mhurhangee/patent-ind-claim-en huggingface dataset:
Process for producing a film pocket comprising at least the following steps: - Providing a first film cutting , preferably inserting the first film cutting into a mounting frame , - application of an adhesive layer , preferably a double-sided adhesive tape , along three edges of the first film cutting at least in sections on the first film cutting , - optional removal of a protective film from the applied adhesive tape , - bonding a second film cutting to the first film cutting by means of the adhesive layer , preferably the double-sided adhesive tape , to form the film pocket , so that an insertion opening (E) of the film pocket remains at a fourth edge between the film cuttings , the bonding preferably taking place in a mounting frame, particularly preferably in the mounting frame , wherein one of the two film cuttings has a slit window , which, starting at a distance (d) from the fourth edge of the film cutting , extends away from this fourth edge transversely over at least 95% of the length (L) of the film cutting as far as the opposite edge of the film cutting , and the film cutting having the slit window is formed from film material which comprises polyethylene terephthalate film material, and wherein at least the other film cutting is manufactured with an adhesive film material at least on the outside. - Providing a first film cutting , preferably inserting the first film cutting into a mounting frame , - application of an adhesive layer , preferably a double-sided adhesive tape , along three edges of the first film cutting at least in sections on the first film cutting , - optional removal of a protective film from the applied adhesive tape , - bonding a second film cutting to the first film cutting by means of the adhesive layer , preferably the double-sided adhesive tape , to form the film pocket , so that an insertion opening (E) of the film pocket remains at a fourth edge between the film cuttings , the bonding preferably taking place in a mounting frame, particularly preferably in the mounting frame , wherein one of the two film cuttings has a slit window , which, starting at a distance (d) from the fourth edge of the film cutting , extends away from this fourth edge transversely over at least 95% of the length (L) of the film cutting as far as the opposite edge of the film cutting , and the film cutting having the slit window is formed from film material which comprises polyethylene terephthalate film material, and wherein at least the other film cutting is manufactured with an adhesive film material at least on the outside.
Floor for an animal shed having a reservoir underneath the floor, the floor comprising at least one floor element , the element comprising: - a first and a second surface spaced apart, such that the floor element has a thickness different from zero, wherein the second surface faces the reservoir; and - multiple through holes extending from the first to the second surface, and in use opening up to the reservoir, and having a first cross section in a plane parallel to the first and/or second surface, a second cross section perpendicular to the first and/or second surface, and an interior surface ; wherein the first cross section changes in dimension over the thickness of the floor element, wherein the through hole has a step in the interior surface at a distance different form zero from the first and second surface, thus dividing the through hole into a first partition extending from the first surface to the step, and a second partition extending from the step to the second surface , wherein the through hole comprises an opening that opens out to the first surface, which opening is relatively narrow at at least the first surface, such that urine is allowed to flow into the through hole at the first surface to the reservoir, and feces remains on the first surface when the floor is in use, wherein at least the first partition is provided with an insert , wherein the insert is supported by the step and wherein an opening of the insert forms the opening of the through hole, wherein the floor element is made of concrete and the insert is formed of a flexible material. - a first and a second surface spaced apart, such that the floor element has a thickness different from zero, wherein the second surface faces the reservoir; and - multiple through holes extending from the first to the second surface, and in use opening up to the reservoir, and having a first cross section in a plane parallel to the first and/or second surface, a second cross section perpendicular to the first and/or second surface, and an interior surface ;
An end treatment for use with an ultrasonic gas flow meter, the end treatment comprising: an attenuation section including a pipe extending in a longitudinal direction, the pipe containing at least two alternating sets of laterally spaced, vertically oriented, solid wall first and second plates (25A/25B) located between an inlet end and an outlet end of the pipe ; the first plate of each set including a first end connected to an opposing inside wall of a wall of the pipe and a second end not contacting a respective opposing inside wall of the wall of the pipe to define a gap ; the second plate of each set including a first end and a second end ; the end treatment being characterized in that neither of the first end and the second end of the second plate contact the opposing and respective opposing inside walls of the wall of the pipe to define another gap ; and the inlet and outlet ends including a first inside diameter D1 and the pipe including a second inside diameter D2, D2>D1. an attenuation section including a pipe extending in a longitudinal direction, the pipe containing at least two alternating sets of laterally spaced, vertically oriented, solid wall first and second plates (25A/25B) located between an inlet end and an outlet end of the pipe ; the first plate of each set including a first end connected to an opposing inside wall of a wall of the pipe and a second end not contacting a respective opposing inside wall of the wall of the pipe to define a gap ; the second plate of each set including a first end and a second end ; the end treatment being characterized in that neither of the first end and the second end of the second plate contact the opposing and respective opposing inside walls of the wall of the pipe to define another gap ; and the inlet and outlet ends including a first inside diameter D1 and the pipe including a second inside diameter D2, D2>D1.
A computer implemented method comprising the steps of: accessing and displaying a first AP image and a second AP image of a musculoskeletal structure of a patient, in different functional positions; receiving coordinates of specified landmarks on the first AP image as input; receiving coordinates of the specified landmarks on the second AP image as input; computing a change in AP tilt parameter based on the received coordinates of the specified landmarks from the first and second AP images, the change in AP tilt parameter computed by a computer function that uses a model implementing a lookup table, generated using representative population data, of coefficients mapping coordinates to change in AP tilt parameters; and co-registering the first AP image and second AP image using the computed change in AP tilt parameter to overlay an object in a same position over each of the first AP image and second AP image in a graphical user interface; wherein reference axes are defined in the first AP image and the second AP image, a spatial transformation is determined between the first AP image and the second AP image, and the object is overlaid in the same position by using the determined spatial transformation and the computed change in AP tilt parameter. accessing and displaying a first AP image and a second AP image of a musculoskeletal structure of a patient, in different functional positions; receiving coordinates of specified landmarks on the first AP image as input; receiving coordinates of the specified landmarks on the second AP image as input; computing a change in AP tilt parameter based on the received coordinates of the specified landmarks from the first and second AP images, the change in AP tilt parameter computed by a computer function that uses a model implementing a lookup table, generated using representative population data, of coefficients mapping coordinates to change in AP tilt parameters; and co-registering the first AP image and second AP image using the computed change in AP tilt parameter to overlay an object in a same position over each of the first AP image and second AP image in a graphical user interface; wherein reference axes are defined in the first AP image and the second AP image, a spatial transformation is determined between the first AP image and the second AP image, and the object is overlaid in the same position by using the determined spatial transformation and the computed change in AP tilt parameter.
Drum for a washing machine , the drum being formed as a hollow cylinder, the drum having the following features: an outer portion in which a plurality of elongate holes are formed as through holes, characterised in that a plurality of curved segments arranged adjacently to one another are formed in the outer portion , the outer portion being curved in each curved segment radially inwards with respect to an axis of rotation of the drum , and in that the elongate holes are arranged in boundary regions between adjacent curved segments . an outer portion in which a plurality of elongate holes are formed as through holes, characterised in that a plurality of curved segments arranged adjacently to one another are formed in the outer portion , the outer portion being curved in each curved segment radially inwards with respect to an axis of rotation of the drum , and in that the elongate holes are arranged in boundary regions between adjacent curved segments .
Vacuum plate for releasably fastening items to be worked on to a surface of said plate , wherein said plate comprises a coupling for allowing a source of pressurised air to be connected to the vacuum plate and a box structure having a bottom plate , four sides and a top plate , wherein the top plate is provided with a plurality of apertures (5; 5'), each aperture (5; 5') connected to the coupling , and wherein the volume enclosed by the box structure comprises a) for each aperture a separate air duct passing under the aperture and connecting the coupling to that particular aperture , or b) a limited number of air ducts connecting a plurality of apertures to the coupling , and wherein all air ducts are connected to the source of pressurised air, such that an airflow may be created past the aperture (5; 5'), and wherein upstream in relation to the aperture (5; 5') in each air duct a venturi is arranged, and downstream from said aperture (5; 5') an air outlet is provided, and wherein further the aperture (5; 5') is in communication with the air duct , between the venturi and the outlet . a) for each aperture a separate air duct passing under the aperture and connecting the coupling to that particular aperture , or b) a limited number of air ducts connecting a plurality of apertures to the coupling ,
Clamping assembly comprising an arrangement of mechanically clamped components (3 - 7) stacked one over another, a clamping device for generating mechanical pressure force on the arrangement of the components (3 - 7), and a pressure piece for transmitting the mechanical pressure force from the clamping device to the arrangement , wherein a pressure distributing body having a cell structure is assigned to the pressure piece , wherein the cell structure is formed by cells bearing against one another and having cell walls which delimit cell cavities and transmit pressure, wherein the cell walls have different cell wall thicknesses and/or the cell cavities have different volumes, characterized in that the cells of the cell structure of the pressure distributing body form a multi-layered cell structure, in such a way that the cells of the pressure distributing body are generally also arranged one over another in a plurality of layers.
An electronic device comprising: a chassis ; a processor ; a printed circuit board ; a heat sink ; a shock absorbing body ; and a thermally conductive material having a first surface to at least partially engage the heat sink and a second surface to at least partially engage the chassis , the thermally conductive material to transfer heat from the heat sink to the chassis , the thermally conductive material to at least partially wrap around the shock absorbing body , the shock absorbing body including a plurality of shock absorbing bodies spaced apart and located between the heat sink and the chassis , wherein the plurality of shock absorbing bodies include a first set of shock absorbing bodies positioned in a first orientation and a second set of shock absorbing bodies positioned in a second orientation opposite the first orientation, the first set of shock absorbing bodies and the second set of shock absorbing bodies being positioned in an alternating relationship, wherein the thermally conductive material is positioned between the first set of the shock absorbing bodies and the second set of the shock absorbing bodies . a chassis ; a processor ; a printed circuit board ; a heat sink ; a shock absorbing body ; and a thermally conductive material having a first surface to at least partially engage the heat sink and a second surface to at least partially engage the chassis , the thermally conductive material to transfer heat from the heat sink to the chassis , the thermally conductive material to at least partially wrap around the shock absorbing body , the shock absorbing body including a plurality of shock absorbing bodies spaced apart and located between the heat sink and the chassis , wherein the plurality of shock absorbing bodies include a first set of shock absorbing bodies positioned in a first orientation and a second set of shock absorbing bodies positioned in a second orientation opposite the first orientation, the first set of shock absorbing bodies and the second set of shock absorbing bodies being positioned in an alternating relationship, wherein the thermally conductive material is positioned between the first set of the shock absorbing bodies and the second set of the shock absorbing bodies .
A device for wireless power transfer from a power transmitter to a power receiver using an electromagnetic power transfer signal, the device being one of the power transmitter and the power receiver , the device comprising: a power transfer coil for receiving or generating the power transfer signal; a communication antenna for communicating with a complementary device being the other device of the power receiver and the power transmitter via a communication signal, the communication antenna overlapping the power transfer coil ; a magnetic shielding element positioned between the power transfer coil and the communication antenna ; a controller for controlling the device to perform power transfer during power transfer intervals and communication during communication time intervals; wherein the power transfer coil and the communication antenna are arranged such that the communication antenna is positioned between the power transfer coil and a power transfer coil of the complementary device during power transfer operation, characterized in that the magnetic shielding element comprises a magnetic shield material having a saturation point such that it operates in a saturated mode during power transfer intervals and in a non-saturated mode during communication time intervals; the saturation point corresponds to a magnetic field strength higher than generated by the communication signal during the communication time intervals and lower than generated by the power transfer signal during the power transfer time intervals. a power transfer coil for receiving or generating the power transfer signal; a communication antenna for communicating with a complementary device being the other device of the power receiver and the power transmitter via a communication signal, the communication antenna overlapping the power transfer coil ; a magnetic shielding element positioned between the power transfer coil and the communication antenna ; a controller for controlling the device to perform power transfer during power transfer intervals and communication during communication time intervals; wherein the power transfer coil and the communication antenna are arranged such that the communication antenna is positioned between the power transfer coil and a power transfer coil of the complementary device during power transfer operation, the magnetic shielding element comprises a magnetic shield material having a saturation point such that it operates in a saturated mode during power transfer intervals and in a non-saturated mode during communication time intervals; the saturation point corresponds to a magnetic field strength higher than generated by the communication signal during the communication time intervals and lower than generated by the power transfer signal during the power transfer time intervals.
A thermal printer, comprising a base part , a holding member , a printing device and a platen roller , wherein the holding member is arranged on the base part , the printing device is disposed along a width direction of a recording paper sheet, the platen roller and the printing device are oppositely disposed and are capable of performing rotation, in a state where the recording paper sheet is clamped therebetween, to feed the recording paper sheet, characterized in that : a front end of the printing device is connected with the holding member by a support pin , a rear end of the printing device is connected with the holding member by a deformable mechanism, and the printing device is capable of swinging about the support pin serving as a fulcrum when an uneven pressing force is applied to the printing device by the recording paper sheet, in order to even out the pressing force, and the deformable mechanism is capable of being plastically deformed to keep a position of the printing device ; wherein an elastic element is disposed between the holding member and the base part , and the elastic element is configured to allow both the printing device and the platen roller to get in close contact with the recording paper sheet in a state where the recording paper sheet is clamped between the printing device and the platen roller ; wherein the support pin is configured to transfer a pressing force generated by the elastic element to the printing device . a front end of the printing device is connected with the holding member by a support pin , a rear end of the printing device is connected with the holding member by a deformable mechanism, and the printing device is capable of swinging about the support pin serving as a fulcrum when an uneven pressing force is applied to the printing device by the recording paper sheet, in order to even out the pressing force, and the deformable mechanism is capable of being plastically deformed to keep a position of the printing device ; wherein an elastic element is disposed between the holding member and the base part , and the elastic element is configured to allow both the printing device and the platen roller to get in close contact with the recording paper sheet in a state where the recording paper sheet is clamped between the printing device and the platen roller ; wherein the support pin is configured to transfer a pressing force generated by the elastic element to the printing device .
A method of evaluating operability of a gaseous fuel admission valve of an internal combustion engine , the method comprising: operating the internal combustion engine on gaseous fuel by repeatedly actuating the gaseous fuel admission valve ; measuring a sequence of temporal developments of an electrical operation parameter respectively associated with an actuation of the gaseous fuel admission valve , wherein each temporal development refers to a single actuation of the gaseous fuel admission valve and represents the electrical operation parameter over time, the sequence comprising a first temporal development to be evaluated and a plurality of temporal developments preceding the first temporal development; and evaluating operability of the gaseous fuel admission valve by comparing the first temporal development of the measured sequence and at least one of the plurality of preceding temporal developments of the measured sequence. operating the internal combustion engine on gaseous fuel by repeatedly actuating the gaseous fuel admission valve ; measuring a sequence of temporal developments of an electrical operation parameter respectively associated with an actuation of the gaseous fuel admission valve , wherein each temporal development refers to a single actuation of the gaseous fuel admission valve and represents the electrical operation parameter over time, the sequence comprising a first temporal development to be evaluated and a plurality of temporal developments preceding the first temporal development; and evaluating operability of the gaseous fuel admission valve by comparing the first temporal development of the measured sequence and at least one of the plurality of preceding temporal developments of the measured sequence.
A steering column for a motor vehicle, comprising a first casing in which a steering spindle is rotatably mounted about an axis (L), wherein the first casing and a second casing are arranged in such a way that they can be telescoped one into the other in the direction of the axis (L), wherein the second casing can be connected to a body of the motor vehicle, wherein the casings are coupled to one another via an energy absorption device which has at least two deformation sections arranged one behind the other in the direction of the axis (L), and a coupling device , wherein at least one of the deformation sections can be coupled between the casings via the coupling device or decoupled therefrom, which deformation section can be plastically deformed in the coupled state in the event of relative displacement of the first casing with respect to the second casing , wherein at least two deformation sections are formed on a single-piece energy absorption element , wherein the coupling device has at least one actuator with a movable coupling element which can be operably engaged for the coupling or decoupling of a deformation section between the casings , characterized in that the coupling device interacts with an engagement part which has a first driver element which can be operably engaged with the first deformation element , wherein the engagement part has at least one connecting part which has a second driver element which can be operably engaged with the second deformation element , wherein the engagement part and the connecting part are connected via the coupling device in such a way that they can be separated from one another.