mhurhangee/ep-ind-claims huggingface dataset:
A method of making a solar cell assembly, comprising: placing backsides of multiple solar cells in contact with a substrate; electrically connecting the solar cells to each other; and applying heat and pressure to the solar cells and the substrate to simultaneously impress the solar cells into the substrate and bond the solar cells to the substrate, wherein applying the heat and pressure to the solar cells and the substrate causes the solar cells to form recesses into the substrate that are simultaneously filled by the solar cells; wherein the substrate comprises a composite structure including: first and second fabric layers coated in adhesive; and a center core layer disposed between the first and second fabric layers, wherein the center core layer includes a foam core and the adhesive is cured when applying the heat and the pressure. placing backsides of multiple solar cells in contact with a substrate; electrically connecting the solar cells to each other; and applying heat and pressure to the solar cells and the substrate to simultaneously impress the solar cells into the substrate and bond the solar cells to the substrate, wherein applying the heat and pressure to the solar cells and the substrate causes the solar cells to form recesses into the substrate that are simultaneously filled by the solar cells; wherein the substrate comprises a composite structure including: first and second fabric layers coated in adhesive; and a center core layer disposed between the first and second fabric layers, wherein the center core layer includes a foam core and the adhesive is cured when applying the heat and the pressure. first and second fabric layers coated in adhesive; and a center core layer disposed between the first and second fabric layers, wherein the center core layer includes a foam core and the adhesive is cured when applying the heat and the pressure.
An image processing apparatus comprising: an input section configured to receive image data generated based on optical images of an object in a forward field of view and a lateral field of view; an enhancement processing section configured to perform an edge enhancement process of enhancing edges in the images in the forward field of view and the lateral field of view corresponding to the image data received by the input section, the edge enhancement process being performed on the image data; and a correction processing section provided on a downstream side of the enhancement processing section and configured to perform a correction process non-commutative with the edge enhancement process, the correction process being performed on a boundary region which is a region serving as a boundary between the image in the forward field of view and the image in the lateral field of view using the image data subjected to the edge enhancement process. an input section configured to receive image data generated based on optical images of an object in a forward field of view and a lateral field of view; an enhancement processing section configured to perform an edge enhancement process of enhancing edges in the images in the forward field of view and the lateral field of view corresponding to the image data received by the input section, the edge enhancement process being performed on the image data; and a correction processing section provided on a downstream side of the enhancement processing section and configured to perform a correction process non-commutative with the edge enhancement process, the correction process being performed on a boundary region which is a region serving as a boundary between the image in the forward field of view and the image in the lateral field of view using the image data subjected to the edge enhancement process.
A printing press comprising at least one gripperless offset printing unit of a web-fed printing press, by means of which a substrate to be printed can be transported in horizontal direction, wherein the or each gripperless offset printing unit comprises a plate cylinder, a transfer cylinder, a printing cylinder, an inking unit as well as preferably a damping unit, and wherein the substrate to be printed is transported between the transfer cylinder and the printing cylinder in horizontal direction through the respective gripperless offset printing unit, wherein a transport device, via which inherently stable and relatively stiff cargo, which does not adapt to cylinder contours of the offset printing unit during transport and printing, can be transported as substrate to be printed through the or each gripperless offset printing unit, characterized by a feeder, which holds the cargo to be printed available and via which the cargo to be printed can be placed in a circumferentially precise and laterally precise manner on the transport device for subsequent printing in the offset printing units, wherein the feeder positions the cargo to be printed on the transport device in such a manner that each piece of cargo, which is to be newly placed on the transport device, is positioned on the transport device at a defined distance, which is a function of a circumference of the transfer cylinder and of a printing format of the cargo to be printed, to the respective upstream piece of cargo.
A linear therapeutic peptide, consisting of the peptide sequence GKLFIMNLSGYGRKKRRQRRR (SEQ ID NO: 170) or GEEVIRNISGYGRKKRRQRRR (SEQ ID NO: 171), wherein the peptide is acetylated at its N-terminus and amidated at its C-terminus.
A non-freezing refrigerator, comprising: a setting unit for selecting and setting a magnitude and frequency of a voltage; an insulating member having a storing space to store contents; a generating unit for generating an electric field according to the voltage having the set magnitude and frequency, and applying the electric field to the storing space (A;B;S); a freezing cycle for cooling the storing space (A;B;S); a load sensing unit for sensing a state of the storing space (A or B) and for sensing a state of the contents stored in the storing space (A;B;S); and wherein the setting unit is arranged to set the magnitude and frequency of the voltage according to a degree of load in the storing space (A;B;S) sensed by the load sensing unit, whereby the contents are kept in a non-frozen state below a phase transition temperature, and characterised in that the generating unit comprises one or more electrodes mounted at the side of the insulating member; and an isolating member for isolating the contents or the storing space from ends of the electrodes at a predetermined interval in an inner or centre directions of the electrodes for uniformly applying the electric field to the storing space or the contents. a setting unit for selecting and setting a magnitude and frequency of a voltage; an insulating member having a storing space to store contents; a generating unit for generating an electric field according to the voltage having the set magnitude and frequency, and applying the electric field to the storing space (A;B;S); a freezing cycle for cooling the storing space (A;B;S); a load sensing unit for sensing a state of the storing space (A or B) and for sensing a state of the contents stored in the storing space (A;B;S); and
A chromatographic method for purification of therapeutic proteins from plasma, comprising the following steps: loading plasma on a chromatography column packed with a resin comprising porous lid beads having an inner porous core and an outer porous lid, wherein the inner core is provided with anion exchange ligands, and wherein the porosity of the lid and core does not allow entering of molecules larger than 500kD; adsorbing Factor IX on the anion exchange ligands in the core; collecting separated plasma proteins in the flow through; and eluting FIX from the ligands in the core.
Method for providing a unique identifier for an object, such as a product, for authorising access or the like, wherein the method comprises the following steps: a) providing a main key (Mutter$), b) generating a first random session key (ZZ$) and c) mixing the main key (Mutter$) with the first random session key (ZZ$) d) providing an object key (G$) and e) mixing the object key (G$) with the result of step c), wherein the result of step c) or step d) is furthermore preferably reduced, by means of a specified reduction algorithm, to a length corresponding to the object key (G$), wherein the following steps are furthermore carried out: i) the result of step c) or e) is split into two partial lengths (True$, Untrue$), wherein one partial length (Untrue$) is mixed with the other partial length (True$), wherein one of the two partial lengths (True$) contains only numbers or bit sequences that are contained in a provided second random session key (ZZ$), and the other of the two partial lengths (Untrue$) contains only numbers or bit sequences that are not contained in the second random session key (ZZ$), wherein in particular the first random session key and the second random session key are provided as identical random session keys (ZZ$), and j) the result of step c) or e) is mixed with the result of step j). a) providing a main key (Mutter$), b) generating a first random session key (ZZ$) and c) mixing the main key (Mutter$) with the first random session key (ZZ$) d) providing an object key (G$) and e) mixing the object key (G$) with the result of step c), wherein the result of step c) or step d) is furthermore preferably reduced, by means of a specified reduction algorithm, to a length corresponding to the object key (G$), i) the result of step c) or e) is split into two partial lengths (True$, Untrue$), wherein one partial length (Untrue$) is mixed with the other partial length (True$), wherein one of the two partial lengths (True$) contains only numbers or bit sequences that are contained in a provided second random session key (ZZ$), and the other of the two partial lengths (Untrue$) contains only numbers or bit sequences that are not contained in the second random session key (ZZ$), wherein in particular the first random session key and the second random session key are provided as identical random session keys (ZZ$), and j) the result of step c) or e) is mixed with the result of step j).
Break analysis method for analysing breaks in a vehicle glazing panel, the method comprising: capturing an image of a break in a vehicle glazing panel; processing the image of the break; wherein the method is characterized in that the processing of the image of the break comprises the steps of,,: identifying a centre of the break and one or more legs of the break; generating a scaling factor indicating the relative length of the one or more legs of the break compared to the size of the centre of the break; and estimating the actual length of the one or more legs using the scaling factor; wherein estimating the actual length of the one or more legs of the break comprises multiplying the scaling factor by a predetermined value. capturing an image of a break in a vehicle glazing panel; processing the image of the break; wherein the method is characterized in that the processing of the image of the break comprises the steps of,,: identifying a centre of the break and one or more legs of the break; generating a scaling factor indicating the relative length of the one or more legs of the break compared to the size of the centre of the break; and estimating the actual length of the one or more legs using the scaling factor; wherein estimating the actual length of the one or more legs of the break comprises multiplying the scaling factor by a predetermined value. identifying a centre of the break and one or more legs of the break; generating a scaling factor indicating the relative length of the one or more legs of the break compared to the size of the centre of the break; and estimating the actual length of the one or more legs using the scaling factor; wherein estimating the actual length of the one or more legs of the break comprises multiplying the scaling factor by a predetermined value.
A drive coupler (102, 104) for coupling a reciprocating knife to a drive member (112, 114), wherein the reciprocating knife includes at least one elongate bar (120, 122, 180, 182) having a longitudinal extent and fixed to a plurality of blades, wherein the at least one elongate bar (120, 122, 180, 182) is supported on support members that constrain the at least one elongate bar (120, 122, 180, 182) to reciprocate in a direction generally parallel to the longitudinal extent of the at least one elongate bar (120, 122, 180, 182), the drive coupler (102, 104) comprising: a first elongate strap configured to be attached to the at least one elongate bar (120, 122, 180); and a means (152, 187, 193) for flexing the first elongate strap with respect to the drive member (112, 114); characterized by a second elongate strap configured to be attached to the at least one elongate bar (120, 122, 182); and by a means (164, 189, 200) for flexing the first elongate strap with respect to the second elongate strap, and for flexing the second elongate strap with respect to the drive member (112, 114). a first elongate strap configured to be attached to the at least one elongate bar (120, 122, 180); and a means (152, 187, 193) for flexing the first elongate strap with respect to the drive member (112, 114); characterized by a second elongate strap configured to be attached to the at least one elongate bar (120, 122, 182); and by a means (164, 189, 200) for flexing the first elongate strap with respect to the second elongate strap, and for flexing the second elongate strap with respect to the drive member (112, 114).
Tracked vehicle, comprising a vehicle chassis comprising a crane adaptable to the vehicle chassis, characterized in that the crane is equipped with a swivel bracket (2.1) and an extension arm (2.2), wherein the swivel bracket (2.1) comprises at least one swivel mechanism (2.1.1), a swivel bearing (2.1.3) and at least one rocker cylinder (2.1.4), wherein the extension arm (2.2) comprises at least two cable guide heads (2.2.3), wherein the extension arm (2.2) comprises at least two winches (2.2.1) arranged in the extension arm (2.2) and two winch cables (2.2.2), wherein the extension arm (2.2) is equipped with at least two stop eyes (2.2.4), wherein the crane can be operated in a single lift and in a double lift, wherein in the double lift, one end of one of the two winch cables (2.2.2) is guided over a redirection roller (2.2.6) and fastened to one of the two stop eyes (2.2.4), and wherein the two winch cables (2.2.2) are guided through the extension arm (2.2) to the two cable guide heads (2.2.3), on which the two winch cables (2.2.2) are guided out of the extension arm (2.2). characterized in that the crane is equipped with a swivel bracket (2.1) and an extension arm (2.2), wherein the swivel bracket (2.1) comprises at least one swivel mechanism (2.1.1), a swivel bearing (2.1.3) and at least one rocker cylinder (2.1.4), wherein the extension arm (2.2) comprises at least two cable guide heads (2.2.3), wherein the extension arm (2.2) comprises at least two winches (2.2.1) arranged in the extension arm (2.2) and two winch cables (2.2.2), wherein the extension arm (2.2) is equipped with at least two stop eyes (2.2.4), wherein the crane can be operated in a single lift and in a double lift, wherein in the double lift, one end of one of the two winch cables (2.2.2) is guided over a redirection roller (2.2.6) and fastened to one of the two stop eyes (2.2.4), and wherein the two winch cables (2.2.2) are guided through the extension arm (2.2) to the two cable guide heads (2.2.3), on which the two winch cables (2.2.2) are guided out of the extension arm (2.2).
Depositing unit for producing a fibre-composite component, having: a housing; and a plurality of fibre bobbins which are configured so as to be capable of being unwound in a movement of the depositing unit, wherein the fibre bobbins are provided so as to be movably mounted within the housing, and one intermediate space which at least in portions forms a moving space of the adjacent fibre bobbins is in each case provided between the fibre bobbins, the fibre bobbins being capable of being moved within said moving space. a housing; and a plurality of fibre bobbins which are configured so as to be capable of being unwound in a movement of the depositing unit, wherein the fibre bobbins are provided so as to be movably mounted within the housing, and one intermediate space which at least in portions forms a moving space of the adjacent fibre bobbins is in each case provided between the fibre bobbins, the fibre bobbins being capable of being moved within said moving space.
A refrigerating system (2; 32; 42; 52) configured for circulating a refrigerant and comprising in flow direction of the refrigerant: a heat rejecting heat exchanger, a receiver, an expansion device (24a, 24b), an evaporator (26a, 26b) and a compressor (30a, 30b, 30c), characterized in that the refrigerating system (2; 32; 42; 52) further comprises a coldness storage device which is configured a) to receive and store coldness during the operation of the refrigerating system (2; 32; 42; 52), and b) to cool refrigerant stored within the receiver or to cool refrigerant leaving the heat rejecting heat exchanger before entering the receiver. a heat rejecting heat exchanger, a receiver, an expansion device (24a, 24b), an evaporator (26a, 26b) and a compressor (30a, 30b, 30c), characterized in that the refrigerating system (2; 32; 42; 52) further comprises a coldness storage device which is configured a) to receive and store coldness during the operation of the refrigerating system (2; 32; 42; 52), and b) to cool refrigerant stored within the receiver or to cool refrigerant leaving the heat rejecting heat exchanger before entering the receiver. a) to receive and store coldness during the operation of the refrigerating system (2; 32; 42; 52), and b) to cool refrigerant stored within the receiver or to cool refrigerant leaving the heat rejecting heat exchanger before entering the receiver.
A ladder comprising: two vertical uprights and a plurality of horizontal steps supported by the uprights, wherein each upright is a section bar and has a vertical outer wall, two vertical side walls which branch off from opposite ends of the outer wall, and at least a vertical inner wall which branches off from at least one end of the two side walls and is parallel to the outer wall, and wherein the outer wall of each upright is provided with a plurality of outer through-holes which enable the insertion of the steps therein; the inner wall of each upright is provided with a plurality of inner through-holes which enable the insertion of the steps therein; the side walls of each step are provided with slits which enable the interlocking of the steps with the inner walls of the uprights. the ladder is characterised in that: each step is a C-shaped section bar and has a horizontal upper wall and two vertical side walls which branch off from opposite ends of the upper wall, and each outer hole is provided with a tongue which branches off from a lower side of the outer hole, is initially parallel to the corresponding outer wall, and is bent by 90° with respect to the corresponding outer wall so as to be in abutment against the corresponding step. wherein each upright is a section bar and has a vertical outer wall, two vertical side walls which branch off from opposite ends of the outer wall, and at least a vertical inner wall which branches off from at least one end of the two side walls and is parallel to the outer wall, and wherein the outer wall of each upright is provided with a plurality of outer through-holes which enable the insertion of the steps therein; the inner wall of each upright is provided with a plurality of inner through-holes which enable the insertion of the steps therein; the side walls of each step are provided with slits which enable the interlocking of the steps with the inner walls of the uprights. the ladder is characterised in that: each step is a C-shaped section bar and has a horizontal upper wall and two vertical side walls which branch off from opposite ends of the upper wall, and each outer hole is provided with a tongue which branches off from a lower side of the outer hole, is initially parallel to the corresponding outer wall, and is bent by 90° with respect to the corresponding outer wall so as to be in abutment against the corresponding step.
Pneumatic cushions for soft reception of harvested fruit on mechanized fruit harvesters, characterized by an assembly which consists of a plastic reception tray and a rubber membrane, wherein the assembly has a polygonal shape with longer sides (a, b) positioned under acute angle to each other, while the couples of shorter sides (c, d) and (e, f) form an obtuse angle between them, and wherein the rubber membrane, which is most favourably made of food-grade rubber, is stretched over the upper side of the reception tray and the side edges of the tray and glued to the side surfaces of the tray, and wherein the membrane is secured around the entire perimeter of the tray by means of a safety tape, and wherein, on the bottom of the tray and opposite to sides (c, d) of the tray, blow-holes for air release are fitted under the membrane, and wherein on the corner of the tray, formed by sides (a, e), is fitted a mechanism for revolving connection of the tray to the support and to air supply pipes, wherein the mechanism includes an axle and a bushing with a hole.
Computer-implemented method for virtual fitting of spectacles, said method comprising: defining first measurement points on a 3-D model of a head of a person, wherein measurement points are points on a model that can be used for subsequent fitting of spectacles, and fitting a model of a spectacle frame to the 3-D model of the head on the basis of the first measurement points, characterized in that defining the first measurement points comprises: fitting a parametric head model to the 3-D model of the head of the person, and setting (125, 126) the first measurement points on the 3-D model of the head on the basis of positions of second measurement points defined on the parametric head model after the parametric head model has been fitted to the 3-D model of the head. defining first measurement points on a 3-D model of a head of a person, wherein measurement points are points on a model that can be used for subsequent fitting of spectacles, and fitting a model of a spectacle frame to the 3-D model of the head on the basis of the first measurement points, characterized in that defining the first measurement points comprises: fitting a parametric head model to the 3-D model of the head of the person, and setting (125, 126) the first measurement points on the 3-D model of the head on the basis of positions of second measurement points defined on the parametric head model after the parametric head model has been fitted to the 3-D model of the head. fitting a parametric head model to the 3-D model of the head of the person, and setting (125, 126) the first measurement points on the 3-D model of the head on the basis of positions of second measurement points defined on the parametric head model after the parametric head model has been fitted to the 3-D model of the head.