mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a master hologram for a contact copying process, comprising the steps: arranging a diffuse scatterer , a diaphragm , a Fourier lens , and a holographic recording material on an optical arrangement axis so that an optical axis of the Fourier lens , a surface normal of the holographic recording material , and a surface normal of a diaphragm opening plane of the diaphragm are collinear with the optical arrangement axis , wherein the diaphragm is arranged between the diffuse scatterer and the Fourier lens so as to be immediately adjacent to the diffuse scatterer , and the diffuse scatterer is arranged on a focal plane of the Fourier lens , and coherent first light is radiated onto the diffuse scatterer in order to generate the diffusely scattered light , which is confined by means of the diaphragm and guided by means of the Fourier lens into the holographic recording material as an object light , and second coherent light that is coherent with the first coherent light is radiated in from a side facing away from the Fourier lens into the holographic recording material as a reference light in order to form a planar reflection volume hologram in the holographic recording material through interference of the reference light with the object light . arranging a diffuse scatterer , a diaphragm , a Fourier lens , and a holographic recording material on an optical arrangement axis so that an optical axis of the Fourier lens , a surface normal of the holographic recording material , and a surface normal of a diaphragm opening plane of the diaphragm are collinear with the optical arrangement axis , wherein the diaphragm is arranged between the diffuse scatterer and the Fourier lens so as to be immediately adjacent to the diffuse scatterer , and the diffuse scatterer is arranged on a focal plane of the Fourier lens , and coherent first light is radiated onto the diffuse scatterer in order to generate the diffusely scattered light , which is confined by means of the diaphragm and guided by means of the Fourier lens into the holographic recording material as an object light , and second coherent light that is coherent with the first coherent light is radiated in from a side facing away from the Fourier lens into the holographic recording material as a reference light in order to form a planar reflection volume hologram in the holographic recording material through interference of the reference light with the object light .
A substructure for mounting self-supporting photovoltaic modules comprising ground sockets, wherein the ground sockets have holders for receiving the self-supporting photovoltaic modules , a ground anchoring body and a rod-shaped support , wherein the substructure exclusively comprises ground sockets to which the self-supporting photovoltaic modules can be directly attached, so that the use of longitudinal and transverse supports can be dispensed with, and wherein the ground sockets are designed as initial ground sockets , standard ground sockets and end ground sockets , wherein - each of the initial ground sockets comprises a first holder ; wherein a support surface of the first support encloses an angle α with the rod-shaped support of the ground socket, which has a value of greater than 90° - the standard ground sockets each have a second and a third holder , which are offset in height to each other and wherein a support surface of the second holder encloses an angle β and a support surface of the third holder encloses an angle γ with the rod-shaped support of the ground socket, wherein the angle β has a value smaller than 90° and the angle γ has a value greater than 90° - the end ground sockets each comprise a fourth support ; wherein a support surface of the fourth support includes an angle δ with the rod-shaped support of the ground sockets, which has a value smaller than 90°, wherein the holders each have an insertion sleeve , a clamp opening and centering elements , wherein the inner cross-section of the insertion sleeve corresponds to the outer cross-section of the rod-shaped support , so that the holder is fixed on the rod-shaped support by means of the insertion sleeve , wherein the centering elements project above the support surface of the holder and are configured such that they guide a frame of a self-supporting photovoltaic module , and wherein the clamp opening serves to receive a clamp by means of which the frame of the self-supporting photovoltaic module can be connected to the holder in a frictional manner. - each of the initial ground sockets comprises a first holder ; - the standard ground sockets each have a second and a third holder , which are offset in height to each other and - the end ground sockets each comprise a fourth support ; wherein a support surface of the fourth support includes an angle δ with the rod-shaped support of the ground sockets, which has a value smaller than 90°, wherein the inner cross-section of the insertion sleeve corresponds to the outer cross-section of the rod-shaped support , so that the holder is fixed on the rod-shaped support by means of the insertion sleeve , wherein the centering elements project above the support surface of the holder and are configured such that they guide a frame of a self-supporting photovoltaic module , and wherein the clamp opening serves to receive a clamp by means of which the frame of the self-supporting photovoltaic module can be connected to the holder in a frictional manner.
An air vent device for a ventilation system of a vehicle, the device having a pipe forming an air channel for providing air to a compartment of the vehicle and a diffuser for disturbing the airflow provided to the vehicle compartment , the diffuser having a portion made of a flexible material which diffuser portion is arranged to cover a part of a cross-section area of the air channel and the diffuser portion is expandable for varying the size of the covered part of the air channel cross-section area, the diffuser being foldable between an unfolded state, where said diffuser portion covers a major part of the cross-section area of the air channel and a folded state, where said diffuser portion covers a minor part of the cross-section area of the air channel , and the diffuser has an inner shaft and an outer shaft , the inner shaft and the outer shaft being arranged concentrically relative to each other forming a telescopic function arranged for shifting between the folded state and the unfolded state of the diffuser , characterized in that the diffuser has pivotable link arms arranged for shifting from the folded state to the unfolded state of the diffuser while expanding the diffuser portion , and each link arm has a first end connected to the diffuser portion and a second end pivotally connected to the inner shaft or the outer shaft .
The use of a composition (Z1) for the production of a shaped body, wherein the composition (Z1) comprises a thermoplastic polyurethane (TPU1), obtainable by reacting at least components (i) and (ii): (i) at least one polyisocyanate composition, (ii) at least one polyol composition, wherein the thermoplastic polyurethane (TPU1) is solid at least in the temperature region below 50°C and has end groups selected from the group consisting of end groups (EG1) and end groups (EG2), wherein the end groups (EG1) can be eliminated at a temperature (T1), and the end groups (EG2) can be eliminated at a temperature (T2), to form reactive groups on the thermoplastic polyurethane (TPU1) that can enter into a reaction with functional groups of the thermoplastic polyurethane (TPU1) or of a further component of the composition (Z1), wherein the temperature (T1) and the temperature (T2) are each greater than or equal to 60°C, wherein the shaped body is produced by means of powder-based layer construction processes. (i) at least one polyisocyanate composition, (ii) at least one polyol composition, wherein the thermoplastic polyurethane (TPU1) is solid at least in the temperature region below 50°C and has end groups selected from the group consisting of end groups (EG1) and end groups (EG2), wherein the end groups (EG1) can be eliminated at a temperature (T1), and the end groups (EG2) can be eliminated at a temperature (T2), to form reactive groups on the thermoplastic polyurethane (TPU1) that can enter into a reaction with functional groups of the thermoplastic polyurethane (TPU1) or of a further component of the composition (Z1), wherein the temperature (T1) and the temperature (T2) are each greater than or equal to 60°C, wherein the shaped body is produced by means of powder-based layer construction processes.
Transshipment device for dough pieces, comprising: - At least one carrier picking location , for positioning empty carriers to be picked; - At least one carrier loading location , for loading a picked carrier with dough pieces; - At least one carrier deposition location , for depositing a carrier loaded with dough pieces; - A number of movable grippers for picking, moving and depositing carriers , wherein: ∘ each gripper is individually movable parallel to a common vertical axis in a vertical direction; ∘ each gripper is individually movable in a radial direction from the common vertical axis ; ∘ multiple grippers project in a different radial direction from the common vertical axis ; ∘ all grippers are rotatable together and/or simultaneously about the common vertical axis ; wherein - the at least one carrier picking location , the at least one carrier loading location and the at least one carrier deposition location surround the common vertical axis of rotation ; - a controller, for controlling movement the grippers , in particular each subsequently along the carrier picking location , the carrier loading location and the carrier deposition location . - At least one carrier picking location , for positioning empty carriers to be picked; - At least one carrier loading location , for loading a picked carrier with dough pieces; - At least one carrier deposition location , for depositing a carrier loaded with dough pieces; - A number of movable grippers for picking, moving and depositing carriers , wherein: ∘ each gripper is individually movable parallel to a common vertical axis in a vertical direction; ∘ each gripper is individually movable in a radial direction from the common vertical axis ; ∘ multiple grippers project in a different radial direction from the common vertical axis ; ∘ all grippers are rotatable together and/or simultaneously about the common vertical axis ; wherein - the at least one carrier picking location , the at least one carrier loading location and the at least one carrier deposition location surround the common vertical axis of rotation ; ∘ each gripper is individually movable parallel to a common vertical axis in a vertical direction; ∘ each gripper is individually movable in a radial direction from the common vertical axis ; ∘ multiple grippers project in a different radial direction from the common vertical axis ; ∘ all grippers are rotatable together and/or simultaneously about the common vertical axis ; - the at least one carrier picking location , the at least one carrier loading location and the at least one carrier deposition location surround the common vertical axis of rotation ; - a controller, for controlling movement the grippers , in particular each subsequently along the carrier picking location , the carrier loading location and the carrier deposition location .
A base station for a cellular communications network , comprising: a radio subsystem ; and a processing subsystem associated with the radio subsystem and configured to transmit, via the radio subsystem , a non-standardized bandwidth carrier and information that identifies a standardized bandwidth and additional information that, together with the information that identifies the standardized bandwidth, defines a non-standardized bandwidth of the non-standardized bandwidth carrier , wherein the standardized bandwidth is greater than the non-standardized bandwidth, and the additional information is information that restricts use of frequency resources of the standardized bandwidth to provide the non-standardized bandwidth. a radio subsystem ; and a processing subsystem associated with the radio subsystem and configured to transmit, via the radio subsystem , a non-standardized bandwidth carrier and information that identifies a standardized bandwidth and additional information that, together with the information that identifies the standardized bandwidth, defines a non-standardized bandwidth of the non-standardized bandwidth carrier , wherein the standardized bandwidth is greater than the non-standardized bandwidth, and the additional information is information that restricts use of frequency resources of the standardized bandwidth to provide the non-standardized bandwidth.
A thermoelectric conversion unit generating electricity based on a temperature difference between a first fluid and a second fluid at higher temperature than the first fluid, the thermoelectric conversion unit comprising: a pair of first fluid flow path sections through each of which the first fluid flows, the first fluid flow path sections being arranged to face each other; a second fluid flow path section through which the second fluid flows, the second fluid flow path section being arranged between the pair of first fluid flow path sections ; a pair of thermoelectric modules each arranged between the second fluid flow path section and one of the pair of first fluid flow path sections in a one-to-one relation, the thermoelectric modules converting thermal energy given by the temperature difference between the first fluid and the second fluid to electrical energy; and heat transfer plates arranged in the second fluid flow path section to face each other along a predetermined direction from one of the pair of thermoelectric modules toward the other, characterized by the heat transfer plates including at least two heat transfer plates and each of the at least two heat transfer plates includes: an opening ; and a baffle projecting from a peripheral edge of the opening and configured to baffle the second fluid passing through the opening to flow in a direction toward the one of the pair of thermoelectric modules or the other. a pair of first fluid flow path sections through each of which the first fluid flows, the first fluid flow path sections being arranged to face each other; a second fluid flow path section through which the second fluid flows, the second fluid flow path section being arranged between the pair of first fluid flow path sections ; a pair of thermoelectric modules each arranged between the second fluid flow path section and one of the pair of first fluid flow path sections in a one-to-one relation, the thermoelectric modules converting thermal energy given by the temperature difference between the first fluid and the second fluid to electrical energy; and heat transfer plates arranged in the second fluid flow path section to face each other along a predetermined direction from one of the pair of thermoelectric modules toward the other, characterized by the heat transfer plates including at least two heat transfer plates and each of the at least two heat transfer plates includes: an opening ; and a baffle projecting from a peripheral edge of the opening and configured to baffle the second fluid passing through the opening to flow in a direction toward the one of the pair of thermoelectric modules or the other. an opening ; and a baffle projecting from a peripheral edge of the opening and configured to baffle the second fluid passing through the opening to flow in a direction toward the one of the pair of thermoelectric modules or the other.
A method performed by a remote unit, in wireless communication with a base station, the method comprising: receiving wake up signal, WUS, configuration information; identifying whether a WUS mechanism is enabled; and monitoring a paging message in a paging occasion, PO, based on predefined PO monitoring configuration information, wherein the predefined PO monitoring configuration information is associated with whether the WUS mechanism is enabled and at least one of the WUS configuration information and channel quality; wherein the predefined PO monitoring configuration information is selected from the following: in response to the channel quality being lower than a threshold, monitoring the paging message in a PO in a discontinuous reception, DRX, mode/extended DRX, eDRX, mode; in response to the channel quality being higher than or equal to the threshold, monitoring the paging message in the PO in the DRX mode/eDRX mode based on a detected WUS; in response to the WUS mechanism being enabled, monitoring the paging message in a dedicated PO distributed in the DRX mode/eDRX mode; in response to the channel quality being lower than the threshold and the WUS mechanism being enabled, monitoring the paging message in the dedicated PO distributed in the DRX mode/eDRX mode; and in response to the channel quality being lower than the threshold and the WUS mechanism being enabled while a WUS not being detected out, monitoring the paging message in the dedicated PO distributed in the DRX mode/eDRX mode. receiving wake up signal, WUS, configuration information; identifying whether a WUS mechanism is enabled; and monitoring a paging message in a paging occasion, PO, based on predefined PO monitoring configuration information, wherein the predefined PO monitoring configuration information is associated with whether the WUS mechanism is enabled and at least one of the WUS configuration information and channel quality; in response to the channel quality being lower than a threshold, monitoring the paging message in a PO in a discontinuous reception, DRX, mode/extended DRX, eDRX, mode; in response to the channel quality being higher than or equal to the threshold, monitoring the paging message in the PO in the DRX mode/eDRX mode based on a detected WUS; in response to the WUS mechanism being enabled, monitoring the paging message in a dedicated PO distributed in the DRX mode/eDRX mode; in response to the channel quality being lower than the threshold and the WUS mechanism being enabled, monitoring the paging message in the dedicated PO distributed in the DRX mode/eDRX mode; and in response to the channel quality being lower than the threshold and the WUS mechanism being enabled while a WUS not being detected out, monitoring the paging message in the dedicated PO distributed in the DRX mode/eDRX mode.
A sealing tool for sealing a flexible packaging material , the sealing tool comprising a first jaw including a first jaw surface and a second jaw including a second jaw surface with the respective jaw surfaces arranged opposite to each other, wherein the first jaw surface includes a groove (40; 50) and the second jaw surface includes a ridge and wherein the groove on the first jaw surface and the ridge on the second jaw surface are designed to mate with each other when the jaw surfaces are moved towards each other, and wherein the groove (40; 50) on the first jaw surface has a groove bottom featuring a curved cross-section and the ridge has a ridge top featuring a curved cross-section; characterized in that the curved cross-section of the groove and the curved cross-section of the ridge have a radius of curvature of at least 0.5 mm.
Method for installing an elongated element , such as a cable or a fibre, in a submarine duct , the submarine duct having an entry port located at or above a surface level or at a first depth in an outer liquid (OL) and an exit port located in the outer liquid (OL) at a second depth, the method comprising the steps of: - introducing the elongated element into the entry port , - introducing propelling liquid (PL) into the entry port of the duct , characterized in that the method comprises a step of sucking propelling liquid (PL) out of the exit port of the duct with an immerged suction pump immerged in vicinity of exit port , presenting an inlet connected to the exit port and an outlet, the immerged suction pump being operated at a predetermined suction pressure drop (ΔP pump ) of propelling liquid (PL) between the immerged suction pump inlet and the immerged suction pump outlet so that the predetermined suction pressure drop (ΔP pump ) applied to propelling liquid (PL) is smaller than a hydrostatic pressure (P hydro ) of the outer liquid (OL) at the level of the second depth. the submarine duct having an entry port located at or above a surface level or at a first depth in an outer liquid (OL) and an exit port located in the outer liquid (OL) at a second depth, the method comprising the steps of: - introducing the elongated element into the entry port , - introducing propelling liquid (PL) into the entry port of the duct , - introducing the elongated element into the entry port , - introducing propelling liquid (PL) into the entry port of the duct , characterized in that the method comprises a step of sucking propelling liquid (PL) out of the exit port of the duct with an immerged suction pump immerged in vicinity of exit port , presenting an inlet connected to the exit port and an outlet, the immerged suction pump being operated at a predetermined suction pressure drop (ΔP pump ) of propelling liquid (PL) between the immerged suction pump inlet and the immerged suction pump outlet so that the predetermined suction pressure drop (ΔP pump ) applied to propelling liquid (PL) is smaller than a hydrostatic pressure (P hydro ) of the outer liquid (OL) at the level of the second depth.
A system for use in issuing commands to a plurality of appliances each of a specific one of a plurality of different appliance types, comprising: a smart device adapted to transmit command communications, the smart device comprising an application wherein the application provides a graphical user interface and causes the smart device to transmit command communications in response to user interactions with the graphical user interface; and a plurality of bridge devices each comprising a processing device and a memory coupled to the processing device in which memory is stored a library of codesets for use in transmitting command communications to only a single type of the plurality of different appliance types, wherein each of the bridge devices is adapted, in response to a receipt of a command communication originating from the smart device , the received command communication requesting to issue a command to control a functional operation of a controlled appliance , to execute instructions to retrieve from the codesets stored in the memory a command value and a control protocol corresponding to the requested command for use in transmitting a command communication to a one of the plurality of appliances of a specific one of the plurality of different appliance types. a smart device adapted to transmit command communications, the smart device comprising an application wherein the application provides a graphical user interface and causes the smart device to transmit command communications in response to user interactions with the graphical user interface; and a plurality of bridge devices each comprising a processing device and a memory coupled to the processing device in which memory is stored a library of codesets for use in transmitting command communications to only a single type of the plurality of different appliance types, wherein each of the bridge devices is adapted, in response to a receipt of a command communication originating from the smart device , the received command communication requesting to issue a command to control a functional operation of a controlled appliance , to execute instructions to retrieve from the codesets stored in the memory a command value and a control protocol corresponding to the requested command for use in transmitting a command communication to a one of the plurality of appliances of a specific one of the plurality of different appliance types.