mhurhangee/ep-ind-claims huggingface dataset:
A method performed by at least one first apparatus, the method comprising: - obtaining or causing obtaining label information associated with a label assigned to a consignment unit; - obtaining or causing obtaining reference surface information representative of at least one characteristic of at least a part of a surface of the consignment unit and/or of at least a part of a surface of the label, wherein obtaining the reference surface information comprises obtaining an image of the at least a part of the surface of the consignment unit and/or of at least a part of the surface of the label using a camera; - associating or causing associating the label information with the reference surface information, wherein associating the label information with the reference surface information comprises storing or causing storing the label information in association with the reference surface information; - obtaining or causing obtaining current surface information representative of at least one characteristic of at least a part of a surface of a consignment unit and/or of at least a part of a surface of a label assigned to the consignment unit from at least one external apparatus; - if the current surface information obtained from the at least one external apparatus corresponds at least in part to the reference surface information, providing or causing providing the label information associated with the reference surface information to be accessible by the at least one external apparatus. - obtaining or causing obtaining label information associated with a label assigned to a consignment unit; - obtaining or causing obtaining reference surface information representative of at least one characteristic of at least a part of a surface of the consignment unit and/or of at least a part of a surface of the label, wherein obtaining the reference surface information comprises obtaining an image of the at least a part of the surface of the consignment unit and/or of at least a part of the surface of the label using a camera; - associating or causing associating the label information with the reference surface information, wherein associating the label information with the reference surface information comprises storing or causing storing the label information in association with the reference surface information; - obtaining or causing obtaining current surface information representative of at least one characteristic of at least a part of a surface of a consignment unit and/or of at least a part of a surface of a label assigned to the consignment unit from at least one external apparatus; - if the current surface information obtained from the at least one external apparatus corresponds at least in part to the reference surface information, providing or causing providing the label information associated with the reference surface information to be accessible by the at least one external apparatus.
A method of manufacturing a reverse conducting insulated gate bipolar transistor, comprising the following steps in sequence: preparing an N-type substrate; growing a gate oxide layer at a front side of the N-type substrate; depositing a polysilicon gate on the gate oxide layer; forming a P well on the N-type substrate by photoetching, etching and ion-implanting processes; forming an N+ region and a front side P+ region in the P well by photoetching and ion-implanting processes; depositing a dielectric layer at the front side of the N-type substrate; depositing a protecting layer on the dielectric layer; grinding the N-type substrate by a back side grinding process; forming a back side P+ region by implanting a P-type impurity to a back side of the N-type substrate; forming a trench at the back side of the N-type substrate by photoetching and etching processes; filling the trench by depositing polysilicon at the back side of the N-type substrate, and etching the polysilicon positioned at an area outside of the trench; removing the protecting layer at the front side of the N-type substrate; selectively etching the dielectric layer to form a contact hole for shorting the N+ region and the front side P+ region, and forming a front side metal layer; depositing a passivation layer at the front side of the N-type substrate; and performing a back side metallization process at the back side of the N-type substrate, and forming a back side metal layer. preparing an N-type substrate; growing a gate oxide layer at a front side of the N-type substrate; depositing a polysilicon gate on the gate oxide layer; forming a P well on the N-type substrate by photoetching, etching and ion-implanting processes; forming an N+ region and a front side P+ region in the P well by photoetching and ion-implanting processes; depositing a dielectric layer at the front side of the N-type substrate; depositing a protecting layer on the dielectric layer; grinding the N-type substrate by a back side grinding process; forming a back side P+ region by implanting a P-type impurity to a back side of the N-type substrate; forming a trench at the back side of the N-type substrate by photoetching and etching processes; filling the trench by depositing polysilicon at the back side of the N-type substrate, and etching the polysilicon positioned at an area outside of the trench; removing the protecting layer at the front side of the N-type substrate; selectively etching the dielectric layer to form a contact hole for shorting the N+ region and the front side P+ region, and forming a front side metal layer; depositing a passivation layer at the front side of the N-type substrate; and performing a back side metallization process at the back side of the N-type substrate, and forming a back side metal layer.
Method for handling long objects that are prone to sagging, in particular packing of extruded profiles, wherein the object is gripped at its ends by means of two synchronous robots with one arm each, said arm having a pair of grippers, wherein the two pairs of grippers are maintained at constant mutual distance during handling, and wherein a tension is set up between the two pairs of grippers during handling to counteract misalignment due to sagging of the object.
An axial flow pump having a motor and a pump wheel driven by the motor, wherein the pump wheel is rotatable about an axis of rotation and is shaped to feed fluid in a direction substantially parallel to the axis of rotation, wherein the pump wheel comprises a carrier housing driven by the motor and a pump insert supported by the carrier housing, characterized in that the pump insert is made of filter material and defines a plurality of impeller blades for feeding fluid in a direction substantially parallel to the axis of rotation of the pump wheel.
A gardening and/or forestry apparatus system, having: - a hand-held gardening and/or forestry processing apparatus, - an assistance device, which is formed separately from the gardening and/or forestry processing apparatus and which is designed to support a user in the operation of the gardening and/or forestry processing apparatus, wherein the assistance device has a user interface, by means of which the assistance device can be controlled by user inputs, - wherein the gardening and/or forestry processing apparatus has a user-actuable operator control element for user inputs to the user interface, - wherein the gardening and/or forestry processing apparatus has a detection device, which is designed to detect a property of the gardening and/or forestry processing apparatus and/or a property of an object to be processed by means of the gardening and/or forestry processing apparatus, - wherein the detection can be controlled by means of the user-actuable operator control element and - wherein the assistance device is designed to support the user depending on the detected property, - wherein the detection device has a camera and/or an inertial measurement unit, - wherein the hand-held gardening and/or forestry processing apparatus has a handle, characterized in, that the user-actuable operator control element is arranged in the region of the handle. - a hand-held gardening and/or forestry processing apparatus, - an assistance device, which is formed separately from the gardening and/or forestry processing apparatus and which is designed to support a user in the operation of the gardening and/or forestry processing apparatus, wherein the assistance device has a user interface, by means of which the assistance device can be controlled by user inputs, - wherein the gardening and/or forestry processing apparatus has a user-actuable operator control element for user inputs to the user interface, - wherein the gardening and/or forestry processing apparatus has a detection device, which is designed to detect a property of the gardening and/or forestry processing apparatus and/or a property of an object to be processed by means of the gardening and/or forestry processing apparatus, - wherein the detection can be controlled by means of the user-actuable operator control element and - wherein the assistance device is designed to support the user depending on the detected property, - wherein the detection device has a camera and/or an inertial measurement unit, - wherein the hand-held gardening and/or forestry processing apparatus has a handle, characterized in, that the user-actuable operator control element is arranged in the region of the handle.
Data backup method, wherein the method comprises the following method steps: - switching on an energy supply of a first data storage element of a data backup device by means of a control unit of the data backup device, - activating a processing unit by means of the control unit, - setting up a data connection between the processing unit and the first data storage element, - setting up a data connection between the processing unit and a data memory, - querying the data memory by means of the processing unit, - storing the data queried from the data memory on the first data storage element by means of the processing unit, - deactivating the processing unit, wherein deactivating the processing unit is understood to mean disconnecting the processing unit from the energy supply, - switching off an energy supply of the first data storage element by means of the control unit. - switching on an energy supply of a first data storage element of a data backup device by means of a control unit of the data backup device, - activating a processing unit by means of the control unit, - setting up a data connection between the processing unit and the first data storage element, - setting up a data connection between the processing unit and a data memory, - querying the data memory by means of the processing unit, - storing the data queried from the data memory on the first data storage element by means of the processing unit, - deactivating the processing unit, wherein deactivating the processing unit is understood to mean disconnecting the processing unit from the energy supply, - switching off an energy supply of the first data storage element by means of the control unit.
A heat-curable epoxy resin composition for optical semiconductor element encapsulation capable of being pressure molded and transfer molded under room temperature, characterized in that said heat-curable epoxy resin composition comprises: a prepolymer obtained by reacting component with the components (A-1), (A-2) and (A-3); with (A-1) being a triazine derivative epoxy resin having not less than three epoxy groups in one molecule, (A-2) being at least one epoxy resin that is non-fluid at 25°C and selected from the group consisting of a bisphenol-type epoxy resin, a hydrogenated bisphenol-type epoxy resin, an alicyclic epoxy resin and monoalkyl diglycidyl isocyanurate, (A-3) being a cyclic siloxane compound having not less than two epoxy groups in one molecule, and (A-4) being an acid anhydride curing agent which is an acid anhydride curing agent in a liquid state at 25°C; or a liquid mixture prepared by dissolving an acid anhydride in a solid state at 25°C into an acid anhydride in a liquid state at 25°C, wherein a ratio of a total number of epoxy groups in (A-1), (A-2) and (A-3) to a total number of acid anhydride groups in (A-4) is 0.6 to 2.0; and a curing accelerator. a prepolymer obtained by reacting component with the components (A-1), (A-2) and (A-3); with (A-1) being a triazine derivative epoxy resin having not less than three epoxy groups in one molecule, (A-2) being at least one epoxy resin that is non-fluid at 25°C and selected from the group consisting of a bisphenol-type epoxy resin, a hydrogenated bisphenol-type epoxy resin, an alicyclic epoxy resin and monoalkyl diglycidyl isocyanurate, (A-3) being a cyclic siloxane compound having not less than two epoxy groups in one molecule, and (A-4) being an acid anhydride curing agent which is an acid anhydride curing agent in a liquid state at 25°C; or a liquid mixture prepared by dissolving an acid anhydride in a solid state at 25°C into an acid anhydride in a liquid state at 25°C, wherein a ratio of a total number of epoxy groups in (A-1), (A-2) and (A-3) to a total number of acid anhydride groups in (A-4) is 0.6 to 2.0; and (A-1) being a triazine derivative epoxy resin having not less than three epoxy groups in one molecule, (A-2) being at least one epoxy resin that is non-fluid at 25°C and selected from the group consisting of a bisphenol-type epoxy resin, a hydrogenated bisphenol-type epoxy resin, an alicyclic epoxy resin and monoalkyl diglycidyl isocyanurate, (A-3) being a cyclic siloxane compound having not less than two epoxy groups in one molecule, and (A-4) being an acid anhydride curing agent which is an acid anhydride curing agent in a liquid state at 25°C; or a liquid mixture prepared by dissolving an acid anhydride in a solid state at 25°C into an acid anhydride in a liquid state at 25°C, wherein a ratio of a total number of epoxy groups in (A-1), (A-2) and (A-3) to a total number of acid anhydride groups in (A-4) is 0.6 to 2.0; and a curing accelerator.
A medical computed tomography imaging apparatus for imaging extremities, which apparatus includes - a support construction which is arranged to support a substantially ring-shaped structure supporting imaging means, which imaging means include a source of radiation and a receiver of image information, which imaging means are arranged within said substantially ring-shaped structure supporting the imaging means substantially on opposite sides of each other and movable within said ring-shaped structure supporting the imaging means (21, 22), - which apparatus includes in said ring-shaped structure supporting the imaging means an examination opening wherein the object to be imaged is positionable for imaging, - and in which apparatus said substantially ring-shaped structure supporting the imaging means is arranged movable with respect to said support construction at least in the vertical direction and, on the other hand, turnable with respect to an axis substantially parallel with the horizontal diagonal of a radial cross-section of said ring-shaped structure supporting the imaging means (21, 22), wherein at least one padding element is arranged to said substantially ring-shaped structure supporting the imaging means (21, 22) of the apparatus, to at least one such point thereof whereto the patient can, depending on the imaging mode in question touch, lean on, kneel, sit on or step on when positioning oneself to be imaged, in connection with the actual patient positioning and/or during the actual imaging. - a support construction which is arranged to support a substantially ring-shaped structure supporting imaging means, which imaging means include a source of radiation and a receiver of image information, which imaging means are arranged within said substantially ring-shaped structure supporting the imaging means substantially on opposite sides of each other and movable within said ring-shaped structure supporting the imaging means (21, 22), - which apparatus includes in said ring-shaped structure supporting the imaging means an examination opening wherein the object to be imaged is positionable for imaging, - and in which apparatus said substantially ring-shaped structure supporting the imaging means is arranged movable with respect to said support construction at least in the vertical direction and, on the other hand, turnable with respect to an axis substantially parallel with the horizontal diagonal of a radial cross-section of said ring-shaped structure supporting the imaging means (21, 22), wherein at least one padding element is arranged to said substantially ring-shaped structure supporting the imaging means (21, 22) of the apparatus, to at least one such point thereof whereto the patient can, depending on the imaging mode in question touch, lean on, kneel, sit on or step on when positioning oneself to be imaged, in connection with the actual patient positioning and/or during the actual imaging.
An aerosol-forming article comprising an aerosol-forming substrate wherein the article further comprises: a terminal filter element at the axial downstream of end of the article and an upstream filter element, the filter elements both being hollow bore filter elements; characterised in that the density of the filter material forming the terminal filter element is greater than the density of the filter material forming the upstream filter element.
A pressure reducing valve (10; 100; 200; 300; 400; 500; 600) for liquid and gaseous media, in particular for pressure control in piping systems, preferably in buildings, comprising a housing which has an upper housing part, an intermediate housing part and a housing cover, the intermediate housing part comprising a piston bore, the pressure reducing valve further comprising a separating element (32; 132; 232; 332; 432; 532; 632) for subdividing the housing in a fluid-free and a fluid-flow area (48, 50), the fluid-flow area including at least one pressure chamber (22; 122; 222; 322; 422; 522; 622) which is partially delimited by the separating element (32; 132; 232; 332; 432; 532; 632), the pressure reducing valve (10; 100; 200; 300; 400; 500; 600) also comprising a piston movably guided in the piston bore, the piston having one of its ends connected to the separating element (32; 132; 232; 332; 432; 532; 632) and being provided with a seat gasket at its other end, characterized in that the pressure chamber (22; 122; 222; 322; 422; 522; 622) comprises a bottom (22a; 122a; 222a; 322a; 422a; 522a; 622a) which is arranged on the side of the pressure chamber (22; 122; 222; 322; 422; 522; 622) facing away from the separating element (32; 132; 232; 332; 432; 532; 632) and whose surface facing the pressure chamber is at least partially inclined relative to the separating element (32; 132; 232; 332; 432; 532; 632).
Equipment for the logistics of slab-shaped articles, comprising: - at least one supplying plane of at least one slab-shaped article; - at least one robotic gripping group of said slab-shaped article provided with at least three degrees of freedom and positioned in the proximity of said supplying plane; - movement means of said gripping group along at least one direction of movement so as to define at least one work area of said gripping group; - a plurality of temporary storage stations of said slab-shaped article positioned substantially parallel to said direction of movement; - at least one supporting frame of said slab-shaped article supported as an integral part to said movement means along said direction of movement; and - at least one unloading station of said supporting frame; wherein said gripping group is adapted to: - take said slab-shaped article from said supplying plane; - place said slab-shaped article on at least one of said storage stations; and - take said slab-shaped article from at least one of said storage stations to place it on said supporting frame characterized by the fact that said supplying plane is movable in translation along said direction of movement. - at least one supplying plane of at least one slab-shaped article; - at least one robotic gripping group of said slab-shaped article provided with at least three degrees of freedom and positioned in the proximity of said supplying plane; - movement means of said gripping group along at least one direction of movement so as to define at least one work area of said gripping group; - a plurality of temporary storage stations of said slab-shaped article positioned substantially parallel to said direction of movement; - at least one supporting frame of said slab-shaped article supported as an integral part to said movement means along said direction of movement; and - at least one unloading station of said supporting frame; - take said slab-shaped article from said supplying plane; - place said slab-shaped article on at least one of said storage stations; and - take said slab-shaped article from at least one of said storage stations to place it on said supporting frame
Portable power wrench comprising a housing (10;50), a rotation motor, a gear casing (15;55) supported on the housing (10;50) and comprising a gearing (18;56,57) and a power transferring drive spindle (19;60), and at least one operation parameter sensing device (22,23;68) associated with the drive spindle (19;60), wherein • the drive spindle (19;60) comprises a coaxial internal cavity (24;71), • signal treating electronic components (25;72) are located in said cavity (24;71) and connected to the at least one operation parameter sensing device (22,23;68), and a signal transferring device (31;84) communicating with said electronic components (25;72) and arranged to transfer to the housing (10;50) signals generated by the at least one operation parameter sensing device (22,23;68) and treated by said electronic components (25;72), • said gear casing is rotatably and/or releasably coupled to said housing (10; 50) and characterized in that the drive spindle has a rear end portion extending into the housing, and said signal transferring device comprising a rotating part connected to said rear end portion of the drive spindle and a stationary part mounted in the housing. • the drive spindle (19;60) comprises a coaxial internal cavity (24;71), • signal treating electronic components (25;72) are located in said cavity (24;71) and connected to the at least one operation parameter sensing device (22,23;68), and a signal transferring device (31;84) communicating with said electronic components (25;72) and arranged to transfer to the housing (10;50) signals generated by the at least one operation parameter sensing device (22,23;68) and treated by said electronic components (25;72), • said gear casing is rotatably and/or releasably coupled to said housing (10; 50) and characterized in that the drive spindle has a rear end portion extending into the housing, and said signal transferring device comprising a rotating part connected to said rear end portion of the drive spindle and a stationary part mounted in the housing.