mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device comprising: a substrate ; a plurality of circuit units arranged above the substrate , each of the circuit units including a first electrode , a second electrode , a first switching element and a second switching element electrically connected in series between the first electrode and the second electrode , a capacitor electrically connected in parallel to the first switching element and the second switching element between the first electrode and the second electrode , and an AC electrode connected between the first switching element and the second switching element ; and a housing enclosing the circuit units and the substrate , wherein the first electrodes of the circuit units are configured to be connected to a first common potential, the second electrodes of the circuit units are configured to be connected to a second common potential, the AC electrodes of the circuit units are connected to one another, and a magnetic shielding panel of a conductor is provided between each two adjacent ones of the circuit units ; and wherein the magnetic shielding panel is continuously formed between facing inner side surfaces of the housing , said magnetic shielding panel extending from an inner side surface of the housing to the facing inner side surface of said housing. a substrate ; a plurality of circuit units arranged above the substrate , each of the circuit units including a first electrode , a second electrode , a first switching element and a second switching element electrically connected in series between the first electrode and the second electrode , a capacitor electrically connected in parallel to the first switching element and the second switching element between the first electrode and the second electrode , and an AC electrode connected between the first switching element and the second switching element ; and a housing enclosing the circuit units and the substrate , wherein the first electrodes of the circuit units are configured to be connected to a first common potential, the second electrodes of the circuit units are configured to be connected to a second common potential, the AC electrodes of the circuit units are connected to one another, and a magnetic shielding panel of a conductor is provided between each two adjacent ones of the circuit units ; and wherein the magnetic shielding panel is continuously formed between facing inner side surfaces of the housing , said magnetic shielding panel extending from an inner side surface of the housing to the facing inner side surface of said housing.
A process for forming an edge seal of a folded thermoplastic sheet or two stacked layers of thermoplastic sheets when wrapping a product using a heat sealing machine , the machine comprising: a stand for holding a roll of folded thermoplastic sheet or the two stacked layers of thermoplastic sheets ; a heater mechanism; an edge sealer block attached to the heater mechanism for heating the edge sealer block , the edge sealer block disposed adjacent to edges of the thermoplastic sheet or sheets , the edge sealer block having a groove along a length of the edge sealer block ; a set of pinch rollers (24, 24a-d) or belts (38a, b) disposed adjacent to the edge sealer block for controlling forward travel of the edges of the first and second layers of the thermoplastic sheet or sheets as the edges of the first and second layers of the thermoplastic sheet or sheets are fed through the groove of the edge sealer block ; characterized in that the process includes orientating a base of the groove at a skew angle with respect to the edges of first and second layers of the thermoplastic sheet or sheets so that the edges of the first and second layers of the thermoplastic sheet or sheets approach the base of the groove and contact the base to melt and seal the first and second edges together to form the edge seal as the thermoplastic sheet or sheets is fed through the heat sealing machine . a stand for holding a roll of folded thermoplastic sheet or the two stacked layers of thermoplastic sheets ; a heater mechanism; an edge sealer block attached to the heater mechanism for heating the edge sealer block , the edge sealer block disposed adjacent to edges of the thermoplastic sheet or sheets , the edge sealer block having a groove along a length of the edge sealer block ; a set of pinch rollers (24, 24a-d) or belts (38a, b) disposed adjacent to the edge sealer block for controlling forward travel of the edges of the first and second layers of the thermoplastic sheet or sheets as the edges of the first and second layers of the thermoplastic sheet or sheets are fed through the groove of the edge sealer block ; characterized in that the process includes orientating a base of the groove at a skew angle with respect to the edges of first and second layers of the thermoplastic sheet or sheets so that the edges of the first and second layers of the thermoplastic sheet or sheets approach the base of the groove and contact the base to melt and seal the first and second edges together to form the edge seal as the thermoplastic sheet or sheets is fed through the heat sealing machine .
A method for producing a plastic component by means of an injection-moulding process, which plastic component comprises a main body which comprises at least one component portion formed as a predetermined breaking region having a smaller wall thickness compared to the remaining portions of the main body , comprising the following steps: - injecting a plasticised plastic compound into a tool cavity of an injection-moulding tool in order to form the main body , wherein the tool cavity is dimensioned such that the region on the main-body side in which the component portion is to be formed is formed so as to have an excess wall thickness; - moving at least one slider element on the injection-moulding tool side towards the region on the main-body side in which the component portion is to be formed in order to form the component portion in such a way that the wall thickness is reduced to the wall thickness that is smaller compared to the remaining portions of the main body ; - cooling and removing the plastic component from the tool cavity , wherein besides the component portion which is formed as the predetermined breaking region, at least one further component portion which is formed as an integral hinge is formed, wherein the wall thickness of the further component portion which is formed as an integral hinge is between the wall thickness of the component portion which is formed as the predetermined breaking region and the wall thickness of the remaining portions of the main body , characterised in that the component portion which is formed as the predetermined breaking region and the component portion which is formed as the integral hinge collectively define a flap region on the main-body side. - injecting a plasticised plastic compound into a tool cavity of an injection-moulding tool in order to form the main body , wherein the tool cavity is dimensioned such that the region on the main-body side in which the component portion is to be formed is formed so as to have an excess wall thickness; - moving at least one slider element on the injection-moulding tool side towards the region on the main-body side in which the component portion is to be formed in order to form the component portion in such a way that the wall thickness is reduced to the wall thickness that is smaller compared to the remaining portions of the main body ; - cooling and removing the plastic component from the tool cavity , wherein besides the component portion which is formed as the predetermined breaking region, at least one further component portion which is formed as an integral hinge is formed, wherein the wall thickness of the further component portion which is formed as an integral hinge is between the wall thickness of the component portion which is formed as the predetermined breaking region and the wall thickness of the remaining portions of the main body , characterised in that the component portion which is formed as the predetermined breaking region and the component portion which is formed as the integral hinge collectively define a flap region on the main-body side.
Procedure for building living quarters for floating artefacts, comprising the following steps: - building a support structure on the floating artefact for supporting several levels of standardized containers ; and - fastening adapted standardized containers to the support structure for making up a living quarters facility having several levels, wherein the adapted standardized containers are arranged in the supporting structure by means of the following steps: - lowering a first adapted standardized container through, at least, one vertical prismatic opening of the supporting structure until it is supported by supports of a lowest level; - fastening the first adapted standardized container to the aforementioned supports of the lowest level; and - for each subsequent level, fastening subsequent supports to the supporting structure over each previously fixed adapted standardized container , lowering a subsequent adapted standardized container until it is supported by the aforementioned subsequent supports , and fastening said subsequent adapted standardized container to said subsequent supports , characterized in that the step of fastening each adapted standardized container to the point supports is carried out by means of twist-lock devices . - building a support structure on the floating artefact for supporting several levels of standardized containers ; and - fastening adapted standardized containers to the support structure for making up a living quarters facility having several levels, wherein the adapted standardized containers are arranged in the supporting structure by means of the following steps: - lowering a first adapted standardized container through, at least, one vertical prismatic opening of the supporting structure until it is supported by supports of a lowest level; - fastening the first adapted standardized container to the aforementioned supports of the lowest level; and - for each subsequent level, fastening subsequent supports to the supporting structure over each previously fixed adapted standardized container , lowering a subsequent adapted standardized container until it is supported by the aforementioned subsequent supports , and fastening said subsequent adapted standardized container to said subsequent supports , - lowering a first adapted standardized container through, at least, one vertical prismatic opening of the supporting structure until it is supported by supports of a lowest level; - fastening the first adapted standardized container to the aforementioned supports of the lowest level; and - for each subsequent level, fastening subsequent supports to the supporting structure over each previously fixed adapted standardized container , lowering a subsequent adapted standardized container until it is supported by the aforementioned subsequent supports , and fastening said subsequent adapted standardized container to said subsequent supports , characterized in that the step of fastening each adapted standardized container to the point supports is carried out by means of twist-lock devices .
A method comprising: utilizing a layout viewport to layout content for rendering in a web browser, the layout viewport being configured to have a fixed position element laid out relative thereto; utilizing a visual viewport in the web browser within which at least some laid out content is visible, the visual viewport being moveable independently of the layout viewport , the visual viewport having a size that is determined by an associated optical zoom level and the visual viewport being configured to not extend outside the layout viewport ; and enabling interaction between the visual viewport and the layout viewport characterised in that the visual viewport size is modified to accommodate an overlay user interface such that the overlay user interface cannot obscure the fixed position element . utilizing a layout viewport to layout content for rendering in a web browser, the layout viewport being configured to have a fixed position element laid out relative thereto; utilizing a visual viewport in the web browser within which at least some laid out content is visible, the visual viewport being moveable independently of the layout viewport , the visual viewport having a size that is determined by an associated optical zoom level and the visual viewport being configured to not extend outside the layout viewport ; and enabling interaction between the visual viewport and the layout viewport characterised in that the visual viewport size is modified to accommodate an overlay user interface such that the overlay user interface cannot obscure the fixed position element .
Composition of use for the preparation of a ceramic object by a stereolithography SLA technology, characterized in that it comprises, besides a ceramic powder, said first ceramic material, a photopolymerizable resin, a photoinitiator and a dispersant, at least an effective amount of a sol or gel of at least one precursor of a ceramic, said second material, preferably distinct from the first ceramic material.
Combined forward navigation and anti-collision light for an aircraft , comprising: a forward navigation light source , a first lens , arranged over the forward navigation light source , with the forward navigation light source and the first lens in operation generating a forward navigation light output , an anti-collision light source , a second lens , arranged over the anti-collision light source , with the anti-collision light source and the second lens in operation generating an anti-collision light output , a mounting structure (10, 20; 42), to which the forward navigation light source , the first lens , the anti-collision light source , and the second lens are mounted, wherein the mounting structure (10, 20; 42) provides a common mounting plane , with the forward navigation light source and the anti-collision light source being arranged on the common mounting plane , an end of life detector , arranged between the forward navigation light source and the anti-collision light source , and a third lens , arranged over the end of life detector , with the third lens directing light from the forward navigation light source and from the anti-collision light source towards the end of life detector . a forward navigation light source , a first lens , arranged over the forward navigation light source , with the forward navigation light source and the first lens in operation generating a forward navigation light output , an anti-collision light source , a second lens , arranged over the anti-collision light source , with the anti-collision light source and the second lens in operation generating an anti-collision light output , a mounting structure (10, 20; 42), to which the forward navigation light source , the first lens , the anti-collision light source , and the second lens are mounted, wherein the mounting structure (10, 20; 42) provides a common mounting plane , with the forward navigation light source and the anti-collision light source being arranged on the common mounting plane , an end of life detector , arranged between the forward navigation light source and the anti-collision light source , and a third lens , arranged over the end of life detector , with the third lens directing light from the forward navigation light source and from the anti-collision light source towards the end of life detector .
A method for processing a call change request in a network entity in an internet protocol multimedia subsystem, IMS, comprising: receiving a call request message requesting a first call from a calling user equipment, UE, among a plurality of UEs sharing a phone number, storing call information and caller information included in the call request message, and transmitting a modified call request message including a call change request number to a called UE, wherein the caller information comprises the phone number and a contact address of the calling UE; acquiring , upon receipt of a call change request message requesting change of the first call to a second call from the called UE during the first call, the caller information of the calling UE based on at least one of the call change request number and the stored call information; inserting the caller information in receiver information of the call change request message and delivering a modified call change request message with the caller information to the calling UE among the UEs sharing the phone number based on the contact address; and establishing the second call between the calling UE and the called UE by replacing the first call with the second call according to the modified call change request message, wherein the method further comprises eliminating the caller information from the call request message before the transmitting of the modified call request message to the called UE , when the calling UE subscribes a caller identifier, ID, blocking service. receiving a call request message requesting a first call from a calling user equipment, UE, among a plurality of UEs sharing a phone number, storing call information and caller information included in the call request message, and transmitting a modified call request message including a call change request number to a called UE, wherein the caller information comprises the phone number and a contact address of the calling UE; acquiring , upon receipt of a call change request message requesting change of the first call to a second call from the called UE during the first call, the caller information of the calling UE based on at least one of the call change request number and the stored call information; inserting the caller information in receiver information of the call change request message and delivering a modified call change request message with the caller information to the calling UE among the UEs sharing the phone number based on the contact address; and establishing the second call between the calling UE and the called UE by replacing the first call with the second call according to the modified call change request message, wherein the method further comprises eliminating the caller information from the call request message before the transmitting of the modified call request message to the called UE , when the calling UE subscribes a caller identifier, ID, blocking service.
A guide assembly comprising: a guide including a body and a joint including at least one through hole , the joint configured for sliding along the length (L) of the body ; and a first surgical device, wherein the body includes a first attachment portion located at a first end of the body and a second attachment portion located away from the first end and a second end of the body, and the first attachment portion and the second attachment portion couple the body to the first surgical device and, a longitudinal axis of the through hole is co-radial with an end of the first surgical device regardless of the position of the joint along the length of the body so that a second surgical device having a longitudinal axis can be disposed within the through hole so that the longitudinal axis of the second surgical device is co-radial with an end of the first surgical device. a guide including a body and a joint including at least one through hole , the joint configured for sliding along the length (L) of the body ; and a first surgical device, wherein the body includes a first attachment portion located at a first end of the body and a second attachment portion located away from the first end and a second end of the body, and the first attachment portion and the second attachment portion couple the body to the first surgical device and, a longitudinal axis of the through hole is co-radial with an end of the first surgical device regardless of the position of the joint along the length of the body so that a second surgical device having a longitudinal axis can be disposed within the through hole so that the longitudinal axis of the second surgical device is co-radial with an end of the first surgical device.
A water-dispersible composition comprising: A water-dispersible composition comprising a dispersion of at least 2% (w/w) of carotenoid natural hydrophobic pigment in the form of solid particles of an average size of at the most 1 μm, when measured as D , with a Malvern MasterSizer, said solid particles being dispersed in an aqueous phase comprising polysorbate as a water-soluble emulsifier and wherein the ratio (w/w) of polysorbate emulsifier: carotenoid pigment is in the range of 1:10 to 4:1; and wherein the carotenoid natural hydrophobic pigment is at least one pigment selected from the group consisting of: bixin, β-carotene, α-carotene, apocarotenals, canthaxanthin, saffron, crocin, capsanthin, capsorubin, lutein, astaxanthin, rubixanthin, violaxanthin, rhodoxanthin and lycopene; in combination with A water-dispersible formulation comprising a curcumin pigment. A water-dispersible composition comprising a dispersion of at least 2% (w/w) of carotenoid natural hydrophobic pigment in the form of solid particles of an average size of at the most 1 μm, when measured as D , with a Malvern MasterSizer, said solid particles being dispersed in an aqueous phase comprising polysorbate as a water-soluble emulsifier and wherein the ratio (w/w) of polysorbate emulsifier: carotenoid pigment is in the range of 1:10 to 4:1; and wherein the carotenoid natural hydrophobic pigment is at least one pigment selected from the group consisting of: bixin, β-carotene, α-carotene, apocarotenals, canthaxanthin, saffron, crocin, capsanthin, capsorubin, lutein, astaxanthin, rubixanthin, violaxanthin, rhodoxanthin and lycopene; in combination with A water-dispersible formulation comprising a curcumin pigment.
A mixing apparatus for mixing at least two substances having a single-use apparatus which is configured for single use, and having a reusable apparatus which is configured for multiple use, wherein the single-use apparatus comprises a flexible mixing tank for receiving the substances to be mixed which is manufactured from a plastic as well as having a rotor which is arranged in the mixing tank and which comprises an impeller for mixing the substances which is magnetically contactlessly drivable and is free of coils and free of permanent magnets, and wherein the reusable apparatus comprises a support tank for receiving the mixing tank as well as a stator with which the rotor can be magnetically contactlessly driven about a desired axis of rotation (A) in the operating state, characterized in that the stator comprises at least one permanent magnet for generating a permanent magnet flux (PM) and also at least one winding (310; 311; 312; 313; 314; 315; 316; 321; 322; 323; 324; 325; 326) for generating an electromagnetic flux (EM; EM'), wherein the permanent magnet flux (PM) and the electromagnetic flux (EM; EM') together drive the rotor .