in said performance test scenario is correct. - interception by a sounding apparatus of a first request addressed to said information system and of the response supplied by said information system to said first request, this response including an address of a first resource, this first intercepted request having a predefined pattern of requests; this sounding apparatus being further configured to test the correspondence of the pattern of the first intercepted request to a predefined request pattern; - identification by a synthesis module of a first distinctive datum of said first resource; - inclusion, in said performance test scenario, of said first request; - in accordance with said performance test scenario, injection, to said information system, of the included request; - reception of a response supplied by said information system to said included request, this response including an address of a second resource; - verification of the presence, in the second resource, of the distinctive datum of the first resource; - if the distinctive datum of the first resource is present in the second resource, consideration that the response to the request included in said performance test scenario is correct.
A microbicidal composition comprising: (a) N-(n-butyl)-1,2-benzisothiazolin-3-one; and (b) dithio-2,2'-bis(N-methylbenzamide). (a) N-(n-butyl)-1,2-benzisothiazolin-3-one; and (b) dithio-2,2'-bis(N-methylbenzamide).
A collision detection device configured to be arranged in an adjustable piece of furniture comprising a driving arrangement and a first part and a second part being moveable relative to each other, said collision detection device being configured to detect a collision during motion of said adjustable piece of furniture, the collision detection device comprising: - a holder configured to, when in use, be arranged to one of the first and second parts (14, 16) of the adjustable piece of furniture to be at least indirectly in contact with a part of the driving arrangement; - a circuit board arranged on the holder, said circuit board comprising a wiring circuit on at least one of its sides; wherein the holder is configured to, when arranged to the adjustable piece of furniture, transfer a force from the driving arrangement acting on the holder to the circuit board such that said force implies a flexure of the circuit board; and wherein the wiring circuit is configured to have an electrical characteristic that depend on the flexure of the circuit board. - a holder configured to, when in use, be arranged to one of the first and second parts (14, 16) of the adjustable piece of furniture to be at least indirectly in contact with a part of the driving arrangement; - a circuit board arranged on the holder, said circuit board comprising a wiring circuit on at least one of its sides; wherein the holder is configured to, when arranged to the adjustable piece of furniture, transfer a force from the driving arrangement acting on the holder to the circuit board such that said force implies a flexure of the circuit board; and wherein the wiring circuit is configured to have an electrical characteristic that depend on the flexure of the circuit board.
A dendrimer compound of generation (n) or one of the salts thereof: - a central motif of valence 3 represented by formula: - (n-1) internal generation layers composed of repetition units disposed in a tree structure around the central motif and represented by formula: - an external layer composed of units represented by formula: said units of formula being bound to said central motif when n is 1 or to the internal layer furthest from said central motif when n is other than 1; and wherein n is a whole number comprised between 1 and 12. - a central motif of valence 3 represented by formula: - (n-1) internal generation layers composed of repetition units disposed in a tree structure around the central motif and represented by formula: - an external layer composed of units represented by formula:
System of component carriers on which electric/electronic components are mounted, in particular, motor vehicle door latches with at least one common carrier element, containing at least one electric connecting element (5,6) and a strip conductor arrangement providing the electric contact for the components, characterized in that two or more connecting elements (5, 6) are provided on the carrier element that can be selectively or jointly activated by a strip conductor arrangement (3; 3', 3"), corresponding to the activation request, being selected and used.
A bulk ice preserver comprising: - An ice drying and storage compartment comprising: - A static or forced cold unit, - A fastening shaft or element that fastens - an ice drying receptacle to the drying and storage compartment, said fastening shaft is actuated by - a motor with double direction of rotation to produce the rotation of the ice drying receptacle, - sensors (7, 10) configured to aid the motor to control the rotation of the ice drying receptacle, - A waste collection tray equipped with a resistor to melt and evacuate the remains of the drying process through the drain, - various ice discharge doors, - An automaton or similar, connected to the ice maker, to the motor, to the sensors (7, 10) and to the resistor, the bulk ice preserver characterized in that the ice drying receptacle is a closed drum having a rotation axis going longitudinally through said closed drum, said rotation axis coinciding with the fastening shaft. - An ice drying and storage compartment comprising: - A static or forced cold unit, - A fastening shaft or element that fastens - an ice drying receptacle to the drying and storage compartment, said fastening shaft is actuated by - a motor with double direction of rotation to produce the rotation of the ice drying receptacle, - sensors (7, 10) configured to aid the motor to control the rotation of the ice drying receptacle, - A waste collection tray equipped with a resistor to melt and evacuate the remains of the drying process through the drain, - various ice discharge doors, - A static or forced cold unit, - A fastening shaft or element that fastens - an ice drying receptacle to the drying and storage compartment, said fastening shaft is actuated by - a motor with double direction of rotation to produce the rotation of the ice drying receptacle, - sensors (7, 10) configured to aid the motor to control the rotation of the ice drying receptacle, - A waste collection tray equipped with a resistor to melt and evacuate the remains of the drying process through the drain, - various ice discharge doors, - An automaton or similar, connected to the ice maker, to the motor, to the sensors (7, 10) and to the resistor,
Process for the preparation of m-tolylenediamine, wherein a) dinitrotoluene is hydrogenated in the presence of a catalyst and the resulting reaction mixture is separated from the catalyst, water and optionally solvent to give crude tolylenediamine, and b) the crude tolylenediamine is separated by distillation in a dividing wall column to give at least four product streams P1 - P4, where the product stream P1 is a stream containing low boilers, the product stream P2 is a stream containing o-tolylenediamine, the product stream P3 is a stream containing m-tolylenediamine, the product stream P4 is a stream containing high boilers and m-tolylenediamine, and wherein the crude tolylenediamine is introduced into the dividing wall column at the side of the dividing wall, the crude tolylenediamine being introduced from above into a separating segment, the upper edge of which is at least 10% of the total height of the dividing wall below the upper edge of the dividing wall and at least 10% of the total height of the dividing wall above the lower edge of the dividing wall. a) dinitrotoluene is hydrogenated in the presence of a catalyst and the resulting reaction mixture is separated from the catalyst, water and optionally solvent to give crude tolylenediamine, and b) the crude tolylenediamine is separated by distillation in a dividing wall column to give at least four product streams P1 - P4, where
Method for removing heavy metals from sludge from industrial or municipal plants, consisting of the steps of: (a) heating sludge in a reduction stage without oxygen and at temperatures of between 500 °C and 1100 °C, (b) afterburning the sludge coke, produced in step (a), in an oxidation step at temperatures of between 800 °C and 1200 °C, in which all the residual carbon is converted into thermal energy. (a) heating sludge in a reduction stage without oxygen and at temperatures of between 500 °C and 1100 °C, (b) afterburning the sludge coke, produced in step (a), in an oxidation step at temperatures of between 800 °C and 1200 °C, in which all the residual carbon is converted into thermal energy.
Sanitary outlet device comprising a mounting sleeve, which is connected to the water outlet of a sanitary water outlet fitting via a screw connection, and comprising a outflow-side jet-regulating device which has an attachment screen connected upstream thereof in the direction of flow, wherein the jet-regulating device is formed as a perforated plate which is arranged on the outlet-side sleeve end region of the mounting sleeve, is integrally formed on the mounting sleeve and comprises at least in a partial region a perforated area, characterised in that the mounting sleeve bears an external thread which can be screwed into an internal thread on the water outlet of a sanitary outlet fitting, that the outlet device has a contoured outer profile and/or a contoured outflow end face which is configured as a tool engagement surface for an insertion tool, and that the attachment screen is connected directly upstream of the jet-regulating device without an intermediate connection of further installation parts or functional units.
A composition, comprising an antibody that specifically recognizes a myosin regulatory light chain polypeptide (which is hereinafter abbreviated as Myl), selected from the group consisting of Myl9, Myl12a and Myl12b, and inhibits binding of Myl9, Myl12a or Myl12b to CD69, wherein the antibody specifically recognizes a partial amino acid sequence of Myl9, Myl12a, or Myl12b, and the partial amino acid sequence is the amino acid sequence of SEQ ID NO: 24.
An isolated protein consisting of a polypeptide chain comprising the sequence of SEQ ID NO: 1 for use as an adjuvant, wherein the polypeptide chain is 40 to 50 amino acid residues in length, wherein the protein is without an N-linked, complex biantennary glycan terminating with an α2,6 linked sialic acid.
An embolic protection system comprising:- a guidewire (99, 160, 182) for advancing through a vasculature, the guidewire (99, 160, 182) having a distal end and a proximal end; an embolic protection filter having a filter body with a distal end and a proximal end, the filter body providing for a collapsed configuration and an expanded deployed configuration; the embolic protection filter body having a guidewire path for slidably receiving the guidewire (99, 160, 182) to permit movement of the filter relative to the guidewire (99, 160, 182) when the filter is in the collapsed configuration and the expanded deployed configuration; a delivery catheter advanceable over the guidewire (99, 160, 182) for delivery of the embolic protection filter; the delivery catheter having a proximal end and a distal end, the filter being deployed from the distal end of the delivery catheter into the expanded deployed configuration; and a retrieval catheter (3, 210, 215) advancable over the guidewire (99, 160, 182) for retrieval of the filter, the retrieval catheter having a distal end and a proximal end; and engagement elements (130, 72, 101, 49, 140, 161, 162, 201, 202, 206, 220) for engaging the embolic protection filter with the guidewire (99, 160, 182) for retrieval of the filter into the retrieval catheter in the collapsed configuration, characterised in that the engagement elements comprise releasable locking elements (161, 162). a guidewire (99, 160, 182) for advancing through a vasculature, the guidewire (99, 160, 182) having a distal end and a proximal end; an embolic protection filter having a filter body with a distal end and a proximal end, the filter body providing for a collapsed configuration and an expanded deployed configuration; the embolic protection filter body having a guidewire path for slidably receiving the guidewire (99, 160, 182) to permit movement of the filter relative to the guidewire (99, 160, 182) when the filter is in the collapsed configuration and the expanded deployed configuration; a delivery catheter advanceable over the guidewire (99, 160, 182) for delivery of the embolic protection filter; the delivery catheter having a proximal end and a distal end, the filter being deployed from the distal end of the delivery catheter into the expanded deployed configuration; and a retrieval catheter (3, 210, 215) advancable over the guidewire (99, 160, 182) for retrieval of the filter, the retrieval catheter having a distal end and a proximal end; and engagement elements (130, 72, 101, 49, 140, 161, 162, 201, 202, 206, 220) for engaging the embolic protection filter with the guidewire (99, 160, 182) for retrieval of the filter into the retrieval catheter in the collapsed configuration, characterised in that the engagement elements comprise releasable locking elements (161, 162).
A ventilated seat trim cover for a vehicle seat, comprising: a stacked assembly of an upper textile layer of one or more of a fabric, perforated vinyl, and/or perforated leather, an air permeable thermo-moldable polyurethane cellular foam interlayer, a first thermoplastic polyurethane film layer, and a scrim backing layer of a woven or non-woven textile; wherein the stacked assembly is compression molded in a 3-dimensional mold while at least a portion of the foam interlayer is heated to a temperature of between 104 °C to 127 °C to form the ventilated seat trim cover; wherein the first TPU film layer prevents airflow passing through a bottom surface of the ventilated seat trim cover; and wherein airflow passing between the foam interlayer and an external environment adjacent the upper textile layer passes through the upper textile layer. a stacked assembly of an upper textile layer of one or more of a fabric, perforated vinyl, and/or perforated leather, an air permeable thermo-moldable polyurethane cellular foam interlayer, a first thermoplastic polyurethane film layer, and a scrim backing layer of a woven or non-woven textile; wherein the stacked assembly is compression molded in a 3-dimensional mold while at least a portion of the foam interlayer is heated to a temperature of between 104 °C to 127 °C to form the ventilated seat trim cover; wherein the first TPU film layer prevents airflow passing through a bottom surface of the ventilated seat trim cover; and wherein airflow passing between the foam interlayer and an external environment adjacent the upper textile layer passes through the upper textile layer.